5400 Free Online Courses from Top Universities

Attending a free online university is an incredible way to begin studying complex topics like aerospace engineering, immunology, and physics, as well as to gain knowledge in valuable areas like accounting, communication, and political science. Some of the world's most renowned and respected universities offer free online college courses, and there are thousands of classes that are completely free and require no tuition payments. The Massachusetts Institute of Technology (MIT) offers classes in aerospace engineering like Introduction to Propulsion Systems, and Yale University offers a class in astronomy called Frontiers and Controversies in Astrophysics.

However, science isn't the only area of study available to online students who want to enroll in free online university classes. Courses available from Oxford include Quantum Mechanics for engineering students, Old English Context for literature students, and Critical Reasoning for Beginners for philosophy students. Enthusiastic students can also enroll in Philosophy and the Science of Human Nature from Yale University or Logic and Proofs from Carnegie Mellon University. Incredibly, the free classes offered by these incredible universities are often the exact same classes that are offered to traditional students.

Free university courses online from MIT are provided through a program known as MIT OpenCourseWare, and the program boasts more than 2,400 courses that have been pursued by more than 500 million visitors to the university's website. Virtually all of the classes offered by MIT are available online through OpenCourseWare, and MIT has published thousands of quotes from students who have sought out online courses at the university and have found them invaluable to their careers and general well-being. Meanwhile, Carnegie Mellon University offers its free online college courses from its Open Learning Initiative, which offers classes in the areas of business, data science, mathematics, technology, life science, and other areas. Students may enroll as independent learners who want a self-guided option, as well as students enrolled in college programs who receive a course key from the instructor. Independent students who take classes from the Open Learning Initiative won't receive class credit, but they will receive the same materials given to traditional students. It might come as a surprise to future students that online courses from top universities are available from such lauded institutions as Yale University, but there are classes available to anyone who wants to learn through Yale's Open Yale Courses program. The classes offered by Yale don't require any registration, and students actually get to watch lectures given by actual professors at the university. Students who decide they want to receive college credit for their online classes may consider enrolling in the university's Yale Summer Online program.

Free online universities and respected college institutions that offer free online university classes represent an outstanding option for students of all ages and abilities. Online college classes can help working professionals expand their career knowledge, as well as introduce young students to new and challenging topics like epidemiology, physics, organizational behavior, literature, and mathematics. The popularity of free online college courses will likely encourage institutions of higher learning to increase the number of classes available each year.

This directory is published in three parts. You are reading Part 1 (A–E: Accounting–European and Russian Studies). Continue with Part 2: F–M (Finance–Music) and Part 3: N–Z (Nanotechnology–Writing).

Accounting

Accounting is often described as the language of business, and those who take free online college accounting courses may study topics as varied as investing, financial accounting, auditing, and federal taxation. Accountants may examine financial statements for accuracy, compute the taxes a business or individual owes, or organize the financial records of the business for which they work.

Taking free online college accounting classes is an ideal option for anyone who wants to see if accounting is the right business specialty, and it's also an excellent way to increase knowledge of vital business topics for current business owners and future entrepreneurs. Free college accounting courses online may lead to careers as public accountants, or students may also use the knowledge gained to work as auditors.

Accountants often work in tax preparation, payroll services, and bookkeeping, and they may also find employment with finance and insurance companies. Some students who enroll in free college accounting classes online may find a rewarding career as a self-employed accountant, or they may work for large companies or government entities. It's not uncommon for dedicated accountants to work long hours during tax season, but the demanding work may prove rewarding financially and emotionally for accounting graduates.

• Introduction to Financial and Managerial Accounting, MIT

• Financial Accounting, MIT

• Financial and Managerial Accounting, MIT

• Financial Accounting, MIT

• Management Accounting and Control, MIT

• Business Analysis Using Financial Statements, MIT

• Management Accounting and Control, MIT

Aerospace Engineering

Dreamers and future scientists who want to design aircraft, build national defense systems, or find work in the growing space tourism industry may want to consider taking free college aerospace engineering classes online. Most aerospace engineers need a bachelor's degree to begin work, and free online college aerospace engineering classes are perfect for anyone who wants to try out the topic at the college level.

Many of the graduates of aerospace engineering programs work for aerospace parts manufacturing and product manufacturing companies. Free online college aerospace engineering classes may also lead to work with the federal government, research and development companies, and companies that offer engineering services. Those with degrees may work for companies that design navigational devices for the industry, as well as create control instruments or electromedical devices. Many aerospace engineering careers are heavy on research and work in laboratories.

After taking free online college aerospace engineering courses and entering or graduating from an aerospace engineering program, students may get to participate in cooperative programs with local businesses where students can apply their engineering knowledge. Students who want to excel in aerospace engineering classes should have excellent analytical skills, math skills, writing skills, and be able to engage in high-level problem-solving and critical thinking.

• Engineering Mechanics I, MIT

• Solid Mechanics, MIT

• Design of Ocean Systems, MIT

• Introduction to Aerospace Engineering and Design, MIT

• Unified Engineering I, II, III, & IV, MIT

• Thermal Energy, MIT

• Principles of Automatic Control, MIT

• Dynamics, MIT

• Aerodynamics, MIT

• Structural Mechanics, MIT

• Techniques for Structural Analysis and Design, MIT

• Feedback Control Systems, MIT

• Estimation and Control of Aerospace Systems, MIT

• Human Factors Engineering, MIT

• Introduction to Propulsion Systems, MIT

• Aerospace Dynamics, MIT

• Experimental Projects I, MIT

• Experimental Projects II, MIT

• System Safety, MIT

• Introduction to Lean Six Sigma Methods, MIT

• Technology in Transportation, MIT

• Prototyping Avionics, MIT

• Engineering Design and Rapid Prototyping (January IAP 2007), MIT

• Engineering Design and Rapid Prototyping (January IAP 2005), MIT

• Space Systems Engineering, MIT

• Computational Methods in Aerospace Engineering, MIT

• Plates and Shells, MIT

• Ship Structural Analysis & Design (13.122), MIT

• Hydrofoils and Propellers, MIT

• Marine Autonomy, Sensing and Communications, MIT

• Aerodynamics of Viscous Fluids, MIT

• Computational Mechanics of Materials, MIT

• Stochastic Estimation and Control, MIT

• Principles of Optimal Control, MIT

• Aircraft Stability and Control, MIT

• Astrodynamics, MIT

• Human Supervisory Control of Automated Systems, MIT

• Aerospace Biomedical and Life Support Engineering, MIT

• Sensory-Neural Systems: Spatial Orientation from End Organs to Behavior and Adaptation, MIT

• Bioengineering Journal Article Seminar, MIT

• Rocket Propulsion, MIT

• Space Propulsion, MIT

• Internal Flows in Turbomachines, MIT

• Air Traffic Control, MIT

• Fundamentals of Systems Engineering, MIT

• Satellite Engineering, MIT

• System Safety, MIT

• Aircraft Systems Engineering (Fall 2005), MIT

• Aircraft Systems Engineering (Fall 2004), MIT

• Air Transportation Systems Architecting, MIT

• Space System Architecture and Design, MIT

• Space Systems Engineering, MIT

• Bio-Inspired Structures, MIT

• Engineering of Nuclear Reactors, MIT

• Structural Mechanics in Nuclear Power Technology, MIT

• Engineering Apollo: The Moon Project as a Complex System, MIT

African-American Studies

African-American studies is an interdisciplinary field where students devote their time to the study of black history, politics, and culture in the United States. Those who take free online college African-American studies courses may also call their discipline black studies or Afro-American studies. Students often begin their studies with an examination of the roots of the discipline when 19th-century scholar W.E.B. Du Bois began publishing on the topic.

Free online college African-American studies classes may cover topics like sports, politics, population, language, religion, and prejudice. While enrolled, students may also study ancillary facets of black culture and history through African diaspora studies and Africana studies. Today, free college African-American studies classes online may cover topics like arts & crafts, hip hop, African-American history, and bio-medical ethics.

Additional topics may include the study of African-American composers, philosophers, writers, and other artistic professionals. The first black studies programs in the United States were created in the 1960s and were developed in response to activism and the Civil Rights Movement during that time. One of the first black studies programs was developed at San Francisco State in the late 1960s and would become an official department at the conclusion of that decade.

• African American History: From Emancipation to the Present, Yale University

• Dr. Martin Luther King, Jr. IAP Design Seminar, MIT

• Dilemmas in Bio-Medical Ethics: Playing God or Doing Good?, MIT

• Art, Craft, Science, MIT

• Race and Identity in American Literature: Keepin' it Real Fake, MIT

• Writing Early American Lives: Gender, Race, Nation, Faith, MIT

• Vocal Repertoire and Performance: African American Composers, MIT

• Black Matters: Introduction to Black Studies, MIT

• Traditions in American Concert Dance: Gender and Autobiography, MIT

• Hip Hop, MIT

• Race, Immigration, and Planning, MIT

American Studies

Students with interest in American history, culture, and society may want to consider free online college American studies courses. The interdisciplinary field usually features classes on the literature and history of the United States, but recent changes have seen free college American studies courses online being offered on topics that include other nations throughout the American continents.

A man named Vernon Louis Parrington is often credited with creating the subject of American studies as it pertains to collegiate study. He wrote a book in the 1920s that won the Pulitzer Prize and focused on the historical research and literary criticism often present in free online college American studies classes. Subjects covered within the American studies discipline include tourism, social movements, intellectual history, and literature.

As an interdisciplinary field, some American studies classes have expanded into topics on Asian, Latin, African, and American Indian studies as they pertain to the American continents. Students with interest in the history and development of civilizations in North America and South America may want to take free college American studies classes online. There are even centers in Europe that focus on American studies like the John F. Kennedy Institute for North American Studies, which is in Germany.

• Hemingway, Fitzgerald, Faulkner, Yale University

Anatomy and Physiology

Career paths open to students who enroll in free college anatomy and physiology classes online include dental assistant, phlebotomist, or staff nurse. Those who become certified or seek advanced study may find work as laboratory technicians or medical assistants, as well as eventually become Certified Nursing Assistants or Registered Nurse Supervisors. Areas of focus in free online college anatomy and physiology classes include gastroenterology, the brain, and cellular neurophysiology.

Students with experience in anatomy and physiology may find work in the offices of physicians, with pharmaceutical companies, or with medicine manufacturers. Students may also find work with hospitals at the state, local, or private level. Free college anatomy & physiology courses online may also lead to work in research and development within areas like life science, engineering, and physical science.

Free online college anatomy and physiology classes may teach students to conduct studies that investigate human disease, as well as analyze medical samples to create treatments for chronic diseases. Students who are skilled communicators may learn to write research grant proposals, and other graduates may get to design and test medical devices. Physiology and anatomy knowledge may even allow students to participate in vital laboratory and clinical research on topics like cancer.

• Quantitative Physiology: Cells and Tissues, MIT

• From Molecules to Behavior: Synaptic Neurophysiology, MIT

• Sensory Systems, MIT

• Neural Basis of Movement, MIT

• Brain Structure and Its Origins, MIT

• Cellular Neurophysiology, MIT

• A Clinical Approach to the Human Brain, MIT

• Introduction to Neuroanatomy, MIT

• Chemistry of Sports, MIT

• Quantitative Physiology: Organ Transport Systems, MIT

• Laboratory on the Physiology, Acoustics, and Perception of Speech, MIT

• Acoustics of Speech and Hearing, MIT

• The Visual System, MIT

• Intensive Neuroanatomy, MIT

• Musculoskeletal Pathophysiology, MIT

• Gastroenterology, MIT

• Cell-Matrix Mechanics, MIT

• Physiology of the Ear, MIT

• The Peripheral Auditory System, MIT

• Brain Mechanisms for Hearing and Speech, MIT

Anthropology

An anthropologist is someone who studies the origin and development of humans, and most graduates of anthropology programs work in research in government or for private organizations. Taking free online college anthropology courses may allow a student to work in an office, in a laboratory, or in a fieldwork setting. Some anthropologists actually travel to the people they study and live with those groups while they conduct their work.

The majority of anthropologists working in the field have graduate degrees or doctorates in anthropology, so students who enroll in free online college anthropology classes may need to consider further studies in a full degree program. Students who find enjoyment in their online anthropology classes may want to consider field schools where they can participate in historical excavations and archeological projects once they've exhausted all possible free college anthropology courses online.

While enrolled in free college anthropology courses online, students may want to investigate the benefits of belonging to organizations like the American Anthropological Association or the American Association of Physical Anthropologists. Graduates of anthropology programs and students who complete their free college anthropology classes online may also find work in related areas of study like history, geography, museums, sociology, and surveying.

• Human Origins and Evolution, MIT

• Art Since 1940, MIT

• Introduction to Comparative Politics, MIT

• Ethnicity and Race in World Politics, MIT

• Japanese Politics and Society, MIT

• Introduction to Latin American Studies, MIT

• Israel: History, Politics, Culture, and Identity, MIT

• Forms of Political Participation: Old and New, MIT

• Reading Seminar in Social Science: Race, Crime, and Citizenship in American Law, MIT

• Conversations You Can't Have on Campus: Race, Ethnicity, Gender and Identity, MIT

• Culture Tech, MIT

• Introduction to Anthropology, MIT

• How Culture Works, MIT

• Anthropological Theory, MIT

• Seminar in Ethnography and Fieldwork, MIT

• Magic, Witchcraft, and the Spirit World, MIT

• Myth, Ritual, and Symbolism, MIT

• Disease and Health: Culture, Society, and Ethics, MIT

• Anthropology of War and Peace, MIT

• Identity and Difference, MIT

• Law and Society, MIT

• Violence, Human Rights, and Justice, MIT

• Ethnic and National Identity, MIT

• The Contemporary American Family, MIT

• Gender, Sexuality, and Society, MIT

• Rethinking the Family, Sex, and Gender, MIT

• American Dream: Exploring Class in the U.S., MIT

• Race and Science, MIT

• Power: Interpersonal, Organizational and Global Dimensions, MIT

• Culture, Embodiment and the Senses, MIT

• Food and Culture, MIT

• Anthropology Through Speculative Fiction, MIT

• Dilemmas in Bio-Medical Ethics: Playing God or Doing Good?, MIT

• Anthropology of Biology, MIT

• Marketing, Microchips and McDonalds: Debating Globalization, MIT

• Documenting Culture, MIT

• Gender, Power, and International Development, MIT

• Technology and Culture, MIT

• Environmental Struggles, MIT

• Photography and Truth, MIT

• Cultures of Computing, MIT

• The Anthropology of Sound, MIT

• The Conquest of America, MIT

• Anthropology of the Middle East, MIT

• Medicine, Religion and Politics in Africa and the African Diaspora, MIT

• What is Capitalism?, MIT

• Gender and Representation of Asian Women, MIT

• Art, Craft, Science, MIT

• DV Lab: Documenting Science Through Video and New Media, MIT

• Cross-Cultural Investigations: Technology and Development, MIT

• Topics in Indian Popular Culture: Spectacle, Masala, and Genre, MIT

• Out of Ground Zero: Catastrophe and Memory, MIT

• Communicating Across Cultures, MIT

• East Asian Cultures: From Zen to Pop, MIT

• Topics in the Avant-Garde in Literature and Cinema, MIT

• Topics in Culture and Globalization, MIT

• Japanese Popular Culture, MIT

• A Passage to India: Introduction to Modern Indian Culture and Society, MIT

• Topics in South Asian Literature and Culture, MIT

• Introduction to Asian American Studies: Literature, Culture, and Historical Experience, MIT

• European Thought and Culture, MIT

• Advanced Topics: Plotting Terror in European Culture, MIT

• Intro to Japanese Culture, MIT

• Japanese Literature and Cinema, MIT

• Cultural Performances of Asia, MIT

• Globalization: the Good, the Bad, and the In-Between, MIT

• Introduction to French Culture, MIT

• Basic Themes in French Literature and Culture, MIT

• Cross-Cultural Perspectives on Contemporary French Society, MIT

• New Culture of Gender: Queer France, MIT

• Topics in Modern French Literature and Culture: North America Through French Eyes, MIT

• Germany Today: Intensive Study of German Language and Culture, MIT

• Texts, Topics, and Times in German Literature, MIT

• German Culture, Media, and Society, MIT

• Introduction to Spanish Culture, MIT

• The New Spain: 1977-Present, MIT

• Portuguese I, MIT

• American Classics (Spring 2006), MIT

• American Classics (Fall 2002), MIT

• Race and Gender in Asian America, MIT

• American Consumer Culture, MIT

• America in Depression and War, MIT

• The Places of Migration in United States History, MIT

• War & American Society, MIT

• Law and Society in US History, MIT

• Metropolis: History of New York City, MIT

• The Emergence of Europe: 500-1300, MIT

• The Renaissance, 1300-1600, MIT

• The Making of Russia in the Worlds of Byzantium, Mongolia, and Europe, MIT

• The Royal Family, MIT

• France, 1660-1815: Enlightenment, Revolution, Napoleon, MIT

• People and Other Animals, MIT

• Nazi Germany and the Holocaust, MIT

• Japan in the Age of the Samurai: History and Film, MIT

• Smashing the Iron Rice Bowl: Chinese East Asia, MIT

• Women in South Asia from 1800 to Present, MIT

• Modern Latin America, 1808-Present: Revolution, Dictatorship, Democracy, MIT

• Jewish History from Biblical to Modern Times, MIT

• The Economic History of Work and Family, MIT

• Foundations of World Culture I: World Civilizations and Texts, MIT

• Introduction to Media Studies (Fall 2005), MIT

• Introduction to Media Studies (Fall 2003), MIT

• Understanding Television, MIT

• Victorian Literature and Culture, MIT

• Media in Cultural Context, MIT

• Introduction to World Music (Spring 2013), MIT

• Introduction to World Music (Fall 2006), MIT

• Music of Africa, MIT

• Popular Musics of the World, MIT

• Theater and Cultural Diversity in the U.S., MIT

• Traditions in American Concert Dance: Gender and Autobiography, MIT

• Hip Hop, MIT

• Consumer Culture, MIT

• Writing and Experience, MIT

• Writing About Race, MIT

• Writing About Race: Narratives of Multiraciality, MIT

• Communicating with Mobile Technology, MIT

• Science, Technology, & World, MIT

• Technology and Gender in American History, MIT

• Architecture Design, Level II: Cuba Studio, MIT

• Social Theory and the City, MIT

• Urban Sociology in Theory and Practice, MIT

• Race, Immigration, and Planning, MIT

• Literature, Ethics, Authority, MIT

• Literature, Ethics and Authority, MIT

• Organizations and Environments, MIT

• Cross-Cultural Leadership, MIT

• Ethnic Politics I, MIT

• Ethnic Politics II, MIT

• Politics and Religion, MIT

• Warlords, Terrorists, and Militias: Theorizing on Violent Non-State Actors, MIT

• Classification, Natural Kinds, and Conceptual Change: Race as a Case Study, MIT

• Issues of Representation: Women, Representation, and Music in Selected Folk Traditions of the British Isles and North America, MIT

• Social Theory and Analysis, MIT

• The Anthropology of Cybercultures, MIT

• Techno-identity: Who we are and how we perceive ourselves and others, MIT

• Social Visualization, MIT

• Digital Anthropology, MIT

• Ethnography, MIT

• Technology and Change in Rural America, MIT

• Social and Political Implications of Technology, MIT

• Technology and the Literary Imagination, MIT

Arabic Language and Literature

One of the popular careers for those who take free college Arabic language & literature classes online is interpreting and translating. Interpreters can work in environments as varied as courtrooms, hospitals, schools, and conference centers. Knowledge of Arabic languages may also allow students to continue their studies in degree programs for language scientists and interpreters who work for the government.

Free online college Arabic language & literature classes may delve into any one of several main dialects, and it may behoove students to choose a class that matches their language aspirations. For example, Arabic spoken in Lebanon, Jordan, Palestine, and Syria is known as Levantine Arabic, and students who want to visit these countries and understand the inhabitants may want to find free college Arabic language & literature classes on Levantine Arabic.

Meanwhile, other free college Arabic language and literature courses online may focus on Egyptian Arabic, which is spoken throughout Egypt, or North African Arabic, which is the language of Morocco, Tunisia, Algeria, and Libya. There may also be some free college Arabic language & literature classes online that focus on the Arabic language spoken in Iraq or Gulf Arabic, which is spoken in Qatar, the U.A.E., Bahrain, Kuwait, and Oman.

• Arabic for Global Exchange, Carnegie Mellon University

Archeology

One of the most popular types of employment for those who take free online college archeology courses are jobs with companies known as cultural resource management firms, and these companies are tasked with ensuring that builders comply with local and federal regulations regarding culturally sensitive sites. Students who focus on archeology may learn about topics like geography, criminology, ethnic studies, and evolution within their free college archeology courses online.

One of the most exciting parts of studying archeology is that it may lead to research programs, internships, and eventual employment in other countries. A student's free online college archeology classes may prepare him or her to study domestically in a research program that examines the prehistory of a geographic region. Classes may also help students secure research work in other countries like China, the continent of Africa, or the countries of South America.

There are also different types of archeology that students may focus on when they take free college archeology courses online. Areas of focus include historical archeology, prehistoric archeology, bio-archeology, and field archeology. Some free college archeology classes online may even deal with fascinating concentrations like underwater archeology, which deals with shipwrecks and submerged settlements that existed centuries ago in the past.

• The Human Past: Introduction to Archaeology, MIT

• Human Origins and Evolution, MIT

• The Ancient City, MIT

• Research Seminar in Deep Sea Archaeology, MIT

Architecture

Architecture is considered one of the most challenging disciplines in college, and future architects may want to begin their educational journey with free college architecture classes online. Many traditional bachelor's degree programs require five years of study rather than the usual four years of study that other subjects require, and architecture professionals can focus on urban planning, architectural history, or environmental design.

Several of the best free college architecture courses online begin with introductions to various subjects within the discipline. For example, students may study the basics of integrated design, building technology, the history of architecture, or design computing. Other free online college architecture classes may delve into advanced subjects like building in landscapes, nanomachines, and urban design.

Students can also focus on the architecture of a certain geographical region or era or learn about early modern cities and historical structures. According to the Bureau of Labor Statistics (BLS), the rate of job growth for architects is likely to remain faster than average for the next decade, so free online college architecture courses could be the start of a prosperous career at an architectural firm, government firm, or construction company for students who eventually complete a degree program.

• CityScope: New Orleans, MIT

• Experiencing Architecture Studio, MIT

• Architecture Studio: Intentions, MIT

• Architectural Design: Intentions, MIT

• Introduction to Architecture & Environmental Design, MIT

• Architecture Design Fundamentals I: Nano-Machines, MIT

• Architecture Studio: Building in Landscapes, MIT

• Architecture Studio: Building in Landscapes, MIT

• Architecture Studio: Building in Landscapes, MIT

• Ecuador Workshop, MIT

• Introduction to Integrated Design, MIT

• Analysis of Contemporary Architecture, MIT

• BSAD Foundations in the Visual Arts, MIT

• Introduction to Sculpture, MIT

• Introduction to Building Technology, MIT

• Building Technology Laboratory, MIT

• Fundamentals of Energy in Buildings, MIT

• Basic Structural Design, MIT

• Introduction to Design Computing, MIT

• Architectural Construction and Computation, MIT

• Computational Design I: Theory and Applications, MIT

• Introduction to the History and Theory of Architecture, MIT

• Religious Architecture and Islamic Cultures, MIT

• The Architecture of Cairo, MIT

• Introduction to Urban Design and Development, MIT

• Downtown, MIT

• The Ancient City, MIT

• Motion Based Design, MIT

• Design for Sustainability, MIT

• Geometric Disciplines and Architecture Skills: Reciprocal Methodologies, MIT

• MArch Portfolio Seminar, MIT

• Architectural Design, Level I: Perceptions and Processes, MIT

• Architectural Design, Level II: Material Essence: The Glass House, MIT

• Architectural Design, Level II: Material and Tectonic Transformations: The Herreshoff Museum, MIT

• Immaterial Limits: Process and Duration, MIT

• Architectural Design, Level II: New Orleans Studio, MIT

• Architectural Design, Level III: A Student Center for MIT, MIT

• Urban Design Studio: Providence, MIT

• The Space Between Workshop, MIT

• Case Studies in City Form, MIT

• Sustainable Design and Technology Research Workshop, MIT

• Architectural Design Workshop: Collage – Method and Form, MIT

• Architectural Design Workshops: Computational Design for Housing, MIT

• Special Problems in Architectural Design, MIT

• Architecture Design, Level II: Cuba Studio, MIT

• Precedents in Critical Practice, MIT

• Theory of City Form, MIT

• Introduction to Design Inquiry (Fall 2004), MIT

• Introduction to Design Inquiry (Fall 2001), MIT

• Research Topics in Architecture: Citizen-Centered Design of Open Governance Systems, MIT

• Furniture Making, MIT

• Special Problems in Architecture Studies, MIT

• The Production of Space: Art, Architecture and Urbanism in Dialogue, MIT

• Dialogue in Art, Architecture, and Urbanism, MIT

• Studio Seminar in Public Art, MIT

• Ecologies of Construction, MIT

• Daylighting, MIT

• Analysis of Historic Structures, MIT

• Building Technology I: Materials and Construction, MIT

• Building Technology III: Building Structural Systems, MIT

• Building Technologies III: Building Structural Systems II, MIT

• Form-Finding and Structural Optimization: Gaudi Workshop, MIT

• Natural Light in Design, MIT

• Emergent Materials II, MIT

• Digital Design Fabrication, MIT

• Digital Mock-Up Workshop, MIT

• Inquiry into Computation and Design, MIT

• Thinking About Architecture: In History and at Present, MIT

• Drawings & Numbers: Five Centuries of Digital Design, MIT

• Selected Topics in Architecture: Architecture from 1750 to the Present, MIT

• Theory and Method in the Study of Architecture and Art, MIT

• History of Urban Form: Locating Capitalism: Producing Early Modern Cities and Objects, MIT

• Contemporary Architecture and Critical Debate, MIT

• A Global History of Architecture Writing Seminar, MIT

• Site and Infrastructure Systems Planning, MIT

• Beijing Urban Design Studio (Summer 2008), MIT

• Beijing Urban Design Studio (Summer 2006), MIT

• Sensing Place: Photography as Inquiry, MIT

• Sites in Sight: Photography as Inquiry, MIT

• Urban Design Skills: Observing, Interpreting, and Representing the City, MIT

• Urban Design, MIT

• Urban Design Seminar, MIT

• Urban Design Policy and Action (Spring 2009), MIT

• Urban Design Policy and Action (Spring 2007), MIT

• Environmental Management Practicum: Brownfield Redevelopment, MIT

• Brownfields Policy and Practice, MIT

• Revitalizing Urban Main Streets: St. Claude Avenue, New Orleans, MIT

• Revitalizing Urban Main Streets: Mission Hill & Egleston Square, Boston, MIT

• Special Studies in Urban Studies and Planning – The Cardener River Corridor Workshop, MIT

• Springfield Studio, MIT

• Beijing Urban Design Studio, MIT

• New Century Cities: Real Estate, Digital Technology, and Design, MIT

• Imaging the City: The Place of Media in City Design and Development, MIT

• Power of Place: Media Technology, Youth, and City Design and Development, MIT

• City Visions: Past and Future, MIT

• Gaoming Studio – China, MIT

• Architecture and Communication in Organizations, MIT

Art History

Historians commonly work in education, and art historians will often teach college classes after receiving a master's degree in the discipline. A future teacher or art historian may want to begin with free online college art history courses that will introduce the student to topics like Roman architecture, popular culture, and art in cinema and literature.

One of the interesting areas in which art historians may work is in museums as archivists, curators, or general museum workers. A future museum employee may start with free online college art history classes and continue with a bachelor's degree program. After earning a bachelor's degree, an art history major may continue in a graduate program in museum studies or participate in an internship within a museum to gain experience.

Some of the interesting topics available for study in free college art history courses online include painting, sculpture, photography, and pop culture. A student may pursue a degree in the history of modern art or specialize in an earlier era like the Romantic Era of the early 19th century or the Neoclassical era of the late 18th century. Free college art history classes online are an ideal option for students interested in history from the perspective of art and creativity.

• Art Since 1940, MIT

• Topics in the Avant-Garde in Literature and Cinema, MIT

• The Making of a Roman Emperor, MIT

• Popular Culture and Narrative: Serial Storytelling, MIT

• Fundamentals of Computational Media Design, MIT

• Architectural Design Workshop: Collage – Method and Form, MIT

• Studio Seminar in Public Art, MIT

• Interrogative Design Workshop, MIT

• Theory and Method in the Study of Architecture and Art, MIT

• History of Urban Form: Locating Capitalism: Producing Early Modern Cities and Objects, MIT

• Roman Architecture, Yale University

Asian Studies

Online students who want to pursue classes in Asian studies should have an interest in the history and culture of Asian people, as well as their languages and politics. Interestingly, Asian studies in some European countries is known as Oriental studies. Free online college Asian studies courses may cover any one of an extraordinary number of different cultures that include the history of Pakistan, Taiwan, Japan, or Vietnam.

Free college Asian studies classes online may also teach students about the cultures of Korea, Myanmar, Thailand, Tibet, or Mongolia. When a student pursues advanced classes, those topics may become more defined in their geographic specificity. For example, students may get to enroll in free online college Asian studies classes that focus on Japanese studies and the region of Okinawa. Other classes may encompass Southeast Asia and feature specific cultures within Vietnam or Thailand.

Students who pursue a traditional degree after exhausting the supply of free college Asian Studies courses online may find that their degree is offered alongside related topics like African studies. For example, the SOAS University of London offers its Asian studies classes within its School of Oriental and African Studies. Classes encompass the cultures of Asia, the Middle East, and Africa.

• Chinese Foreign Policy: International Relations and Strategy, MIT

• Chinese Foreign Policy, MIT

• International Relations of East Asia, MIT

• Introduction to Comparative Politics, MIT

• Politics and Policy in Contemporary Japan, MIT

• Japanese Politics and Society, MIT

• Government and Politics of China, MIT

• Gender and Representation of Asian Women, MIT

• Topics in Indian Popular Culture: Spectacle, Masala, and Genre, MIT

• East Asian Cultures: From Zen to Pop, MIT

• Japanese Popular Culture, MIT

• A Passage to India: Introduction to Modern Indian Culture and Society, MIT

• Topics in South Asian Literature and Culture, MIT

• Intro to Japanese Culture, MIT

• Cultural Performances of Asia, MIT

• Chinese V (Regular): Chinese Cultures & Society, MIT

• Chinese VI (Regular): Discovering Chinese Cultures and Societies, MIT

• Race and Gender in Asian America, MIT

• East Asia in the World, MIT

• Japan in the Age of the Samurai: History and Film, MIT

• Smashing the Iron Rice Bowl: Chinese East Asia, MIT

• The Making of Modern South Asia, MIT

• Women in South Asia from 1800 to Present, MIT

• From the Silk Road to the Great Game: China, Russia, and Central Eurasia, MIT

• Music of India, MIT

• Godzilla and the Bullet Train: Technology and Culture in Modern Japan, MIT

• Economy and Business in Modern China and India, MIT

• Global Entrepreneurship Lab: Asia-Pacific, MIT

• Japan and East Asian Security, MIT

• Comparative Politics and China, MIT

• Political Economy of Chinese Reform, MIT

Astronomy

Astronomy is a fascinating subject that also happens to require that students of the discipline devote themselves to several years of study at the college level. It's not uncommon for children to have an interest in space and astronomy, and adults may find it thought-provoking to enroll in free online college astronomy courses that deal with cosmology, stargazing, the Big Bang, black holes, and galaxies.

Amateur astronomers may also take free online college astronomy classes that will eventually lead to enrollment in a full degree program at a college or university. After receiving a degree in astronomy, a graduate may work at a college or university as an instructor or for the federal government as an astronomer. Future astronomers who take free college astronomy courses online may dream of working with internationally renowned science facilities like the NASA Jet Propulsion Laboratory.

There are also astronomy classes that students may take that deal with subjects like Greek and Roman mythology and how those societies used the night sky to create their myths, as well as create constellations that are still known to humanity today. Students who enroll in free college astronomy classes online may also decide that they want to become physicists and work in research or academia as cosmologists.

• Frontiers and Controversies in Astrophysics, Yale University

Biochemistry

Biochemistry is a complex and fascinating subject where professionals generally need to possess a Ph.D. to find work in independent research & development companies or to enter careers with government research agencies. Taking free online college biochemistry courses is an excellent way for future biochemists to determine whether they will succeed in a degree program.Some of the jobs available to biochemistry majors include research assistant, nurse, and laboratory technician.

Some of the free online college biochemistry classes a student might see include introductory classes in biochemistry and biotechnology, as well as advanced topics on gene expression, plant biochemistry, and genetics. Other topics of study in free college biochemistry courses online may include enzyme structures, macromolecules, and metabolism, as well as toxicology and proteomics, which is the study of proteins.

Students who want to find success in the field of biochemistry after completing free college biochemistry classes online must have excellent math and analytical skills, as well as have the ability to thoroughly research their topics while using expert-level time-management skills. Future careers for biochemists include those with pharmaceutical companies, medical manufacturing companies, and educational facilities. Biochemists will commonly participate in projects alongside experts in related scientific fields like chemistry, engineering, physics, and computer science.

• Introduction to Biochemistry, Carnegie Mellon University

Biological Engineering

Biological engineering is an interesting area of study that combines the principles of engineering with biological systems in an attempt to solve problems that exist in the natural and human-designed worlds of plants, animals, and microbial systems. Free online college biological engineering courses may cover topics as expansive as computational and systems biology, cell materials, personal genomics, and the biosphere.

Other topics discussed in free online college biological engineering classes include chemical engineering, statistical thermodynamics, algorithms in computational biology, and toxicology. Those interested in working as biological engineers may actually enter the workforce with a bachelor's degree and don't necessarily need to take classes all the way to a Ph.D. as do many other science professionals.

After taking free college biological engineering courses, online students may enter degree programs that will allow them to work for medical supplies manufacturing companies and medical equipment companies. Graduates may also work in research and development for companies in the physical or life sciences, as well as for universities as teachers or researchers. Students will have the most success in their free college biological engineering classes online when they have good analytical skills, math skills, and are expert problem-solvers. Students may find it helpful to apply for internships in research and biological engineering work environments.

• Molecular, Cellular, and Tissue Biomechanics, MIT

• Biomimetic Principles and Design, MIT

• Organic & Biomaterials Chemistry, MIT

• Materials for Biomedical Applications, MIT

• Nanomechanics of Materials and Biomaterials, MIT

• Freshman Seminar: The Nature of Engineering, MIT

• Computational Biology: Genomes, Networks, Evolution, MIT

• Bioinformatics and Proteomics, MIT

• Algorithms for Computational Biology, MIT

• Experimental Molecular Biology: Biotechnology II, MIT

• Designer Immunity: Lessons in Engineering the Immune System, MIT

• Harnessing the Biosphere: Natural Products and Biotechnology, MIT

• Brightening up Life: Harnessing the Power of Fluorescence Imaging to Observe Biology in Action, MIT

• Personal Genomics and Medicine: What's in Your Genome?, MIT

• Cell-material Crosstalk: Engineering Cell-Instructive Biomaterials, MIT

• Systems and Synthetic Biology: How the Cell Solves Problems, MIT

• Network Medicine: Using Systems Biology and Signaling Networks to Create Novel Cancer Therapeutics, MIT

• Directed Evolution: Engineering Biocatalysts, MIT

• Antibiotics, Toxins, and Protein Engineering, MIT

• Biological Computing: At the Crossroads of Engineering and Science, MIT

• Foundations of Computational and Systems Biology, MIT

• Statistical Methods in Brain and Cognitive Science, MIT

• Introduction to Computational Neuroscience, MIT

• Chemical and Biological Reaction Engineering, MIT

• Integrated Chemical Engineering Topics I: Introduction to Biocatalysis, MIT

• Introduction to Bioengineering (BE.010J), MIT

• Statistical Thermodynamics of Biomolecular Systems (BE.011J), MIT

• Introduction to Biological Engineering Design, MIT

• Chemicals in the Environment: Toxicology and Public Health (BE.104J), MIT

• Systems Microbiology, MIT

• Laboratory Fundamentals in Biological Engineering (Spring 2010), MIT

• Laboratory Fundamentals in Biological Engineering (Fall 2007), MIT

• Thermodynamics of Biomolecular Systems, MIT

• Biological Engineering Programming, MIT

• Computation for Biological Engineers, MIT

• Biological Engineering II: Instrumentation and Measurement, MIT

• Analysis of Biomolecular and Cellular Systems, MIT

• Biological Engineering Design, MIT

• Projects in Microscale Engineering for the Life Sciences, MIT

• Genomics and Computational Biology, MIT

• Design of Medical Devices and Implants, MIT

• Synthetic Organic Chemistry II, MIT

• Computational Evolutionary Biology, MIT

• Organic Optoelectronics, MIT

• Topics in Computational and Systems Biology, MIT

• Statistical Physics in Biology, MIT

• Cellular and Molecular Computation, MIT

• Principles and Practice of Drug Development, MIT

• Dynamics of Complex Systems: Ecological Theory, MIT

• Dynamics of Complex Systems: Complexity in Ecology, MIT

• Aerospace Biomedical and Life Support Engineering, MIT

• Introduction to Computational Molecular Biology, MIT

• Mechanisms of Drug Actions, MIT

• Perspectives in Biological Engineering, MIT

• Molecular, Cellular and Tissue Biomechanics (BE.410J), MIT

• Biomolecular Kinetics and Cellular Dynamics (BE.420J), MIT

• Fields, Forces, and Flows in Biological Systems (BE.430J), MIT

• Analysis of Biological Networks (BE.440), MIT

• Biomaterials-Tissue Interactions, MIT

• Molecular Structure of Biological Materials (BE.442), MIT

• Biomedical Information Technology, MIT

• Molecular Principles of Biomaterials, MIT

• Foundations of Algorithms and Computational Techniques in Systems Biology, MIT

• Musculoskeletal Pathophysiology, MIT

• Molecular Biology and Genetics in Modern Medicine, MIT

• Principles and Practice of Tissue Engineering, MIT

• Social Studies of Bioscience and Biotech, MIT

• Introduction to Global Medicine: Bioscience, Technologies, Disparities, Strategies, MIT

• Medical Artificial Intelligence, MIT

• Biomedical Computing, MIT

• Medical Computing, MIT

• Medical Decision Support (Fall 2005), MIT

• Medical Decision Support (Spring 2003), MIT

• Computing for Biomedical Scientists, MIT

• Global Enterprise for Micro-Mechanics and Molecular Medicine (GEM4), MIT

Biology

According to a list compiled by CNBC, biology is one of the most popular college majors in the United States and comes in at the fifth spot behind business, health professions, social sciences, and psychology. The article suggests that more than 110,000 students received degrees in biology in 2017. Some of those degree seekers likely began their college careers by trying free online college biology courses.

Topics studied include cellular biology, genetics, physiology, and anatomy. Free online college biology classes may offer introductions to biology, bioinformatics, and chemistry, as well as advanced lessons on molecular biology, cellular neurobiology, and chemical experimentation. One of the reasons biology is so popular for free college biology courses online is because there are so many options available for employment after a degree has been earned.

Some of the careers open to graduates of biology programs include those as biological technicians, environmental scientists, forensic technicians, zoologists, and wildlife biologists. Students can even pursue careers in academia as high school teachers or find jobs as college professors after earning an advanced degree in biology. Free college biology classes online are an excellent choice for casual students who want to learn more about biology, as well as future degree-seekers who want to begin their college careers.

• Anatomy and Physiology, Carnegie Mellon University

• Introduction to Biology, Carnegie Mellon University

• Modern Biology, Carnegie Mellon University

• Ecology I: The Earth System, MIT

• Ecology II: Engineering for Sustainability, MIT

• Molecular, Cellular, and Tissue Biomechanics, MIT

• Biomimetic Principles and Design, MIT

• Biological Chemistry II, MIT

• Intermediate Chemical Experimentation, MIT

• Biochemistry Laboratory, MIT

• Advanced Kitchen Chemistry, MIT

• Quantitative Physiology: Cells and Tissues, MIT

• Computational Biology: Genomes, Networks, Evolution, MIT

• Bioinformatics and Proteomics, MIT

• Fundamentals of Biology, MIT

• Introduction to Biology, MIT

• Introductory Biology (Spring 2013), MIT

• Introductory Biology (Spring 2006), MIT

• Introductory Biology, MIT

• Experimental Biology & Communication, MIT

• Experimental Biology – Communications Intensive, MIT

• Genetics, MIT

• Cell Biology, MIT

• Experimental Microbial Genetics (Fall 2008), MIT

• Experimental Microbial Genetics (Fall 2003), MIT

• Experimental Molecular Biology: Biotechnology II, MIT

• Topics in Experimental Biology, MIT

• Developmental Biology, MIT

• Molecular Biology, MIT

• Cellular Neurobiology, MIT

• Unusual Biology: The Science of Emerging Pathogens, MIT

• Regenerative Medicine: from Bench to Bedside, MIT

• Learning and Memory: Activity-Controlled Gene Expression in the Nervous System, MIT

• Avoiding Genomic Instability: DNA Replication, the Cell Cycle, and Cancer, MIT

• Nano-life: An Introduction to Virus Structure and Assembly, MIT

• Ubiquitination: The Proteasome and Human Disease, MIT

• Designer Immunity: Lessons in Engineering the Immune System, MIT

• Harnessing the Biosphere: Natural Products and Biotechnology, MIT

• Bench to Bedside: Molecularly Targeted Therapies in Blood Disorders and Malignancy, MIT

• The DNA Damage Response as a Target for Anti-Cancer Therapy, MIT

• Brightening up Life: Harnessing the Power of Fluorescence Imaging to Observe Biology in Action, MIT

• Personal Genomics and Medicine: What's in Your Genome?, MIT

• Sweet Discoveries: Unraveling the Complex World of Sugars in Health and Disease, MIT

• Cell-material Crosstalk: Engineering Cell-Instructive Biomaterials, MIT

• To Divide or Not To Divide: Control of Cell Cycle and Growth by Extracellular Cues, MIT

• Powerhouse Rules: The Role of Mitochondria in Human Diseases, MIT

• The Biology of Aging: Age-Related Diseases and Interventions, MIT

• Systems and Synthetic Biology: How the Cell Solves Problems, MIT

• The X in Sex: A Genetic, Medical, and Evolutionary View of the X Chromosome, MIT

• Developmental and Molecular Biology of Regeneration, MIT

• Systems Biology: Stochastic Processes and Biological Robustness, MIT

• G-Protein Coupled Receptors: Vision and Disease, MIT

• Chronic Infection and Inflammation: What are the Consequences on Your Health?, MIT

• Reading the Blueprint of Life: Transcription, Stem Cells and Differentiation, MIT

• Cancer Biology: From Basic Research to the Clinic, MIT

• Biological Bases of Learning and Memory, MIT

• Network Medicine: Using Systems Biology and Signaling Networks to Create Novel Cancer Therapeutics, MIT

• When Development Goes Awry: How Cancer Co-opts Mechanisms of Embryogensis, MIT

• Sophisticated Survival Skills of Simple Microorganisms, MIT

• Neuron-glial Cell Interactions in Biology and Disease, MIT

• The Radical Consequences of Respiration: Reactive Oxygen Species in Aging and Disease, MIT

• Photosynthesis: Life from Light, MIT

• A Love-Hate Relationship: Cholesterol in Health and Disease, MIT

• Protein Folding, Misfolding and Human Disease, MIT

• Tumor Suppressor Gene p53: How the Guardian of our Genome Prevents Cancer, MIT

• Directed Evolution: Engineering Biocatalysts, MIT

• The Fountain of Life: From Dolly to Customized Embryonic Stem Cells, MIT

• RNA Interference: A New Tool for Genetic Analysis and Therapeutics, MIT

• The Science of Sperm, MIT

• Using Simple Organisms to Model Human Diseases, MIT

• Non-coding RNAs: Junk or Critical Regulators in Health and Disease?, MIT

• Survival in Extreme Conditions: The Bacterial Stress Response, MIT

• Vascular Development in Life, Disease and Cancer Medicine, MIT

• Evolution of the Immune System, MIT

• Fine-Tuning the Synapse: Synaptic Functions and Dysfunction, MIT

• Virus-host Interactions in Infectious Diseases, MIT

• DNA Wars: How the Cell Strikes Back to Avoid Disease after Attacks on DNA, MIT

• Cellular Garbage Disposal: Misfolded Proteins in Normal Biology and Human Disease, MIT

• RNAi: A Revolution in Biology and Therapeutics, MIT

• Synaptic Plasticity and Memory, from Molecules to Behavior, MIT

• Epigenetic Regulation of Stem Cells, MIT

• Fueling Sustainability: Engineering Microbial Systems for Biofuel Production, MIT

• Stem Cells: A Cure or Disease?, MIT

• From Molecules to Behavior: Synaptic Neurophysiology, MIT

• Biological Computing: At the Crossroads of Engineering and Science, MIT

• Concept-Centered Teaching (Spring 2006), MIT

• Concept-Centered Teaching (Fall 2005), MIT

• Cell Biology: Structure and Functions of the Nucleus, MIT

• Foundations of Computational and Systems Biology, MIT

• Freshman Seminar: Structural Basis of Genetic Material: Nucleic Acids, MIT

• Introduction to Neuroscience, MIT

• Neuroscience and Behavior, MIT

• Neural Basis of Learning and Memory, MIT

• Sensory Systems, MIT

• Neural Basis of Movement, MIT

• Cognitive Neuroscience, MIT

• Experimental Molecular Neurobiology, MIT

• Brain Structure and Its Origins, MIT

• Biochemistry and Pharmacology of Synaptic Transmission, MIT

• Cellular Neurophysiology, MIT

• Systems Neuroscience Lab, MIT

• Developmental Neurobiology, MIT

• Cognitive & Behavioral Genetics, MIT

• A Clinical Approach to the Human Brain, MIT

• Introduction to Computational Neuroscience, MIT

• Sensation And Perception, MIT

• Parkinson's Disease Workshop, MIT

• Scene Understanding Symposium, MIT

• Affective Priming at Short and Extremely Short Exposures, MIT

• Investigating the Neural Substrates of Remote Memory using fMRI, MIT

• Affect: Neurobiological, Psychological and Sociocultural Counterparts of \"Feelings\", MIT

• Social Psychology, MIT

• Functional MRI of High-Level Vision, MIT

• Special Topics in Brain and Cognitive Sciences, MIT

• Cognitive Neuroscience of Remembering: Creating and Controlling Memory, MIT

• Introduction to Neuroanatomy, MIT

• Neuropharmacology, MIT

• Language and Mind, MIT

• Biochemical Engineering, MIT

• Separation Processes for Biochemical Products, MIT

• Integrated Chemical Engineering Topics I: Introduction to Biocatalysis, MIT

• Theoretical Environmental Analysis, MIT

• Medical Geology/Geochemistry: An Exposure, MIT

• Molecular Biogeochemistry, MIT

• Introduction to Bioengineering (BE.010J), MIT

• Statistical Thermodynamics of Biomolecular Systems (BE.011J), MIT

• Macroepidemiology (BE.102), MIT

• Systems Microbiology, MIT

• Laboratory Fundamentals in Biological Engineering (Spring 2010), MIT

• Laboratory Fundamentals in Biological Engineering (Fall 2007), MIT

• Computation for Biological Engineers, MIT

• Analysis of Biomolecular and Cellular Systems, MIT

• Fields, Forces and Flows in Biological Systems, MIT

• Drugs and the Brain, MIT

• Introduction to Environmental History, MIT

• Genomics and Computational Biology, MIT

• Quantitative Physiology: Organ Transport Systems, MIT

• Neuroscience and Society, MIT

• Environmental Microbiology, MIT

• Chemistry of Biomolecules I, MIT

• Synthetic Organic Chemistry II, MIT

• Acoustics of Speech and Hearing, MIT

• Computational Evolutionary Biology, MIT

• Graduate Biochemistry, MIT

• Protein Folding Problem, MIT

• Topics in Computational and Systems Biology, MIT

• Computational Functional Genomics, MIT

• Systems Biology, MIT

• Statistical Physics in Biology, MIT

• The Brain and Cognitive Sciences I, MIT

• The Brain and Cognitive Sciences II (Spring 2006), MIT

• The Brain and Cognitive Sciences II (Spring 2002), MIT

• Cell and Molecular Neurobiology, MIT

• The Visual System, MIT

• Human Memory and Learning, MIT

• Neurology, Neuropsychology, and Neurobiology of Aging, MIT

• Neural Plasticity in Learning and Development, MIT

• Genetic Neurobiology, MIT

• Statistical Learning Theory and Applications, MIT

• Cellular and Molecular Computation, MIT

• Language Acquisition I, MIT

• Introduction to Neural Networks, MIT

• Intensive Neuroanatomy, MIT

• Special Topics: Genetics, Neurobiology, and Pathophysiology of Psychiatric Disorders, MIT

• Special Topics: Social Animals, MIT

• The Neural Basis of Visual Object Recognition in Monkeys and Humans, MIT

• Research Topics in Neuroscience, MIT

• Experimental Methods of Adjustable Tetrode Array Neurophysiology, MIT

• Developmental Cognitive Neuroscience, MIT

• Principles and Practice of Drug Development, MIT

• Biogeochemistry of Sulfur, MIT

• Advanced Seminar in Geology and Geochemistry: Organic Geochemistry, MIT

• Dynamics of Complex Systems: Biological and Environmental Coevolution Preceding the Cambrian Explosion, MIT

• Dynamics of Complex Systems: Ecological Theory, MIT

• Dynamics of Complex Systems: Complexity in Ecology, MIT

• Sensory-Neural Systems: Spatial Orientation from End Organs to Behavior and Adaptation, MIT

• Introduction to Computational Molecular Biology, MIT

• Mechanisms of Drug Actions, MIT

• Perspectives in Biological Engineering, MIT

• Molecular, Cellular and Tissue Biomechanics (BE.410J), MIT

• Biomolecular Kinetics and Cellular Dynamics (BE.420J), MIT

• Fields, Forces, and Flows in Biological Systems (BE.430J), MIT

• Analysis of Biological Networks (BE.440), MIT

• Biomaterials-Tissue Interactions, MIT

• Molecular Structure of Biological Materials (BE.442), MIT

• Molecular and Cellular Pathophysiology (BE.450), MIT

• Molecular Principles of Biomaterials, MIT

• Foundations of Algorithms and Computational Techniques in Systems Biology, MIT

• Nature, Environment, and Empire, MIT

• Human Reproductive Biology, MIT

• Introduction to Neuroscience, MIT

• Molecular Biology and Genetics in Modern Medicine, MIT

• Quantitative Genomics, MIT

• Genomics, Computing, Economics, and Society, MIT

• Genomic Medicine, MIT

• Cell-Matrix Mechanics, MIT

• Magnetic Resonance Analytic, Biochemical, and Imaging Techniques, MIT

• Physiology of the Ear, MIT

• The Peripheral Auditory System, MIT

• Brain Mechanisms for Hearing and Speech, MIT

• Neural Coding and Perception of Sound, MIT

• Music Perception and Cognition, MIT

• Molecular Biology for the Auditory System, MIT

• Modeling Issues in Speech and Hearing, MIT

• Making Science and Engineering Pictures, MIT

• Global Enterprise for Micro-Mechanics and Molecular Medicine (GEM4), MIT

• Environmental Conflict and Social Change, MIT

• Biology for Voters, Berkeley

• Global Problems of Population Growth, Yale University

Biomedical Engineering

Some of the careers open to graduates of biomedical engineering programs include those with electromedical manufacturing companies, medical equipment companies, and schools. Future biomedical engineers may want to start their journey with free online college biomedical engineering courses from institutions like Yale University. Some of the topics students may learn about in their free online college biomedical engineering classes include genetic engineering, cell immunology, cardiovascular physiology, and bioimaging.

Biomedical engineers usually need a minimum of a bachelor's degree to begin work in the field. There are five general work environments that feature biomedical engineering jobs. Those environments include medical equipment manufacturers, research & development companies, and institutions of higher learning. Students who take free college biomedical engineering courses online may also eventually work for medical control instrument manufacturing companies or healthcare and social assistance businesses.

Free college biomedical engineering classes online may offer students the chance to specialize in areas like bioinstrumentation, biomechanics, or rehabilitation engineering. Other areas of specialty include systems physiology, clinical engineering, and biomaterials. Succeeding in any one of these concentrations or in a general biomedical engineering career means cultivating math, analytical, and communication skills, as well as developing a creative mind and problem-solving skills related to complex biological systems.

• Frontiers of Biomedical Engineering, Yale University

Biomedical Enterprise

The field of biomedical enterprise is a combination of chemistry, biology, and the biomedical world, as well as entrepreneurship, business, and law within that industry. Free online college biomedical enterprise courses will often feature topics like sustainable technology, biomedical innovation, health care systems, and health engineering. Free college biomedical enterprise courses online are available from the Massachusetts Institute of Technology.

Students who use their online biomedical enterprise classes to enter a traditional degree program may find that their future college requires that they take classes from several different departments. A student may take their classes from a College of Business, College of Law, and a science department. Free online college biomedical enterprise classes may lead to work in hospitals, biomedical startups, or pharmaceutical companies.

Students with interest in biomedical enterprise careers should have an interest in science as much as they have an interest in business and innovation. Free college biomedical enterprise classes online may run the gamut from science classes like microbiology, genetics, and virology to business classes in politics, law, society, and criminal justice. Students can even use their biomedical enterprise classes as a jumping-off point for entry into medical school or another professional area like law or business.

• Biological Engineering Design, MIT

• Designing and Sustaining Technology Innovation for Global Health Practice, MIT

• Engineering Capacity in Community-Based Healthcare, MIT

• Seminar on Health Care Systems Innovation, MIT

• Information Technology in the Health Care System of the Future, MIT

• Social Studies of Bioscience and Biotech, MIT

• Engineering Health: Towards the Tricorder, MIT

Biomedical Instrumentation

The realm of biomedical instrumentation is a thought-provoking area of study that deals with the development of engineering solutions to problems that impact living biological systems. Free college biomedical instrumentation classes online may deal with topics like medical imaging, magnetic resonance imaging (MRI), biomedical computing, and medical computing. In the same way that chemistry and physics are transformed into biophysics and biochemistry when they are applied to living organisms, medical engineering is called biomedical instrumentation when engineering concepts are applied to medicine and living systems.

Free online college biomedical instrumentation classes may also refer to the concept of bioinstrumentation. The field is considered a new and upcoming area of study, with most of the industry's innovations occurring in just the last few decades. Instruments and devices in biomedical instrumentation that are features in free online college biomedical instrumentation courses are used for projects like genetic testing and the delivery of drugs to the body in a manner that is safe for the recipient or patient.

Interestingly, one of the first major groups to develop biomedical instrumentation devices was NASA, which used bioinstrumentation to measure the impact of space travel on their astronauts. Free college biomedical instrumentation courses online may cover these early bioinstrumentation sensor arrays, as well as the modern devices created in the last few decades.

• Brightening up Life: Harnessing the Power of Fluorescence Imaging to Observe Biology in Action, MIT

• Functional MRI of High-Level Vision, MIT

• Principles of Medical Imaging, MIT

• Biomedical Devices Design Laboratory, MIT

• Aerospace Biomedical and Life Support Engineering, MIT

• Biomedical Information Technology, MIT

• Noninvasive Imaging in Biology and Medicine, MIT

• A Hands-On Introduction to Nuclear Magnetic Resonance, MIT

• Biomedical Signal and Image Processing, MIT

• Functional Magnetic Resonance Imaging: Data Acquisition and Analysis, MIT

• Magnetic Resonance Analytic, Biochemical, and Imaging Techniques, MIT

• Biomedical Computing, MIT

• Medical Computing, MIT

• Computing for Biomedical Scientists, MIT

• Engineering Health: Towards the Tricorder, MIT

Biomedical Signal and Image Processing

Biomedical signal and image processing is an area of science that uses electrophysiological signals like electroencephalograms (EEGs), electrocardiograms (ECGs), and electromyograms (EMGs) to assist medical professionals in using the physiological information of the human body. Topics under discussion within free online college biomedical signal and image processing courses include magnetic resonance, noninvasive imaging, the principles of medical imaging, and imaging techniques.

An excellent place to start for beginners taking free college biomedical signal and image processing courses online is the Principles of Medical Imaging class from the MIT OpenCourseWare project. Students will be able to read lecture notes, take exams, and complete assignments on the principles of tomographic imaging. Some of the imaging types examined include the MRI, ultrasound, x-ray, and positron emission tomography (PET) scan.

One of the neatest free online college biomedical signal & image processing classes is the MIT class on medical monitoring devices that mimic the small machines used in the 1960s television show "Star Trek." Students who take the class will learn about how modern medicine may be able to use small diagnostic tools to read vital signs and identify disease biomarkers. Free college biomedical signal & image processing classes online may feature projects where students get to design and fabricate their ideas for medical detection and monitoring devices.

• Functional MRI of High-Level Vision, MIT

• Principles of Medical Imaging, MIT

• Noninvasive Imaging in Biology and Medicine, MIT

• A Hands-On Introduction to Nuclear Magnetic Resonance, MIT

• Biomedical Signal and Image Processing, MIT

• Functional Magnetic Resonance Imaging: Data Acquisition and Analysis, MIT

• Magnetic Resonance Analytic, Biochemical, and Imaging Techniques, MIT

• Engineering Health: Towards the Tricorder, MIT

• Making Science and Engineering Pictures, MIT

Biomedicine

Biomedicine is a diverse and expansive area of study, and those who choose to study one of the many topics within this field have many free online college biomedicine courses available with which to begin their journey. Some of the areas where students may focus their energies include cell & developmental biology, human nutrition, infection & immunity, genetics, pathology, and neuroscience.

Additional areas of focus are offered on the subjects of pharmacology, microbiology, immunology, human structure & function, bioengineering systems, and molecular biology. The Massachusetts Institute of Technology is one of the biggest providers of free online college biomedicine classes, and students may enroll in classes on artificial intelligence, signal & image processing, or biomedical information technology. Many of the free college biomedicine courses online are an ideal place to start for students who want to see if a career in biomedicine is right for them.

There are three common careers that graduates of biomedicine programs and those who take free college biomedicine classes online usually pursue once they've completed their studies. Careers often include clinical laboratory technologist, epidemiologist, or a biomedical scientist. A related career is clinical laboratory technician. These careers are often available with no more than an associate degree, but further education can elevate a future biomedical professional's potential career earnings.

• Stem Cells: A Cure or Disease?, MIT

• Medical Geology/Geochemistry: An Exposure, MIT

• Career Options for Biomedical Research, MIT

• D-Lab: Medical Technologies for the Developing World, MIT

• Special Topics at Edgerton Center:Developing World Prosthetics, MIT

• Mechanisms of Drug Actions, MIT

• Biomedical Information Technology, MIT

• Molecular Biology and Genetics in Modern Medicine, MIT

• Genomics, Computing, Economics, and Society, MIT

• Genomic Medicine, MIT

• Biomedical Signal and Image Processing, MIT

• Social Studies of Bioscience and Biotech, MIT

• Introduction to Global Medicine: Bioscience, Technologies, Disparities, Strategies, MIT

• Medical Artificial Intelligence, MIT

• Biomedical Computing, MIT

• Medical Computing, MIT

• Medical Decision Support (Fall 2005), MIT

• Medical Decision Support (Spring 2003), MIT

• Computing for Biomedical Scientists, MIT

Business

The most popular major for college students in the United States is business, and the topic is also similarly popular in many countries around the world. One of the reasons for taking free online college business courses is so valuable is because there is no limit to the different types of companies that need business professionals. Taking free online college business classes may allow a student to pursue a traditional business career or a role in a brand-new start-up or creative environment.

Anyone who wants to start his or her own business would be well-served by taking free college business courses online. A successful business career is available to anyone who has a creative idea for a new type of business, as well as anyone who simply wants to succeed at a well-known and established business. Business classes can lead to career opportunities in corporate finance just as easily as they can lead to management jobs at a small business.

One of the benefits of taking free college business classes online is that classes are valuable for traditional businesspeople, as well as anyone who wants to sell something and needs to know how to run a successful business. Classes are as appropriate for those in the corporate world as they are for creative professionals in the arts.

• Stocks and Bonds: Risks and Returns, Stanford

Business Ethics

Sometimes known as professional ethics or applied ethics, business ethics is an area of study that often delves into controversial subjects, as well as introduces students to fascinating lessons on corporate governance, fiduciary responsibility, and the dangers of insider trading. Free online college business ethics courses are available on subjects like engineering ethics, negotiation, bioethics, and social responsibility.

Free online college business ethics classes may introduce students to commonly discussed topics as much as they might teach students about how the law guides a business's ethical decision-making. Developing strong business ethics can help a company build trust with consumers, as well as ensure the business is always on the right side of the law. The concept of business ethics was first discussed in the 1960s when corporations began examining how things like social causes and environmental responsibility could impact their reputations.

Today's free college business ethics courses online often provide lessons on the laws a business must follow to remain legal and ethically sound, but they also teach students about the unspoken moral code that modern businesses must consider in a consumer-driven environment. Free college business ethics classes online may even showcase common types of misconduct in the workplace and how to avoid those ethical abuses.

• Bioethics, MIT

• Introduction to Technical Communication: Ethics in Science and Technology, MIT

• Competitive Decision-Making and Negotiation, MIT

• Ethical Practice: Professionalism, Social Responsibility, and the Purpose of the Corporation, MIT

• Managing Transformations in Work, Organizations, and Society, MIT

• Power and Negotiation, MIT

• Negotiation and Conflict Management, MIT

• Leadership Lab, MIT

• Engineering Ethics, MIT

• Biomedical Engineering Seminar Series: Topics in Medical Ethics and Responsible Conduct in Research, MIT

• Social Studies of Bioscience and Biotech, MIT

Cancer

Oncology or the study of cancer is a specialty available for biology majors in college, and students with an interest in the topic may also take free online college cancer courses to expand their knowledge of the subject. Human disease is an incredibly dense area of study, and many biology and science majors choose a very narrow area of focus like cancer when they enter advanced degree programs.

Free online college cancer classes offer students lessons on the genetics of cancer, how malignancy begins in cells, and the anatomy of cancer. Classes may also feature lessons on anti-cancer therapies, cancer research, tumor suppression, and the pathophysiology of tumors. Free college cancer courses online that deal with cancer may offer future biologists the information they need to make a decision on their college major.

Taking free college cancer classes online may also offer someone who has had cancer or who is fighting it the information they need to make an informed decision on their treatment. Cancer is an incredibly complex topic, but taking classes on the subject may be one of the best ways to come to terms with a cancer diagnosis and deal with the drastic life changes that result.

• Principles of Human Disease, MIT

• Avoiding Genomic Instability: DNA Replication, the Cell Cycle, and Cancer, MIT

• The DNA Damage Response as a Target for Anti-Cancer Therapy, MIT

• Cancer Biology: From Basic Research to the Clinic, MIT

• When Development Goes Awry: How Cancer Co-opts Mechanisms of Embryogensis, MIT

• Tumor Suppressor Gene p53: How the Guardian of our Genome Prevents Cancer, MIT

• Vascular Development in Life, Disease and Cancer Medicine, MIT

• Tumor Pathophysiology and Transport Phenomena, MIT

Cellular and Molecular Medicine

Studying cellular and molecular medicine is often a subject that students in graduate school pursue, which means that free online college cellular and molecular medicine courses are the perfect options for anyone who has a bachelor's degree but wants to see if moving into a graduate program is something that might benefit their career or personal interests. Cellular and molecular medicine is an area of study that generally appeals to scientists who want to conduct laboratory research.

With cellular and molecular research, scientists may be able to increase their understanding, diagnostic abilities, and treatment options of human diseases. Topics examined in free online college cellular & molecular medicine classes include cancer biology, vascular development, regenerative medicine, and blood disorders. Other topics discussed in free classes include protein folding, blood malignancies, and human disease.

Students, scientists, and anyone with a general interest in molecular biology and wishes to participate in cutting-edge research in medicine may want to consider taking free college cellular and molecular medicine courses online. After exhausting the available free college cellular & molecular medicine classes online, students may want to begin the search for a full program where they might eventually have the opportunity to undertake an internship with a research facility.

• Regenerative Medicine: from Bench to Bedside, MIT

• Ubiquitination: The Proteasome and Human Disease, MIT

• Bench to Bedside: Molecularly Targeted Therapies in Blood Disorders and Malignancy, MIT

• Sweet Discoveries: Unraveling the Complex World of Sugars in Health and Disease, MIT

• Developmental and Molecular Biology of Regeneration, MIT

• Cancer Biology: From Basic Research to the Clinic, MIT

• The Radical Consequences of Respiration: Reactive Oxygen Species in Aging and Disease, MIT

• Protein Folding, Misfolding and Human Disease, MIT

• Vascular Development in Life, Disease and Cancer Medicine, MIT

• Medical Geology/Geochemistry: An Exposure, MIT

• Cellular and Molecular Immunology, MIT

• Global Enterprise for Micro-Mechanics and Molecular Medicine (GEM4), MIT

Chemical Engineering

Chemical engineers employ the disciplines of chemistry, mathematics, economics, physics, and biology in their work to produce, transform, and transport energy and associated materials. Free online college chemical engineering courses are offered in areas like polymer physics, solid-state chemistry, materials processing, and organic chemistry. Other classes are offered in advanced energy conversion, biochemical engineering, and integrated chemical engineering.

Students who eventually pursue a full degree program may qualify for jobs like analytical chemist, manufacturing engineer, production manager, or energy manager. Free online college chemical engineering classes are offered on topics that are often discussed in high-level educational circles, as well as at the nation's most respected engineering facilities. In their free college chemical engineering courses online, students may learn about electrochemical energy systems, semiconductor manufacturing, and the interaction of neutrons.

Some of the characteristics that successful chemical engineers often possess include math skills, analytical skills, creativity, and interpersonal skills. It's not surprising that people with excellent math ability would excel in free college chemical engineering classes online, but having interpersonal skills is another important quality. Chemical engineers often work in groups and on teams at their research facilities, so having good communication and creative thinking skills is a must for a successful chemical engineer.

• Transport Processes in the Environment, MIT

• Fundamentals of Advanced Energy Conversion, MIT

• Fundamentals of Photovoltaics, MIT

• Organic & Biomaterials Chemistry, MIT

• Materials Processing, MIT

• Polymer Physics, MIT

• Polymer Engineering, MIT

• Introduction to Solid State Chemistry, MIT

• Transport Phenomena in Materials Engineering, MIT

• Advanced Chemical Experimentation and Instrumentation, MIT

• Introduction to Organic Synthesis Laboratory, MIT

• Physical Chemistry II, MIT

• Designer Immunity: Lessons in Engineering the Immune System, MIT

• Transport Processes, MIT

• Separation Processes, MIT

• Chemical and Biological Reaction Engineering, MIT

• Biochemical Engineering, MIT

• Separation Processes for Biochemical Products, MIT

• Process Dynamics, Operations, and Control, MIT

• Polymer Science Laboratory, MIT

• Integrated Chemical Engineering I, MIT

• Integrated Chemical Engineering II, MIT

• Integrated Chemical Engineering Topics I: Process Control by Design, MIT

• Integrated Chemical Engineering Topics I: Introduction to Biocatalysis, MIT

• Molecular Aspects of Chemical Engineering, MIT

• Fields, Forces and Flows in Biological Systems, MIT

• Microscopic Theory of Transport, MIT

• Photovoltaic Solar Energy Systems, MIT

• Quantitative Physiology: Organ Transport Systems, MIT

• Chemicals in the Environment: Fate and Transport, MIT

• Turbulent Flow and Transport, MIT

• Desalination and Water Purification, MIT

• Radiative Transfer, MIT

• Internal Combustion Engines, MIT

• Marine Power and Propulsion, MIT

• Control of Manufacturing Processes (SMA 6303), MIT

• Direct Solar/Thermal to Electrical Energy Conversion Technologies, MIT

• Electrochemical Processing of Materials, MIT

• Mechanical Behavior of Plastics, MIT

• Organometallic Chemistry, MIT

• Semiconductor Manufacturing, MIT

• Numerical Methods Applied to Chemical Engineering (Fall 2006), MIT

• Numerical Methods Applied to Chemical Engineering (Fall 2005), MIT

• Chemical Engineering Thermodynamics, MIT

• Synthesis of Polymers, MIT

• Electrochemical Energy Systems, MIT

• Computational Quantum Mechanics of Molecular and Extended Systems, MIT

• Random Walks and Diffusion, MIT

• Fields, Forces, and Flows in Biological Systems (BE.430J), MIT

• Neutron Interactions and Applications, MIT

• Plasma Transport Theory, MIT

• Tumor Pathophysiology and Transport Phenomena, MIT

• Making Science and Engineering Pictures, MIT

• Introduction to Chemical Engineering (Self-Study), Stanford

Chemistry

Chemists and materials scientists usually need a bachelor's degree to enter the workforce, but starting out with free online college chemistry courses is a great way to get an introduction to the field without committing one's self to a full chemistry degree program. After earning a degree, chemists often find work with chemical manufacturing companies, as well as with research and development organizations that deal with life, engineering, and physical sciences.

Some chemists even work for the federal government, and others are employed by testing laboratories or provide support for waste management and remediation services. Free online college chemistry classes from universities like Yale, Carnegie Mellon, and MIT are valuable to any student because they're available as beginner courses, as well as advanced courses for students who already have a significant amount of knowledge of chemistry.

Some of the job responsibilities that chemists may have after earning a degree or taking free college chemistry courses online include planning research projects, analyzing chemical substances, and presenting research findings to collaborators, colleagues, and other scientists. Free college chemistry classes online may help future chemists learn about the sophisticated laboratory instruments they may use in their profession, as well as the possible and exciting discoveries they may make.

• Freshman Organic Chemistry I, Yale University

• Freshman Organic Chemistry II, Yale University

• Introduction to Chemistry, Carnegie Mellon University

• Organic & Biomaterials Chemistry, MIT

• Nanomechanics of Materials and Biomaterials, MIT

• Polymer Physics, MIT

• Introduction to Solid State Chemistry, MIT

• Principles of Inorganic Chemistry II, MIT

• Principles of Chemical Science, MIT

• Principles of Chemical Science, MIT

• Organic Chemistry I (Spring 2005), MIT

• Organic Chemistry I (Spring 2003), MIT

• Organic Chemistry II (Fall 2006), MIT

• Organic Chemistry II (Fall 2003), MIT

• Chemistry Laboratory Techniques, MIT

• Introduction to Experimental Chemistry, MIT

• Laboratory Chemistry, MIT

• Introductory Chemical Experimentation, MIT

• Intermediate Chemical Experimentation, MIT

• Advanced Chemical Experimentation and Instrumentation, MIT

• Introduction to Experimental Chemistry, MIT

• Introduction to Organic Synthesis Laboratory, MIT

• Advanced Organic Chemistry, MIT

• Thermodynamics & Kinetics, MIT

• Physical Chemistry (Fall 2013), MIT

• Physical Chemistry (Fall 2007), MIT

• Physical Chemistry II, MIT

• Advanced Kitchen Chemistry, MIT

• Introduction to Nanoelectronics, MIT

• Separation Processes, MIT

• Chemical and Biological Reaction Engineering, MIT

• Separation Processes for Biochemical Products, MIT

• Polymer Science Laboratory, MIT

• Integrated Chemical Engineering I, MIT

• Integrated Chemical Engineering Topics I: Process Control by Design, MIT

• Integrated Chemical Engineering Topics I: Introduction to Biocatalysis, MIT

• Molecular Aspects of Chemical Engineering, MIT

• Basics of Analysis with Antineutrinos from Heat Producing Elements – K, U, Th in the Earth, MIT

• Trace Element Analysis of Geological, Biological & Environmental Materials by Neutron Activation Analysis: An Exposure, MIT

• Chemical Investigations of Boston Harbor, MIT

• Structure of Earth Materials, MIT

• Analytical Techniques for Studying Environmental and Geologic Samples, MIT

• Electron Microprobe Analysis, MIT

• Statistical Thermodynamics of Biomolecular Systems (BE.011J), MIT

• Thermodynamics of Biomolecular Systems, MIT

• Neutron Science and Reactor Physics, MIT

• Microscopic Theory of Transport, MIT

• Kitchen Chemistry, MIT

• Digital Lab Techniques Manual, MIT

• STEM Concept Videos, MIT

• Chemicals in the Environment: Fate and Transport, MIT

• Aquatic Chemistry, MIT

• Thermodynamics and Kinetics of Materials, MIT

• Kinetic Processes in Materials, MIT

• Welding and Joining Processes, MIT

• Principles of Inorganic Chemistry III, MIT

• Crystal Structure Refinement, MIT

• Crystal Structure Analysis, MIT

• Organometallic Chemistry, MIT

• Chemistry of Biomolecules I, MIT

• Organic Structure Determination, MIT

• Synthetic Organic Chemistry II, MIT

• Kinetics of Chemical Reactions, MIT

• Statistical Mechanics, MIT

• Small-Molecule Spectroscopy and Dynamics, MIT

• Chemical Engineering Thermodynamics, MIT

• Electrochemical Energy Systems, MIT

• Computational Quantum Mechanics of Molecular and Extended Systems, MIT

• Trace-Element Geochemistry, MIT

• Advanced Seminar in Geology and Geochemistry: Organic Geochemistry, MIT

• Marine Organic Geochemistry, MIT

• Marine Chemistry Seminar, MIT

• Neutron Interactions and Applications, MIT

• Principles of Radiation Interactions, MIT

• Introduction to Plasma Physics I (Fall 2006), MIT

• Introduction to Plasma Physics I (Fall 2003), MIT

• MHD Theory of Fusion Systems, MIT

• Plasma Transport Theory, MIT

• Making Science and Engineering Pictures, MIT

• Intermediate Biostatistics: Discrete Data, Stanford

Chinese Language And Literature

Learning Chinese is considered by many to be an extraordinarily difficult task for anyone who hasn't grown up learning character-based languages. Western. Free online college Chinese language and literature courses may help start a non-native speaker's lifelong journey of Chinese language acquisition. The majority of free online college Chinese language & literature classes are offered in Mandarin, which is one of the two main Chinese languages spoken on the planet.

There are many dialects throughout China, but the majority of Chinese citizens can communicate in Mandarin, whether it's their primary language or an additional dialect they learned as adults. However, prospective students who want to live in Hong Kong or do business in an area of China where Cantonese is a common language may want to find free college Chinese language and literature courses online that provide instruction in Cantonese.

Anyone who is interested in learning Chinese and doesn't have any experience with it should begin with an elementary Chinese class. Free college Chinese language & literature classes online will often be numbered or called elementary, so it's easy to figure out where to begin as a new speaker of the language. Introductory courses for Chinese often last for multiple semesters, so students should be prepared for many weeks of study.

• Elementary Chinese I, Carnegie Mellon University

• Chinese I (Regular), MIT

• Chinese II (Regular), MIT

• Chinese III (Regular) (Fall 2005), MIT

• Chinese III (Regular) (Fall 2003), MIT

• Chinese IV (Regular) (Spring 2006), MIT

• Chinese IV (Regular) (Spring 2004), MIT

• Chinese V (Regular): Chinese Cultures & Society, MIT

• Chinese VI (Regular): Discovering Chinese Cultures and Societies, MIT

• Chinese I (Streamlined), MIT

• Chinese II (Streamlined), MIT

• Chinese III (Streamlined), MIT

• Chinese IV (Streamlined), MIT

• Chinese VI (Streamlined), MIT

• Learning Chinese: A Foundation Course in Mandarin (汉语基础教材), MIT

Citizenship

Those who want to become a citizen of their adopted nation may want to consider taking citizenship classes, but free online college citizenship courses may also help people who are natives of their countries learn more about the way their countries and societies operate. Some of the topics discussed in free online college citizenship classes may include integrated civics, government, and history.

Students who enroll in citizenship classes based on the American system of government may learn about topics like national landmarks, the country's borders, and significant conflict events like the American Revolutionary War, the Civil War, and World War II. Free college citizenship courses online are often also concerned with geography and politics. A citizenship class may be primarily concerned with the method of government used in the country, but it's common to learn about facets of life outside the government.

For example, free college citizenship classes online may offer details on the day-to-day life of an average citizen, and the responsibilities of that citizen to society and his or her country. Citizenship classes may offer details about the voting process, as well as how the country's legislating bodies work together to provide services for citizens and keep them safe through national defense.

• Democratic Development, Stanford

Civil Engineering

Civil engineers are a unique profession in that they spend about half of their time at outdoor construction sites and the other half of their time in traditional offices. The day-to-day life of a civil engineer is often quite variable, and free online college civil engineering courses are a great introduction to engineering concepts. Online classes may teach students about the design, construction, and maintenance of features like roads, bridges, and various structural components.

However, free online college civil engineering classes often share much more than details about basic structural design and building technologies. Students may also learn about modern navigation, transportation systems, ecology, and spatial database management. Other topics in free college civil engineering courses online may include geotechnical engineering, waste containment and remediation, and atomistic modeling techniques.

Armed with the knowledge gained from free college civil engineering classes online, future civil engineers may find work with engineering services, state and local governments, and commercial building construction companies. Some of the qualities and skills that civil engineers should have include math skills, leadership qualities, speaking & writing ability, and the ability to make decisions and lead teams of people. A civil engineer may act as the project manager for a large-scale building project and will need to be able to guide many people in their day-to-day responsibilities.

• Uncertainty in Engineering, MIT

• Project Evaluation, MIT

• Introduction to Civil Engineering Design, MIT

• Ecology II: Engineering for Sustainability, MIT

• Project Management (Spring 2009), MIT

• Project Management (Spring 2004), MIT

• Engineering Mechanics I, MIT

• Structural Engineering Design, MIT

• Mechanics and Design of Concrete Structures, MIT

• Introduction to Civil and Environmental Engineering Design I (Fall 2006), MIT

• Introduction to Civil and Environmental Engineering Design I (Fall 2005), MIT

• Civil Engineering Materials Laboratory, MIT

• Solid Mechanics Laboratory, MIT

• Advanced Soil Mechanics, MIT

• CityScope: New Orleans, MIT

• Introduction to Building Technology, MIT

• Building Technology Laboratory, MIT

• Basic Structural Design, MIT

• Big Plans, MIT

• Modern Navigation, MIT

• GPS: Where Are You?, MIT

• Technology and Nature in American History, MIT

• Masters of Engineering Concepts of Engineering Practice, MIT

• Probability and Statistics in Engineering, MIT

• Transportation Systems Analysis: Demand and Economics, MIT

• An Introduction to Intelligent Transportation Systems, MIT

• Transportation Systems, MIT

• Carrier Systems, MIT

• Transportation Flow Systems, MIT

• Transportation Policy and Environmental Limits, MIT

• Soil Behavior, MIT

• Waste Containment and Remediation Technology, MIT

• Advanced Geotechnical Engineering, MIT

• Strategic Management in the Design and Construction Value Chain, MIT

• The Impact of Globalization on the Built Environment, MIT

• Motion Based Design, MIT

• Structural Analysis and Control, MIT

• From Nano to Macro: Introduction to Atomistic Modeling Techniques, MIT

• Ship Structural Analysis & Design (13.122), MIT

• Design Principles for Ocean Vehicles (13.42), MIT

• Ocean Wave Interaction with Ships and Offshore Energy Systems (13.022), MIT

• Analysis of Historic Structures, MIT

• Building Technology I: Materials and Construction, MIT

• Building Technology III: Building Structural Systems, MIT

• Building Technologies III: Building Structural Systems II, MIT

• Form-Finding and Structural Optimization: Gaudi Workshop, MIT

• Site and Infrastructure Systems Planning, MIT

• A Workshop on Geographic Information Systems, MIT

• Spatial Database Management and Advanced Geographic Information Systems, MIT

• Principles of the Global Positioning System, MIT

Classics

The classics is an academic discipline where students learn about classical Greek and Roman literature from the period known as classical antiquity. Scholars suggest the period lasted from the 8th century BC to the 6th century AD, and free online college classics courses generally deal with sites around the Mediterranean and Greco-Roman civilization.

Some free online college classics classes may introduce related topics like the influence of the ancient Near East and the philosophical, educational, and societal changes that came about across the Mediterranean over time. Some of the scholars featured in classics classes include Homer, who wrote "The Odyssey," and Cicero, who is considered the master of Latin writing and lived during the time of Julius Caesar. In higher education, the study of the classics has long been thought of as one of the primary components of an elite European education.

However, free college classics courses online have brought the ability to study the classics to students around the world. Interestingly, English universities like Oxford and Cambridge once required their students to know classical Greek and Latin, but those requirements disappeared in the middle of the 20th century. Today, anyone can take free college classics classes online and expand their mind.

• Introduction to Ancient Greek History, Yale University

Climate

Climate scientists often study atmospheric and oceanic sciences in school, and free online college climate courses often feature topics like atmospheric chemistry, radiative transfer, and global climate change. Climate science is a major that came about in the 1940s when scientists were concerned with predicting the weather and began collecting data from the atmosphere to eventually create computer-based weather prediction.

Free online college climate classes may offer details on the history of climate science and the development of atmospheric and oceanic models in the 1970s when the advent of satellites made it possible to observe the planet's overall global climate. Students will excel in their free college climate courses online if they have basic math and science skills and are able to build those skills through lessons on physics and chemistry.

Some of the advanced topics that students may be introduced to in a degree program after they've taken their free college climate classes online include partial differential equations, computational statistics, and data analysis. Studying the climate requires much more than guessing at how much rain a given geographical area might receive at a certain point in time. Climate science is a complex and fascinating area of study for online students.

• The Physics of Energy, MIT

• Advanced Spanish Conversation and Composition, MIT

• Atmospheric Chemistry, MIT

• Desalination and Water Purification, MIT

• Radiative Transfer, MIT

• Global Climate Change: Economics, Science, and Policy, MIT

Cognitive Science

The field of cognitive science is one that spans the subjects of psychology, neuroscience, biology, and mathematics, and students have access to a wealth of free online college cognitive science courses that range from introductions to cellular biology to investigations into advanced animal behavior and the human brain. The main facets of cognitive science classes are psychology, philosophy, and linguistics, and those topics have been augmented by computer modeling in recent decades.

Cognitive science is an interdisciplinary subject, which means that students may venture outside their immediate field of study during their time in a degree program. Students who take free online college cognitive science classes and eventually receive a degree may qualify for jobs as a research consultant, laboratory technician, clinical laboratory manager, or creative director. Taking free college cognitive science courses online may qualify a student to enroll in a marketing, laboratory, or research internship.

One of the most interesting areas on which students can focus with their free college cognitive science classes online is language, and there are quite a few options surrounding topics like language acquisition, language processing, abnormal language, and computer represented language. Another area of focus is the human brain, and online students can learn about neuroscience, sensation & perception, and computational cognitive science as it pertains to the human mind.

• The Human Intelligence Enterprise (Spring 2006), MIT

• The Human Intelligence Enterprise (Spring 2002), MIT

• Transcribing Prosodic Structure of Spoken Utterances with ToBI, MIT

• Cellular Neurobiology, MIT

• Learning and Memory: Activity-Controlled Gene Expression in the Nervous System, MIT

• Biological Bases of Learning and Memory, MIT

• Fine-Tuning the Synapse: Synaptic Functions and Dysfunction, MIT

• Introduction to Psychology, MIT

• Introduction to Psychology, MIT

• Neuroscience and Behavior, MIT

• Neural Basis of Learning and Memory, MIT

• Statistical Methods in Brain and Cognitive Science, MIT

• Cognitive Neuroscience, MIT

• Experimental Molecular Neurobiology, MIT

• Brain Structure and Its Origins, MIT

• Biochemistry and Pharmacology of Synaptic Transmission, MIT

• Cognitive & Behavioral Genetics, MIT

• Animal Behavior, MIT

• A Clinical Approach to the Human Brain, MIT

• Introduction to Computational Neuroscience, MIT

• Sensation And Perception, MIT

• Scene Understanding Symposium, MIT

• Affective Priming at Short and Extremely Short Exposures, MIT

• Investigating the Neural Substrates of Remote Memory using fMRI, MIT

• Topics in Brain and Cognitive Sciences Human Ethology, MIT

• Computational Cognitive Science, MIT

• Abnormal Language, MIT

• Language Acquisition, MIT

• Psycholinguistics, MIT

• Laboratory in Visual Cognition, MIT

• Laboratory in Cognitive Science, MIT

• Cognitive Processes, MIT

• Computational Cognitive Science, MIT

• Object and Face Recognition, MIT

• Affect: Neurobiological, Psychological and Sociocultural Counterparts of \"Feelings\", MIT

• Foundations of Cognition, MIT

• Social Psychology, MIT

• Infant and Early Childhood Cognition, MIT

• Special Topics in Brain and Cognitive Sciences, MIT

• Probability and Causality in Human Cognition, MIT

• Marathon Moral Reasoning Laboratory, MIT

• Cognitive Neuroscience of Remembering: Creating and Controlling Memory, MIT

• Language and Mind, MIT

• Principles of Autonomy and Decision Making, MIT

• Philosophical Issues in Brain Science, MIT

• Minds and Machines, MIT

• Feeling and Imagination in Art, Science, and Technology, MIT

• The Nature of Creativity, MIT

• Gödel, Escher, Bach, MIT

• Darwin and Design (Fall 2010), MIT

• Darwin and Design (Fall 2003), MIT

• Studies in Poetry – British Poetry and the Sciences of the Mind, MIT

• Interdisciplinary Approaches to Musical Time, MIT

• Holographic Imaging, MIT

• Techniques in Artificial Intelligence (SMA 5504), MIT

• Natural Language and the Computer Representation of Knowledge, MIT

• Advanced Natural Language Processing, MIT

• Machine Learning, MIT

• The Brain and Cognitive Sciences I, MIT

• The Brain and Cognitive Sciences II (Spring 2006), MIT

• The Brain and Cognitive Sciences II (Spring 2002), MIT

• Human Memory and Learning, MIT

• Neurology, Neuropsychology, and Neurobiology of Aging, MIT

• Advanced Animal Behavior, MIT

• Evolutionary Psychology, MIT

• Neural Plasticity in Learning and Development, MIT

• Special Topics in Vision Science, MIT

• Statistical Learning Theory and Applications (Spring 2006), MIT

• Statistical Learning Theory and Applications (Spring 2003), MIT

• Networks for Learning: Regression and Classification, MIT

• Language Processing, MIT

• Language Acquisition I, MIT

• Introduction to Neural Networks, MIT

• The Development of Object and Face Recognition, MIT

• Reasonable Conduct in Science, MIT

• Pattern Recognition for Machine Vision, MIT

• Special Topics: Genetics, Neurobiology, and Pathophysiology of Psychiatric Disorders, MIT

• Special Topics: Social Animals, MIT

• The Neural Basis of Visual Object Recognition in Monkeys and Humans, MIT

• Modularity, Domain-specificity, and the Organization of Knowledge, MIT

• Research Topics in Neuroscience, MIT

• Experimental Methods of Adjustable Tetrode Array Neurophysiology, MIT

• Developmental Cognitive Neuroscience, MIT

• Cognitive Robotics, MIT

• Human Supervisory Control of Automated Systems, MIT

• Topics in Statistics: Statistical Learning Theory, MIT

• Topics in Philosophy of Mind: Perceptual Experience, MIT

• The Lexicon and Its Features, MIT

• Neural Coding and Perception of Sound, MIT

• Music Perception and Cognition, MIT

• Pattern Recognition and Analysis, MIT

• Affective Computing, MIT

• Conversational Computer Systems, MIT

• Industrial Design Intelligence: A Cognitive Approach to Engineering, MIT

• Common Sense Reasoning for Interactive Applications, MIT

• Out of Context: A Course on Computer Systems That Adapt To, and Learn From, Context, MIT

Combustion

Several college disciplines deal with the concept of combustion, and students with an interest in mechanical engineering or chemistry may want to consider free online college combustion courses. Not only may combustion classes introduce students to the physics of energy, but the topic may also deal with advanced lessons on radiative transfer, sustainable energy, and the internal combustion engine.

An internal combustion engine is one that burns gas, oil, or another type of fuel alongside air inside the engine that moves a device called a piston, which generates power. Within free online college combustion classes, students will learn that there are two types of internal combustion engines that include one that uses a spark ignition and another that is a compression ignition type for diesel fuel. With the expectation that electric motors will eventually overtake internal combustion engines, students may find it beneficial to take free college combustion courses online that focus on sustainable energy.

MIT has a class that takes a look at current energy systems and the future of resources, extraction, and conversion of materials for energy. Students may also find it helpful to consider taking free college combustion classes online that deal with radiative transfer, which is a concept commonly studied alongside particle physics, chemical engineering, climate science, and thermodynamics.

• Fundamentals of Advanced Energy Conversion, MIT

• The Physics of Energy, MIT

• Introduction to Sustainable Energy, MIT

• Radiative Transfer, MIT

• Internal Combustion Engines, MIT

Communication

According to a report published by the National Communication Association, the average median wage of a graduate with a communication degree is $54,000, which is on the higher side of the $46,000 average reported for all majors. Free online college communication courses are a popular option for online study, and the major is within the top ten for most popular degrees across the United States.

Some of the interesting topics that students may get to study in free online college communication classes include rhetoric, academic communication, communications ethics, mobile technology, conversation & composition, and oral communication. Taking free college communication courses online is an appropriate option for students who eventually want to study business because communicating in a variety of business environments is one of the most important skills a business owner or executive should have.

Free college communication classes online are also a way for fledgling editors, writers, and public relations specialists to begin their education. Students who earn a degree in communication may eventually work as advertising executives, or they might venture into marketing jobs. It's common for communications experts to work as business executives after they've earned an MBA or as media planners in print, auditory, or visual media.

• Ethics and the Law on the Electronic Frontier, MIT

• Media Technology and City Design and Development (Spring 2002), MIT

• Economics Research and Communication (Spring 2012), MIT

• Economics Research and Communication (Spring 2005), MIT

• Communicating Across Cultures, MIT

• Media Education and the Marketplace, MIT

• High-Intermediate Academic Communication, MIT

• Advanced Spanish Conversation and Composition, MIT

• Science Writing and New Media, MIT

• Introduction to Technical Communication: Perspectives on Medicine and Public Health, MIT

• Introduction to Technical Communication: Ethics in Science and Technology, MIT

• Intro to Tech Communication, MIT

• Introduction to Technical Communication: Explorations in Scientific and Technical Writing, MIT

• Classical Rhetoric and Modern Political Discourse, MIT

• Rhetoric, MIT

• Rhetoric, MIT

• Rhetoric, MIT

• Rhetoric, MIT

• Rhetoric: Rhetoric of Science, MIT

• Communicating in Technical Organizations (Spring 2005), MIT

• Communicating in Technical Organizations (Fall 2001), MIT

• Communicating in Cyberspace, MIT

• Communicating with Mobile Technology, MIT

• Introduction to Civic Media, MIT

• Networked Social Movements: Media & Mobilization, MIT

• STEM Concept Videos, MIT

• Science, Technology, & World, MIT

• Principles and Practice of Science Communication, MIT

• Scientific Visualization across Disciplines: A Critical Introduction, MIT

• Planning, Communications, and Digital Media, MIT

• Argumentation and Communication, MIT

• Media Technology and City Design and Development (Fall 2002), MIT

• Information and Communication Technologies in Community Development, MIT

• Doctoral Research Seminar: Knowledge in the Public Arena, MIT

• Planning Communication, MIT

• Oral Communication in the Earth, Atmospheric, and Planetary Sciences, MIT

• Science and Communication, MIT

• Communicating With Data, MIT

• Special Seminar in Communications: Leadership and Personal Effectiveness Coaching, MIT

• Communication for Managers, MIT

• Advanced Managerial Communication, MIT

• Communication Skills for Academics, MIT

• Workshop in IT: Collaborative Innovation Networks, MIT

• Negotiation and Conflict Management, MIT

• Listening to the Customer, MIT

• Dynamic Leadership: Using Improvisation in Business, MIT

• Practical Leadership, MIT

• U-Lab: Leading Profound Innovation for a More Sustainable World, MIT

• Architecture and Communication in Organizations, MIT

• Communications and Information Policy, MIT

• Technology Policy Negotiations and Dispute Resolution, MIT

• Special Topics: Designing Sociable Media, MIT

• Seminar on Deep Engagement, MIT

Computer Science

Computer science is known as a degree choice that can lead to reliable income and career success for individuals who earn a bachelor's or master's degree in the discipline. However, some enterprising students start with free online college computer science courses and are able to enter the workforce as programmers, software engineers, and information technology professionals without spending a full four years in college.

Some of the introductory topics offered in free online college computer science classes from universities like Carnegie Mellon and MIT include programming, electrical engineering, computation structure, and algorithms. Additional topics that students may study include computer graphics, user interface design, database systems, and computational & systems biology. Some of the unusual and interesting free college computer science courses online include those on lego robotics, algorithmic and generative music, video games, and mobile technology.

Students who complete their computer science classes online may eventually choose to enter a traditional degree program, and many opportunities for advanced study and specialization exist. After taking free college computer science classes online, a student may choose to specialize in subcategories like mobile computing, software engineering, artificial intelligence, or bioinformatics. It's usually best to choose a specialization based on interest rather than on expected income.

• Media Programming, Carnegie Mellon University

• Principles of Computing, Carnegie Mellon University

• Responsible Computing, Carnegie Mellon University

• Introduction to Computers and Engineering Problem Solving, MIT

• Computing and Data Analysis for Environmental Applications, MIT

• Numerical Computation for Mechanical Engineers, MIT

• Introduction to Numerical Analysis for Engineering (13.002J), MIT

• Introduction to Design Computing, MIT

• Introduction to Computer Science and Programming, MIT

• Introduction to Computer Science and Programming, MIT

• Introduction to Electrical Engineering and Computer Science I, MIT

• Structure and Interpretation of Computer Programs, MIT

• Computation Structures, MIT

• Elements of Software Construction (Fall 2011), MIT

• Elements of Software Construction (Fall 2008), MIT

• Introduction to Algorithms (Fall 2011), MIT

• Introduction to Algorithms (Spring 2008), MIT

• Microelectronic Devices and Circuits (Spring 2009), MIT

• Microelectronic Devices and Circuits (Fall 2009), MIT

• Microelectronic Devices and Circuits (Fall 2005), MIT

• Introduction to EECS II: Digital Communication Systems, MIT

• Computer System Engineering, MIT

• Artificial Intelligence (Fall 2010), MIT

• Artificial Intelligence (Spring 2005), MIT

• Computer Language Engineering, MIT

• Computer Language Engineering (SMA 5502), MIT

• Mathematics for Computer Science (Spring 2010), MIT

• Mathematics for Computer Science (Fall 2010), MIT

• Mathematics for Computer Science (Spring 2005), MIT

• Mathematics for Computer Science (Fall 2005), MIT

• Automata, Computability, and Complexity, MIT

• Design and Analysis of Algorithms, MIT

• Introduction to Algorithms (SMA 5503), MIT

• Information and Entropy, MIT

• The Art of Approximation in Science and Engineering, MIT

• Great Ideas in Theoretical Computer Science, MIT

• Practical Programming in C, MIT

• Introduction to C Memory Management and C++ Object-Oriented Programming, MIT

• Building Programming Experience: A Lead-In to 6.001, MIT

• Introduction to Programming in Java, MIT

• Java Preparation for 6.170, MIT

• Bioinformatics and Proteomics, MIT

• Introduction to C++, MIT

• Algorithms for Computational Biology, MIT

• Introductory Digital Systems Laboratory (Spring 2006), MIT

• Introductory Digital Systems Laboratory (Fall 2002), MIT

• Software Studio, MIT

• Laboratory in Software Engineering, MIT

• Software Engineering for Web Applications, MIT

• Mobile Autonomous Systems Laboratory, MIT

• A Gentle Introduction to Programming Using Python (January IAP 2011), MIT

• A Gentle Introduction to Programming Using Python (January IAP 2008), MIT

• Multicore Programming Primer, MIT

• Autonomous Robot Design Competition, MIT

• The Battlecode Programming Competition, MIT

• Robocraft Programming Competition, MIT

• Machine Vision, MIT

• The Human Intelligence Enterprise (Spring 2006), MIT

• The Human Intelligence Enterprise (Spring 2002), MIT

• Ethics and the Law on the Electronic Frontier, MIT

• Database Systems, MIT

• User Interface Design and Implementation, MIT

• Computer Graphics, MIT

• Transcribing Prosodic Structure of Spoken Utterances with ToBI, MIT

• Effective Programming in C and C++, MIT

• Introduction to C and C++, MIT

• Biological Computing: At the Crossroads of Engineering and Science, MIT

• Foundations of Computational and Systems Biology, MIT

• Computational Methods of Scientific Programming, MIT

• Hands-On Astronomy: Observing Stars and Planets, MIT

• Quantifying Uncertainty, MIT

• Networks, MIT

• Statistical Thinking and Data Analysis, MIT

• Integrating eSystems & Global Information Systems, MIT

• Communication Systems Engineering, MIT

• Human Factors Engineering, MIT

• Principles of Autonomy and Decision Making, MIT

• Experimental Projects I, MIT

• Experimental Projects II, MIT

• International Politics in the New Century – via Simulation, Interactive Gaming, and 'Edutainment', MIT

• Introduction to Numerical Analysis, MIT

• Error-Correcting Codes Laboratory, MIT

• Combinatorial Optimization, MIT

• Introduction To MATLAB Programming, MIT

• Biological Engineering Programming, MIT

• Minds and Machines, MIT

• Logic II, MIT

• Modal Logic, MIT

• Gödel, Escher, Bach, MIT

• The Mathematics in Toys and Games, MIT

• Lego Robotics, MIT

• Music and Technology: Live Electronics Performance Practices, MIT

• Music and Technology: Algorithmic and Generative Music, MIT

• Communicating with Mobile Technology, MIT

• Creating Video Games, MIT

• Holographic Imaging, MIT

• Introduction to MATLAB, MIT

• Principles of Computer System Design: An Introduction, MIT

• How to Process, Analyze and Visualize Data, MIT

• The History of Computing, MIT

• Scientific Visualization across Disciplines: A Critical Introduction, MIT

• Foundations of Software Engineering, MIT

• Computer Algorithms in Systems Engineering, MIT

• Database, Internet, and Systems Integration Technologies, MIT

• Environmental Engineering Applications of Geographic Information Systems, MIT

• Computational Geometry, MIT

• Identification, Estimation, and Learning, MIT

• Analysis and Design of Digital Control Systems, MIT

• System Design and Analysis based on AD and Complexity Theories, MIT

• Decision Making in Large Scale Systems, MIT

• Special Problems in Architectural Design, MIT

• Dynamic Programming and Stochastic Control, MIT

• Dynamic Systems and Control, MIT

• Dynamics of Nonlinear Systems, MIT

• Multivariable Control Systems, MIT

• Introduction to Mathematical Programming, MIT

• Nonlinear Programming, MIT

• Convex Analysis and Optimization, MIT

• Data Communication Networks, MIT

• Analysis and Design of Digital Integrated Circuits, MIT

• Information Theory, MIT

• High Speed Communication Circuits, MIT

• Programming Languages, MIT

• Computer System Architecture, MIT

• Distributed Computer Systems Engineering, MIT

• Techniques in Artificial Intelligence (SMA 5504), MIT

• Principles of Computer Systems, MIT

• Multithreaded Parallelism: Languages and Compilers, MIT

• Operating System Engineering, MIT

• Computer Networks, MIT

• Underactuated Robotics, MIT

• Algorithms for Computer Animation, MIT

• Computability Theory of and with Scheme, MIT

• Quantum Complexity Theory, MIT

• Geometric Folding Algorithms: Linkages, Origami, Polyhedra, MIT

• Advanced Data Structures, MIT

• Distributed Algorithms, MIT

• Advanced Algorithms (Fall 2008), MIT

• Advanced Algorithms (Fall 2005), MIT

• Randomized Algorithms, MIT

• Network and Computer Security, MIT

• Natural Language and the Computer Representation of Knowledge, MIT

• Advanced Natural Language Processing, MIT

• Machine Learning, MIT

• The Society of Mind, MIT

• Knowledge-Based Applications Systems, MIT

• Cryptography and Cryptanalysis, MIT

• Advanced Topics in Cryptography, MIT

• Representation and Modeling for Image Analysis, MIT

• Pervasive Human Centric Computing (SMA 5508), MIT

• Program Analysis, MIT

• Complex Digital Systems, MIT

• Computational Models of Discourse, MIT

• Essential Coding Theory, MIT

• Theory of Parallel Systems (SMA 5509), MIT

• Theory of Parallel Hardware (SMA 5511), MIT

• Selected Topics in Cryptography, MIT

• Adventures in Advanced Symbolic Programming, MIT

• Communication System Design, MIT

• High Speed Communication Circuits and Systems, MIT

• Special Topics in Vision Science, MIT

• Statistical Learning Theory and Applications, MIT

• Pattern Recognition for Machine Vision, MIT

• Numerical Methods Applied to Chemical Engineering (Fall 2006), MIT

• Numerical Methods Applied to Chemical Engineering (Fall 2005), MIT

• Planning, Communications, and Digital Media, MIT

• Introduction to Technology and Cities, MIT

• A Workshop on Geographic Information Systems, MIT

• Spatial Database Management and Advanced Geographic Information Systems, MIT

• Research Seminar on Urban Information Systems, MIT

• Near-Surface Geophysical Imaging, MIT

• Parallel Programming for Multicore Machines Using OpenMP and MPI, MIT

• Data, Models, and Decisions, MIT

• Data Mining, MIT

• Communicating With Data, MIT

• Network Optimization, MIT

• Systems Optimization: Models and Computation (SMA 5223), MIT

• Prediction: Machine Learning and Statistics, MIT

• The Software Business, MIT

• Information Technology Essentials, MIT

• Information Technology I, MIT

• Workshop in IT: Collaborative Innovation Networks, MIT

• Management of Services: Concepts, Design, and Delivery, MIT

• Software Engineering Concepts, MIT

• Cognitive Robotics, MIT

• Human Supervisory Control of Automated Systems, MIT

• Bioengineering Journal Article Seminar, MIT

• Geometric Combinatorics, MIT

• Introduction to Numerical Methods (Fall 2010), MIT

• Introduction to Numerical Methods (Fall 2004), MIT

• Numerical Methods for Partial Differential Equations, MIT

• Parallel Computing, MIT

• Theory of Computation, MIT

• Advanced Complexity Theory, MIT

• Topics in Theoretical Computer Science: An Algorithmist's Toolkit, MIT

• Behavior of Algorithms, MIT

• Quantum Computation, MIT

• Topics in Statistics: Statistical Learning Theory, MIT

• Topics in Theoretical Computer Science : Internet Research Problems, MIT

• Topics in Combinatorial Optimization, MIT

• Biomedical Information Technology, MIT

• Foundations of Algorithms and Computational Techniques in Systems Biology, MIT

• Models, Data and Inference for Socio-Technical Systems, MIT

• Modeling and Assessment for Policy, MIT

• Medical Artificial Intelligence, MIT

• Medical Computing, MIT

• Medical Decision Support (Fall 2005), MIT

• Medical Decision Support (Spring 2003), MIT

• Computing for Biomedical Scientists, MIT

• Computational Camera and Photography, MIT

• Affective Computing, MIT

• Conversational Computer Systems, MIT

• Autism Theory and Technology, MIT

• Quantum Information Science, MIT

• Special Topics: Designing Sociable Media, MIT

• Ambient Intelligence, MIT

• Numeric Photography, MIT

• Common Sense Reasoning for Interactive Applications, MIT

• Out of Context: A Course on Computer Systems That Adapt To, and Learn From, Context, MIT

• Common Sense Reasoning for Interactive Applications, MIT

• Relational Machines, MIT

• Social Visualization, MIT

• Special Topics in Media Technology: Cooperative Machines, MIT

• Statistics and Visualization for Data Analysis and Inference, MIT

• Automata, Stanford

• Automata, Stanford

• Automata, Stanford

• Introduction to Computer Network, Stanford

• CS 101, Stanford

• Game Theory 1, Stanford

• Game Theory II, Stanford

• General Game Playing, Stanford

• Logic (Introduction), Stanford

• Natural Language Processing, National Research University School of Higher Economics

• Social and Economic Networks: Models and Analysis, Stanford

• Startup Engineering, Stanford

• Coding Together: Apps for iPhone and iPad, Stanford

• coding Together: Developing Apps for iPhone and iPad (2013), Stanford

• Developing Apps for iOS 4 (Fall 2010), Stanford

• Developing iOS 7 Apps for iPhone and iPad, Stanford

• Programming Abstractions, Stanford

• Programming Methodology, Stanford

• Programming Paradigms, Stanford

• Artificial Intelligence, Berkeley

• Introduction to Big Data with Apache Spark, Berkeley

• Scalable Mahine Learning, Berkeley

• The Beauty and Joy of Computing (CS Principles), Part 1, Berkeley

• Preparing for the AP Computer Science A Exam – Level Up! Part 1, Berkeley

• Preparing for the AP Computer Science A Exam – Level Up! Part 2, Berkeley

• The Beauty and Joy of Computing (CS Principles), Part 2, Berkeley

• Beauty and Joy of Computing (CS Principles), Part 3, Berkeley

• Preparing for the AP Computer Science A Exam – Level Up! Part 3, Berkeley

• Preparing for the AP Computer Science A Exam – Level Up! Part 4, Berkeley

• The Beauty and Joy of Computing (CS Principles), Part 4, Berkeley

• Engineering Software as a Service, Part 2, Berkeley

• Engineering Software as a Service, Berkeley

• The Foundations of Computer Graphics, Berkeley

• Foundations of Computer Graphics, Berkeley

• Quantum Mechanics and Quantum Computation, Berkeley

Curriculum and Teaching

Curriculum and teaching courses are often part of graduate-level work in college and taking free online college curriculum, and teaching courses is one way to determine whether enrollment in graduate school might be a good idea. Some of the concepts that classes may introduce students to in curriculum and teaching include constructionist learning, school reform, concept-centered teaching, and educational theory.

According to the National Council on Teacher Quality, students who choose to earn a master's degree may earn a higher wage because of stipends offered to teachers who have an advanced degree. Free online college curriculum & teaching classes can provide an introduction into some of the specialized topics a student may pursue in a graduate degree program. Free college curriculum and teaching courses online are also an excellent option for current teachers who want to expand their instructional knowledge.

One of the interesting avenues that teachers can pursue when they take free college curriculum & teaching classes online is that they can obtain the knowledge necessary to work for publishing companies, educational curriculum companies, and other organizations tasked with creating the materials used in modern grammar and higher education facilities. A future curriculum and teaching expert might eventually write books on teaching after taking online classes.

• Concept-Centered Teaching (Spring 2006), MIT

• Concept-Centered Teaching (Fall 2005), MIT

• Introduction to Education: Looking Forward and Looking Back on Education, MIT

• Introduction to Education: Understanding and Evaluating Education, MIT

• Educational Theory and Practice I, MIT

• Educational Theory and Practice III, MIT

• The Engineer of 2020, MIT

• The Torch or The Firehose: A Guide to Section Teaching, MIT

• Guidelines on Learning that Inform Teaching, MIT

• A Global History of Architecture Writing Seminar, MIT

• Teaching College-Level Science and Engineering (Fall 2012), MIT

• Teaching College-Level Science and Engineering (Spring 2009), MIT

• Power of Place: Media Technology, Youth, and City Design and Development, MIT

• How to Learn (Almost) Anything, MIT

• The Nature of Constructionist Learning, MIT

• Technological Tools for School Reform, MIT

• How to Learn Math: For Students, Stanford

• Seven Essential Practices for Developing Academic Oral Language and Literacy in Every Subject, Stanford

• Constructive Classroom Conversations: Mastering Language for College and Career Readiness (Elementary), Stanford

• Constructive Classroom Conversations: Mastering Language for College and Career Readiness (Secondary), Stanford

• Constructive Classroom Conversations: Mastering language for the Common Core State Standards, Stanford

• Constructive Classroom Conversations: Mastering language for the Common Core State Standards (Elementary), Stanford

• Constructive Classroom Conversations: Mastering language for the Common Core State Standards (Secondary), Stanford

• Designing a New Learning Environment, Stanford

• Designing for Deeper Learning: How to Develop Performance Tasks for the Common Core, Stanford

• Learning From Your Students: A Lab Course in Formative Assessment Practice in the Era of the Common Core State Standards, Stanford

• Mastering Language for the Common Core State Standards: Focus on Mathematics in Elementary Grades, Stanford

• Open Knowledge: Changing the Global Course of Learning, Stanford

• Supporting English Language Learners Under New Standards, Stanford

Design & Creativity

Delving into the world of design and creativity classes may reward students with opportunities to work with programs like Adobe Photoshop, Adobe Lightroom, and other video and photo editing software programs. Free online college design & creativity courses can provide an introduction to the topic for anyone who has an interest in digital media and creativity. Some free online college design and creativity classes offer students the opportunity to study just one facet of a design program.

For example, a student may begin with a class on the fundamentals of graphic design and then continue with free college design & creativity courses online in the area of typography, color theory, or image formats. Students can then use their newly made skills for learning advanced concepts like web design, user interface design, or software development.

One of the popular reasons that students pursue free college design and creativity classes online is because they want to design video games. Getting a job as a video game designer requires a fair amount of experience and the right educational background. Taking free online classes may help future game designers begin their journey toward earning a degree in game theory, game design, or a related area of computer programming.

• Audo Signal Processing for Music Applications, Stanford

Earth Science

The subject of earth science encompasses an amazing array of different subjects that range from the actual earth to the atmosphere and the oceans. In free online college earth science courses, students may take a class on geology, atmospheric science, or oceanography. Some of the jobs that a graduate of an earth science program may pursue include senior research analyst, assistant professor of geoscience, laboratory technician, or environmental scientist.

One of the popular career routes for students who take free online college earth science classes is employment in geoscience, where there are opportunities to split one's time in the field on projects and in the office or laboratory during research sessions. Geoscientists may college samples and conduct surveys, as well as take aerial photographs and log their discoveries during their time in the field. Free college earth science courses online may cover topics like the chemical or physical composition of rock samples, as well as the computer programs used in earth science research.

Additional areas of study that students may consider when taking free college earth science classes online include environmental analysis, terrestrial planets, environmental policy, petrology, structural geology, and global warming science. Students may also pursue topics like ocean circulations, climate physics, and molecular biogeochemistry.

• Ecology I: The Earth System, MIT

• Ecology II: Engineering for Sustainability, MIT

• Advanced Soil Mechanics, MIT

• Introduction to Ocean Science and Engineering, MIT

• Economic & Environmental Issues in Materials Selection, MIT

• Energy, Environment, and Society, MIT

• Fueling Sustainability: Engineering Microbial Systems for Biofuel Production, MIT

• Solving Complex Problems (Fall 2009), MIT

• Solving Complex Problems (Fall 2003), MIT

• Introduction to Geology, MIT

• Physics and Chemistry of the Terrestrial Planets, MIT

• Atmosphere, Ocean and Climate Dynamics, MIT

• Applications of Continuum Mechanics to Earth, Atmospheric, and Planetary Sciences, MIT

• Geobiology, MIT

• Theoretical Environmental Analysis, MIT

• Seminar in Environmental Science, MIT

• Modeling Environmental Complexity, MIT

• The Environment of the Earth's Surface, MIT

• Introduction to Fluid Motions, Sediment Transport, and Current-Generated Sedimentary Structures, MIT

• Basics of Analysis with Antineutrinos from Heat Producing Elements – K, U, Th in the Earth, MIT

• Basics of Impact Cratering & Geological, Geophysical, Geochemical, Environmental Studies of Some Impact Craters of the Earth, MIT

• Radon Research in Multidisciplines: A Review, MIT

• Medical Geology/Geochemistry: An Exposure, MIT

• Chemical Investigations of Boston Harbor, MIT

• Environmental Earth Science, MIT

• Science and Policy of Natural Hazards, MIT

• Strange Bedfellows: Science and Environmental Policy, MIT

• Structure of Earth Materials, MIT

• Petrology, MIT

• Sedimentary Geology (Spring 2007), MIT

• Sedimentary Geology (Fall 2004), MIT

• Structural Geology, MIT

• Field Geology I, MIT

• Analytical Techniques for Studying Environmental and Geologic Samples, MIT

• Molecular Biogeochemistry, MIT

• Surface Processes and Landscape Evolution, MIT

• Essentials of Geophysics, MIT

• Weather and Climate Laboratory, MIT

• Atmospheric and Ocean Circulations, MIT

• Global Warming Science, MIT

• The Solar System, MIT

• Hands-On Astronomy: Observing Stars and Planets, MIT

• Extrasolar Planets: Physics and Detection Techniques, MIT

• Climate Physics and Chemistry, MIT

• GPS: Where Are You?, MIT

• Environmental Policy and Economics, MIT

• Energy Economics, MIT

• International Politics and Climate Change, MIT

• Comparative Security and Sustainability, MIT

• Chemicals in the Environment: Toxicology and Public Health (BE.104J), MIT

• Introduction to Sustainable Energy, MIT

• D-Lab I: Development, MIT

• D-Lab II: Design, MIT

• Prototypes to Products, MIT

• D-Lab: Energy, MIT

• Advanced Spanish Conversation and Composition, MIT

• Introduction to Environmental History, MIT

• Designing and Sustaining Technology Innovation for Global Health Practice, MIT

• Transportation Policy and Environmental Limits, MIT

• Soil Behavior, MIT

• Groundwater Hydrology, MIT

• Chemicals in the Environment: Fate and Transport, MIT

• Atmospheric Chemistry, MIT

• Environmental Microbiology, MIT

• A Sustainable Transportation Plan for MIT, MIT

• Design for Sustainability, MIT

• Wave Propagation, MIT

• Computational Ocean Acoustics (13.853), MIT

• Acoustical Oceanography, MIT

• Principles of Oceanographic Instrument Systems — Sensors and Measurements (13.998), MIT

• Sustainable Design and Technology Research Workshop, MIT

• Atmospheric Physics and Chemistry, MIT

• International Environmental Negotiation, MIT

• Planning for Sustainable Development, MIT

• Urban Climate Adaptation, MIT

• Regional Energy-Environmental Economic Modeling, MIT

• Special Studies in Urban Studies and Planning – The Cardener River Corridor Workshop, MIT

• Urban Transportation, Land Use, and the Environment, MIT

• Sustainable Economic Development, MIT

• Foshan China Workshop, MIT

• Crosby Lectures in Geology: History of Africa, MIT

• Building Earth-like Planets: From Nebular Gas to Ocean Worlds, MIT

• Trace-Element Geochemistry, MIT

• Thermodynamics for Geoscientists, MIT

• Advanced Igneous Petrology, MIT

• Non-conventional Light Stable Isotope Geochemistry, MIT

• Biogeochemistry of Sulfur, MIT

• Advanced Seminar in Geology and Geochemistry: Organic Geochemistry, MIT

• Introduction to Seismology, MIT

• Dynamics of Complex Systems: Biological and Environmental Coevolution Preceding the Cambrian Explosion, MIT

• Dynamics of Complex Systems: Complexity in Ecology, MIT

• Geodynamics, MIT

• Mechanical Properties of Rocks, MIT

• Principles of the Global Positioning System, MIT

• Seminar in Geophysics: Thermal and Chemical Evolution of the Earth, MIT

• Structure and Dynamics of the CMB Region, MIT

• Seminar in Geophysics: Mantle Convection, MIT

• Near-Surface Geophysical Imaging, MIT

• Phase Transitions in the Earth's Interior, MIT

• Paleoceanography, MIT

• Marine Chemistry, MIT

• Marine Isotope Chemistry, MIT

• Marine Organic Geochemistry, MIT

• Geodynamics Seminar (Spring 2006), MIT

• Geodynamics Seminar (Spring 2005), MIT

• Geodynamics Seminar (Spring 2001), MIT

• Marine Chemistry Seminar, MIT

• Fluid Dynamics of the Atmosphere and Ocean, MIT

• Wave Motion in the Ocean and the Atmosphere, MIT

• Wave Motions in the Ocean and Atmosphere, MIT

• Quasi-Balanced Circulations in Oceans and Atmospheres, MIT

• Large-scale Flow Dynamics Lab, MIT

• Introduction to Observational Physical Oceanography, MIT

• Dynamics of the Atmosphere, MIT

• Tropical Meteorology, MIT

• General Circulation of the Earth's Atmosphere, MIT

• Atmospheric Radiation (Fall 2008), MIT

• Atmospheric Radiation (Fall 2006), MIT

• Turbulence in the Ocean and Atmosphere (Spring 2007), MIT

• Turbulence in the Ocean and Atmosphere (Spring 2006), MIT

• Atmospheric and Oceanic Modeling, MIT

• Prediction and Predictability in the Atmosphere and Oceans, MIT

• Global Climate Change: Economics, Science, and Policy, MIT

• Professional Seminar in Sustainability, MIT

• U-Lab: Leading Profound Innovation for a More Sustainable World, MIT

• S-Lab: Laboratory for Sustainable Business, MIT

• Nature, Environment, and Empire, MIT

• Systems Perspectives on Industrial Ecology, MIT

• Modeling and Assessment for Policy, MIT

• Evolution of Physical Oceanography, MIT

• Topics in Fluid Dynamics, MIT

• Research Seminar in Deep Sea Archaeology, MIT

• Reservoir Geomechanics, Stanford

Ecology and Evolutionary Biology

Biology is one of the most popular subjects for college students, and evolutionary biology is one area of specialization that students may consider when they take free online college ecology and evolutionary biology courses. Evolutionary biology is concerned with topics like natural selection, common descent, and speciation. The discipline was first made available for study at institutions of higher learning in the 1930s.

Evolution is a central concept in virtually all topics studied in biology. The free online college ecology & evolutionary biology classes that a student takes today may allow him or her to venture into new fields like evolutionary robotics or evolutionary economics. There are also opportunities to study advanced topics like evolutionary algorithms and evolutionary engineering. Free college ecology and evolutionary biology courses online may provide the introduction a student needs to choose an advanced specialty in ecology and evolutionary biology.

Some of the interesting topics that students may be introduced to in their online classes include drug resistance, organismal biology & ecology, and molecular ecology. Free college ecology & evolutionary biology classes online may also feature topics like comparative anatomy, evolutionary neuroscience, and evolutionary physiology. Students may even read "On the Origin of Species" in their evolutionary biology class.

• Principles of Evolution, Ecology and Behavior, Yale University

Economics

The job of the economist is one that is research-heavy, but it is also one that may reward Ph.D. and graduate degree holders with impressive salaries and career advancement. Fledgling economists may want to consider free online college economics courses that run the gamut from game theory and social behavior to microeconomics and financial markets. Becoming an economist is ideal for anyone who enjoys research and working in an office environment.

A small majority of economists in the United States work for the federal government, and free online college economics classes may help a future economist eventually find work with the government, as well as with scientific research or economic development organizations. Some economists work as technical consultants or are employed by state governments and financial and insurance institutions. Free college economics courses online can help students figure out what type of career they might want to pursue and within what type of work environment.

Some of the interesting topics that students might be able to learn about in free college economics classes online include economic modeling, sustainable economic development, behavioral economics, and industrial organization. Other subjects in online classes include econometrics, statistical methods, economic crises, and the economics of business decisions.

• Financial Markets (2008), Yale University

• Game Theory, Yale University

• Financial Theory, Yale University

• Financial Markets (2011), Yale University

• Project Evaluation, MIT

• Economic & Environmental Issues in Materials Selection, MIT

• Poverty, Public Policy and Controversy, MIT

• Economics of Education, MIT

• Information Technology and the Labor Market, MIT

• Infrastructure and Energy Technology Challenges, MIT

• Law, Social Movements, and Public Policy: Comparative and International Experience, MIT

• Economic Development & Technical Capabilities, MIT

• Global Freshwater Crisis, MIT

• Principles of Microeconomics, MIT

• Principles of Microeconomics, MIT

• Principles of Macroeconomics (Spring 2014), MIT

• Principles of Macroeconomics (Fall 2004), MIT

• Microeconomic Theory and Public Policy, MIT

• Intermediate Microeconomic Theory, MIT

• Intermediate Macroeconomics, MIT

• Intermediate Macroeconomic Theory (Spring 2004), MIT

• Intermediate Macroeconomic Theory (Spring 2003), MIT

• Insights from Game Theory into Social Behavior, MIT

• Putting Social Sciences to the Test: Field Experiments in Economics, MIT

• Economic Applications of Game Theory, MIT

• Economics and Psychology, MIT

• Networks, MIT

• Industrial Organization and Public Policy, MIT

• Government Regulation of Industry, MIT

• Economics and E-commerce, MIT

• Introduction to Statistical Methods in Economics, MIT

• Introduction to Statistical Method in Economics, MIT

• Econometrics, MIT

• Economics Research and Communication (Spring 2012), MIT

• Economics Research and Communication (Spring 2005), MIT

• Public Finance and Public Policy, MIT

• Environmental Policy and Economics, MIT

• Energy Economics, MIT

• International Trade, MIT

• Labor Economics and Public Policy, MIT

• Economic History of Financial Crises, MIT

• Capitalism and Its Critics, MIT

• The Challenge of World Poverty, MIT

• Foundations of Development Policy, MIT

• Political Economy and Economic Development, MIT

• Competition in Telecommunications, MIT

• Energy Decisions, Markets, and Policies, MIT

• The Aerospace Industry, MIT

• The Politics of Global Financial Relations, MIT

• Political Economy of Western Europe, MIT

• Sustainable Development: Theory and Policy, MIT

• Working in a Global Economy, MIT

• Defense Politics, MIT

• American National Security Policy, MIT

• Japanese Politics and Society, MIT

• Reading Seminar in Social Science: The Geopolitics and Geoeconomics of Global Energy, MIT

• Reading Seminar in Social Science: International Political Economy, MIT

• Good Food: The Ethics and Politics of Food Choices, MIT

• D-Lab I: Development, MIT

• D-Lab II: Design, MIT

• D-Lab: Disseminating Innovations for the Common Good, MIT

• Prototypes to Products, MIT

• Gender, Power, and International Development, MIT

• Art, Craft, Science, MIT

• The Economic History of Work and Family, MIT

• Health Information Systems to Improve Quality of Care in Resource-Poor Settings, MIT

• Transportation Systems Analysis: Demand and Economics, MIT

• Economics of Marine Transportation Industries, MIT

• Planning Economics, MIT

• Microeconomics, MIT

• Beijing Urban Design Studio (Summer 2008), MIT

• Beijing Urban Design Studio (Summer 2006), MIT

• Introduction to Housing, Community and Economic Development (Fall 2004), MIT

• Introduction to Housing, Community and Economic Development (Fall 2003), MIT

• Real Estate Economics, MIT

• Financing Economic Development, MIT

• Revitalizing Urban Main Streets: Hyde/Jackson Square & Roslindale Square, Boston, MIT

• Targeting the Poor: Local Economic Development in Developing Countries, MIT

• Analyzing and Accounting for Regional Economic Growth, MIT

• Regional Socioeconomic Impact Analyses and Modeling (Fall 2008), MIT

• Regional Socioeconomic Impact Analyses and Modeling (Fall 2007), MIT

• Project Appraisal in Developing Countries, MIT

• Economic Institutions and Growth Policy Analysis, MIT

• Urban Public Finance in Developing Countries, MIT

• Economic Development, Policy Analysis, and Industrialization, MIT

• Introduction to International Development Planning, MIT

• Introduction to Planning & Institutional Processes in Developing Countries, MIT

• Advanced Urban Public Finance: Collective Action and Provisions of Local Public Goods, MIT

• Regional Energy-Environmental Economic Modeling, MIT

• Springfield Studio, MIT

• Planning in Transition Economies for Growth and Equity, MIT

• Beijing Urban Design Studio, MIT

• Sustainable Economic Development, MIT

• The Politics of Reconstructing Iraq, MIT

• Gaoming Studio – China, MIT

• Foshan China Workshop, MIT

• Community-Owned Enterprise and Civic Participation, MIT

• Frameworks of Urban Governance, MIT

• Special Studies in Urban Studies and Planning: Economic Development Planning Skills, MIT

• Feeding Cities in the Global South: Challenges and Opportunities for Action in Cartagena, MIT

• Urbanizing China: A Reflective Dialogue, MIT

• Microeconomic Theory I (Fall 2009), MIT

• Microeconomic Theory I (Fall 2005), MIT

• Microeconomic Theory II, MIT

• Microeconomic Theory III (Spring 2010), MIT

• Microeconomic Theory III (Spring 2005), MIT

• Microeconomic Theory IV, MIT

• Game Theory, MIT

• Behavioral Economics and Finance, MIT

• Dynamic Optimization & Economic Applications (Recursive Methods), MIT

• Advanced Contract Theory, MIT

• Topics in Game Theory (Fall 2009), MIT

• Topics in Game Theory (Spring 2005), MIT

• Industrial Organization I (Fall 2013), MIT

• Industrial Organization I (Fall 2005), MIT

• Organizational Economics, MIT

• Statistical Method in Economics, MIT

• Econometrics I, MIT

• Time Series Analysis, MIT

• Nonlinear Econometric Analysis, MIT

• New Econometric Methods, MIT

• Dynamic Optimization Methods with Applications, MIT

• Macroeconomic Theory I, MIT

• Economic Growth, MIT

• Macroeconomic Theory II, MIT

• Macroeconomic Theory III (Fall 2006), MIT

• Macroeconomic Theory III (Fall 2002), MIT

• Economic Crises, MIT

• Advanced Macroeconomics I, MIT

• Advanced Macroeconomics II (Spring 2007), MIT

• Advanced Macroeconomics II (Spring 2004), MIT

• Public Economics I, MIT

• Public Economics II, MIT

• Environmental Economics and Government Responses to Market Failure, MIT

• International Economics I, MIT

• Labor Economics I (Fall 2010), MIT

• Labor Economics I (Fall 2003), MIT

• Labor Economics II, MIT

• Economic History (Spring 2009), MIT

• Economic History (Fall 2006), MIT

• Development Economics: Microeconomic Issues and Policy Models, MIT

• Development Economics: Macroeconomics, MIT

• Economic Analysis for Business Decisions, MIT

• Applied Macro- and International Economics, MIT

• Applied Macro- and International Economics, MIT

• Macro and International Economics, MIT

• Global Climate Change: Economics, Science, and Policy, MIT

• Applied Economics for Managers, MIT

• Global Strategy and Organization, MIT

• Global Markets, National Politics and the Competitive Advantage of Firms, MIT

• Global Markets, National Politics and the Competitive Advantage of Firms, MIT

• Economy and Business in Modern China and India, MIT

• Organizations and Environments, MIT

• Global Entrepreneurship Lab: Latin America, the Middle East, and Africa, MIT

• Finance Theory I, MIT

• Finance Theory II, MIT

• Financial Management, MIT

• Entrepreneurial Finance, MIT

• Investments, MIT

• Analytics of Finance, MIT

• Taxes and Business Strategy, MIT

• Business Analysis Using Financial Statements, MIT

• The Economics of Information: Strategy, Structure and Pricing, MIT

• Research Seminar in IT and Organizations: Economic Perspectives, MIT

• The Law of Corporate Finance and Financial Markets, MIT

• Work, Employment, and Industrial Relations Theory, MIT

• Urban Labor Markets and Employment Policy, MIT

• Pricing, MIT

• The Sociology of Strategy, MIT

• Professional Seminar in Sustainability, MIT

• Practice of Finance: Advanced Corporate Risk Management, MIT

• Airline Management, MIT

• Political Economy I, MIT

• Political Economy of Globalization, MIT

• Labor and Politics, MIT

• Globalization, MIT

• Globalization, Migration, and International Relations, MIT

• Field Seminar in International Political Economy, MIT

• International Political Economy of Advanced Industrial Societies, MIT

• Japan and East Asian Security, MIT

• Political Economy of Chinese Reform, MIT

• Political Economy of Latin America, MIT

• Political Economy of Development, MIT

• Collective Choice I, MIT

• Quantitative Research Methods: Multivariate, MIT

• U.S. Budgets for National Security, MIT

• Social Theory and Analysis, MIT

• Systems Perspectives on Industrial Ecology, MIT

• X PRIZE Workshop: Grand Challenges in Energy, MIT

• Engineering, Economics and Regulation of the Electric Power Sector, MIT

• Genomics, Computing, Economics, and Society, MIT

• Social Studies of Bioscience and Biotech, MIT

• Developmental Entrepreneurship, MIT

• Food and Power in the Twentieth Century, MIT

• Principles in Economics, Stanford

Educational Policy

The realm of education has an amazing number of different areas of study when it comes to jobs like those in school reform and the economics of education. Free online college educational policy courses are valuable for individuals who currently work in a school administration capacity, as well as for teachers who want to learn more about the educational policies that shape their ability to teach in the classroom.

Some of the professions available to individuals who complete free online college educational policy classes and eventually earn their degrees include data analyst, director of educational policy, and public affairs associate. Students with educational policy experience may also work as an education improvement specialist or as an instructor on the topic of educational policy. Free college educational policy courses online may help individuals who currently work in any of these areas learn about the modern technologies shaping today's educational policy.

People often pursue educational policy degrees because they want to have a positive impact on the education system and want to have a hand in shaping the education policies that are at the heart of local, state, and federal education. Free college educational policy classes online can help students get work in virtually any environment from private grammar schools to the federal government's Department of Education.

• Introduction to Education: Looking Forward and Looking Back on Education, MIT

• Introduction to Education: Understanding and Evaluating Education, MIT

• Economics of Education, MIT

• The Engineer of 2020, MIT

• Development Economics: Microeconomic Issues and Policy Models, MIT

• Technological Tools for School Reform, MIT

Educational Technology

Educational technology is a topic where students in free online college educational technology courses learn about the modern media types that deliver educational information and instruction to students and teachers. Media used may include images, text, streaming video, or animation and may employ devices like computers, televisions, tablets, and other mobile devices. Taking free online college educational technology classes may benefit teachers who need to deliver their lessons digitally.

One of the primary concepts that students might learn in their free college educational technology courses online is asynchronous versus synchronous learning. Students in synchronous learning environments receive their instruction in real-time with real-time interaction with the teacher and other students. Asynchronous delivery of lessons is a common option for self-paced and distance learning lessons that are offered within virtual classrooms.

Topics that students may be introduced to in their educational technology classes include media education, internet technology, how technology impacts autism learning, and school reform. With the dramatic increase of internet-based classrooms and online college classes, free college educational technology classes online have become an important addition to the average teacher's knowledge base. Educational tools that offer students the opportunity to collaborate at a distance will likely only increase in their importance and prevalence in the coming decades.

• Introduction to Education: Looking Forward and Looking Back on Education, MIT

• Computer Games and Simulations for Investigation and Education, MIT

• Educational Theory and Practice III, MIT

• Internet Technology in Local and Global Communities, MIT

• Media Education and the Marketplace, MIT

• STAR: Software Tools for Academics and Researchers, MIT

• Special Problems in Architecture Studies, MIT

• Media, Education, and the Marketplace, MIT

• Technologies for Creative Learning, MIT

• Autism Theory and Technology, MIT

• Technological Tools for School Reform, MIT

Electrical Engineering

One of the most difficult specializations in engineering is that of electrical engineering, and students who are fascinated by topics like space travel, the aerospace industry, and advanced electronics may want to explore free online college electrical engineering courses. The topic is certainly not one that a student can take lightly, but it is an area of study where online classes may help future engineers understand whether the specialization is one that may benefit their future career goals.

Some of the free online college electrical engineering classes that students might take may feature topics like photovoltaics, electromechanical robotic systems, magnetic materials, and signal processing. Other fascinating subjects studied in free college electrical engineering courses online include machine vision, nanoelectronics, telecommunications, and solar energy systems. Some electrical engineering classes even feature artistic subjects like live electronics performance and medical topics like biomedical device design.

After completing free college electrical engineering classes online or enrolling in a degree program, a student may consider a specialization in electrical engineering that will allow him or her to learn about a subject of particular interest. Some of the electrical engineering career specializations include communication systems, microelectronics & photonics, bioengineering, and electromagnetics, as well as nanotechnology and energy systems.

• Exploring Sea, Space, & Earth: Fundamentals of Engineering Design, MIT

• Design and Manufacturing I, MIT

• Design of Electromechanical Robotic Systems, MIT

• Introduction to Robotics, MIT

• Analysis and Design of Feedback Control Systems, MIT

• Fundamentals of Photovoltaics, MIT

• Mechatronics, MIT

• Principles of Engineering Practice, MIT

• Electrical, Optical & Magnetic Materials and Devices, MIT

• Introduction to Electrical Engineering and Computer Science I, MIT

• Circuits and Electronics, MIT

• Signals and Systems (Fall 2011), MIT

• Computation Structures, MIT

• Electromagnetic Energy: From Motors to Lasers, MIT

• Introduction to Communication, Control, and Signal Processing (Spring 2010), MIT

• Introduction to Communication, Control, and Signal Processing (Spring 2004), MIT

• Microelectronic Devices and Circuits (Spring 2009), MIT

• Microelectronic Devices and Circuits (Fall 2009), MIT

• Microelectronic Devices and Circuits (Fall 2005), MIT

• Electromagnetics and Applications (Spring 2009), MIT

• Electromagnetics and Applications (Fall 2005), MIT

• Introduction to EECS II: Digital Communication Systems, MIT

• Information and Entropy, MIT

• Introduction to Electric Power Systems, MIT

• Introduction to Electronics, Signals, and Measurement, MIT

• Introduction to Convex Optimization, MIT

• Hands-On Introduction to Electrical Engineering Lab Skills, MIT

• Introductory Analog Electronics Laboratory, MIT

• Introductory Digital Systems Laboratory (Spring 2006), MIT

• Introductory Digital Systems Laboratory (Fall 2002), MIT

• Micro/Nano Processing Technology, MIT

• Modern Optics Project Laboratory, MIT

• Strobe Project Laboratory, MIT

• Software Engineering for Web Applications, MIT

• Mobile Autonomous Systems Laboratory, MIT

• Autonomous Robot Design Competition, MIT

• Robocraft Programming Competition, MIT

• Introduction to Nanoelectronics, MIT

• Machine Vision, MIT

• Transcribing Prosodic Structure of Spoken Utterances with ToBI, MIT

• Fundamentals of Photonics: Quantum Electronics, MIT

• Nanomaker, MIT

• Competition in Telecommunications, MIT

• Integrating eSystems & Global Information Systems, MIT

• Communication Systems Engineering, MIT

• Prototyping Avionics, MIT

• Biological Engineering II: Instrumentation and Measurement, MIT

• Introduction to Sustainable Energy, MIT

• Topics in Linguistic Theory: Laboratory Phonology, MIT

• Information and Communication Technology in Africa, MIT

• Lego Robotics, MIT

• Practical Electronics, MIT

• Photovoltaic Solar Energy Systems, MIT

• Internet Technology in Local and Global Communities, MIT

• D-Lab: Energy, MIT

• Music and Technology: Recording Techniques and Audio Production, MIT

• Music and Technology: Live Electronics Performance Practices, MIT

• Communicating in Cyberspace, MIT

• Communicating with Mobile Technology, MIT

• Signals, Systems and Information for Media Technology, MIT

• NextLab I: Designing Mobile Technologies for the Next Billion Users, MIT

• Continuum Electromechanics, MIT

• Electromagnetic Fields and Energy, MIT

• Electromagnetic Field Theory: A Problem Solving Approach, MIT

• Electromechanical Dynamics, MIT

• Signals and Systems (Spring 2011), MIT

• Electronic Feedback Systems, MIT

• Introduction to Radar Systems, MIT

• Adaptive Antennas and Phased Arrays, MIT

• Build a Small Radar System Capable of Sensing Range, Doppler, and Synthetic Aperture Radar Imaging, MIT

• Identification, Estimation, and Learning, MIT

• Signal Processing: Continuous and Discrete, MIT

• Analysis and Design of Digital Control Systems, MIT

• Principles of Oceanographic Instrument Systems — Sensors and Measurements (13.998), MIT

• Biomedical Devices Design Laboratory, MIT

• Direct Solar/Thermal to Electrical Energy Conversion Technologies, MIT

• Dynamic Programming and Stochastic Control, MIT

• Dynamic Systems and Control, MIT

• Dynamics of Nonlinear Systems, MIT

• Multivariable Control Systems, MIT

• Data Communication Networks, MIT

• Solid-State Circuits, MIT

• Feedback Systems, MIT

• Advanced Circuit Techniques, MIT

• Power Electronics, MIT

• Discrete-Time Signal Processing, MIT

• Automatic Speech Recognition, MIT

• Analysis and Design of Digital Integrated Circuits, MIT

• Stochastic Processes, Detection, and Estimation, MIT

• Information Theory, MIT

• Principles of Digital Communication I, MIT

• Principles of Digital Communications I, MIT

• Principles of Digital Communication II, MIT

• Principles of Wireless Communications, MIT

• Quantum Optical Communication, MIT

• Speech Communication, MIT

• Laboratory on the Physiology, Acoustics, and Perception of Speech, MIT

• Acoustics of Speech and Hearing, MIT

• Optical Signals, Devices, and Systems, MIT

• Continuum Electromechanics, MIT

• Receivers, Antennas, and Signals, MIT

• Electric Machines, MIT

• Seminar in Electric Power Systems, MIT

• Integrated Microelectronic Devices, MIT

• Physics for Solid-State Applications, MIT

• Applied Superconductivity, MIT

• Compound Semiconductor Devices, MIT

• High Speed Communication Circuits, MIT

• Design and Fabrication of Microelectromechanical Devices, MIT

• Semiconductor Manufacturing, MIT

• Submicrometer and Nanometer Technology, MIT

• Underactuated Robotics, MIT

• Representation and Modeling for Image Analysis, MIT

• Complex Digital Systems, MIT

• Communication System Design, MIT

• Organic Optoelectronics, MIT

• High Speed Communication Circuits and Systems, MIT

• Ultrafast Optics, MIT

• Semiconductor Optoelectronics: Theory and Design, MIT

• Pattern Recognition for Machine Vision, MIT

• Principles of the Global Positioning System, MIT

• Information Technology I, MIT

• Cognitive Robotics, MIT

• Human Supervisory Control of Automated Systems, MIT

• Wavelets, Filter Banks and Applications, MIT

• Topics in Theoretical Computer Science : Internet Research Problems, MIT

• Communications and Information Policy, MIT

• Biomedical Signal and Image Processing, MIT

• Functional Magnetic Resonance Imaging: Data Acquisition and Analysis, MIT

• Computational Camera and Photography, MIT

• Pattern Recognition and Analysis, MIT

• Conversational Computer Systems, MIT

• Industrial Design Intelligence: A Cognitive Approach to Engineering, MIT

• Sensor Technologies for Interactive Environments, MIT

• How to Make (Almost) Anything, MIT

• Relational Machines, MIT

• Digital Signal Processing, MIT

• Electrical Interfaces: Bridging the Physical and Digital Worlds, Berkeley

• Cyber-Physical Systems, Berkeley

Electricity

Anyone who wants to become an instrument technician or electrician would do well to consider free online college electricity courses as an introduction to the topic. Some of the topics a student may be introduced to in online classes include electricity fundamentals, the safety codes written by municipalities for electrical safety, and magnetic & electrical fields. Students may find it valuable to learn about the National Electrical Code (NEC) if they want to pursue a future career as an electrician.

Taking free online college electricity classes may also be a topic for students interested in entering a degree program for electrical engineering. Topics that might be presented in electricity classes include energy economics, electrochemical processing, electric power systems, and nuclear technology. Not only can free college electricity courses online teach students about the basics of electricity, but those classes can also offer advanced study of the world's power grids and the modern systems of electricity that keep the planet's civilization operating.

Students who don't have any experience in electricity topics may want to take free college electricity classes online as a way to qualify to become an electrician apprentice, which can eventually lead to work as a master electrician or general contractor.

• Electromagnetic Energy: From Motors to Lasers, MIT

• The Physics of Energy, MIT

• Energy Economics, MIT

• Introduction to Sustainable Energy, MIT

• Energy and Environment in American History: 1705-2005, MIT

• Electrochemical Processing of Materials, MIT

• Electric Machines, MIT

• Seminar in Electric Power Systems, MIT

• Managing Nuclear Technology, MIT

• Engineering, Economics and Regulation of the Electric Power Sector, MIT

Energy

The topic of energy in higher education has become an incredibly diverse area with the advent and popularity of sustainable energy practices. Free online college energy courses may introduce a student to concepts related to solar power, fuel cells, and batteries, as well as the physics of energy and the impact on the environment of different types of energy systems. The study of energy goes well beyond lessons on power lines, electricity transmission, and electrical energy systems.

Some of the topics a student may learn about in free online college energy classes include the economics of different energy systems, different types of renewable energy options, and energy fuels like nuclear, oil, and gas. Online classes may help students gain the basic knowledge required to enter college degree programs in areas like energy systems, mechanical engineering, and renewable energy technologies.

The study of energy in free college energy courses online may lead to knowledge of diverse topics like solar thermal engineering, hydropower, wind energy systems, and power plant design. Once a student takes all available free college energy classes online or completes a college degree program, available jobs may include those as a computer support specialist, data consultant, energy development associate, or resource analyst.

• Introduction to Building Technology, MIT

• Building Technology Laboratory, MIT

• The Physics of Energy, MIT

• Energy and Environment in American History: 1705-2005, MIT

• Daylighting, MIT

• Solar Cells, Fuel Cells and Batteries, Stanford

Engineering

Engineering classes may come in the form of specialized learning in an area like quantum mechanics, or they may be delivered in a general area of engineering like the history of engineering. Free online college engineering courses are an ideal way for prospective engineers to figure out whether they possess the qualities of a great engineer. Engineers should have great math skills, possess good attention to detail, and be able to solve a variety of problems.

Starting with free online college engineering classes may also help a future engineer figure out what type of specialty in engineering he or she might want to take up in college. Mainstream specialties like electrical engineering, mechanical engineering, and civil engineering offer the potential for rewarding engineering careers, but there are also some incredibly unusual engineering specialties that might be open to students who take free college engineering courses online.

Interesting engineering degree options include those in agricultural engineering, robotics engineering, environmental engineering, and biomedical engineering. Some of the even more rare engineering specialties that students may qualify for after taking free college engineering classes online include sports engineering, skate park engineering, and food engineering. Unusual jobs in engineering are often available to students with a general engineering degree with no specialty required.

• Engineering Statics, Carnegie Mellon University

• Quantum Mechanics, Oxford

Engineering and Computer Science

The combination of computer science and engineering can provide students with some of the most fascinating careers, and free online college engineering and computer science courses may introduce students to topics like surveillance law, haptics, massive datasets, and linear dynamical systems. Free online college engineering & computer science classes are one way for students to learn about software design while they learn about hardware design.

Those who consider a degree in computer science and engineering may eventually take courses in digital electronics, processor design, parallel processing, and computer architecture. Some free college engineering and computer science courses online may even introduce students to interesting topics like game design, virtualization, and computer simulations.

Taking free college engineering & computer science classes online can help a student figure out whether he or she is best suited for a career that deals with the hardware and physical components of computers or the software used within computers. Stanford University has an extensive number of engineering and computer science classes available that offer self-paced environments where students complete their assignments on a schedule of their own choosing. Self-paced classes can help busy people find the time to complete classes, even if they've got a full-time job and family commitments.

• Machine Learning, Stanford

• Mining Massive Datasets, Stanford

• Quantum Mechanics for Scientists and Engineers II, Stanford

• Surveillance Law, Stanford

• Compilers, Stanford

• Computer Science 101 (Self-Paced), Stanford

• Databases (Self-Paced), Stanford

• Introduction to Haptics (Self-Paced), Stanford

• Introduction to Logic, Stanford

• Nanomanufacturing, Stanford

• Using GPS and Smart Phones to Create a Worldwide Laboratory, Stanford

• Convex Optimization I, Stanford

• Convex Optimization II, Stanford

• Introduction to Linear Dynamical Systems, Stanford

• Introduction to Robotics, Stanford

• Machine Learning, Stanford

• Cryptography 1, Stanford

• Cryptography II, Stanford

• Game Theory II: Advanced Applications, Stanford

Entrepreneurship

Entrepreneurship is an area of concentration within business that some students choose when they're interested in topics like raising capital, marketing new businesses, and managing startup businesses. Budding entrepreneurs can take online business classes and find free online college entrepreneurship courses from institutions like MIT and Stanford. Classes often go in-depth on entrepreneurial concepts and showcase graduate-level lessons.

For example, the free online college entrepreneurship classes found at MIT cover interesting angles on entrepreneurship like developmental entrepreneurship with lessons on successful and failed businesses that have dealt with the complex deployment of new products and services. Other topics available in free college entrepreneurship courses online include early-stage capital, law for the entrepreneur, patents, inventions, and marketing for entrepreneurs.

Some of the classes offered provide lessons from an international point of view, which can prove helpful for students who want to work abroad. Other free college entrepreneurship classes online feature topics like technology in entrepreneurship, breakthrough technologies, the business of computer software, and computer entrepreneurship. Students may want to begin with general business courses and then venture into entrepreneurship classes if they find they have an interest in that facet of the business world and want to eventually create their own business.

• Management in Engineering, MIT

• Inventions and Patents, MIT

• Law for the Entrepreneur and Manager, MIT

• Special Seminar in Management The Nuts and Bolts of Business Plans, MIT

• D-Lab: Disseminating Innovations for the Common Good, MIT

• Internet Technology in Local and Global Communities, MIT

• NextLab I: Designing Mobile Technologies for the Next Billion Users, MIT

• The Structure of Engineering Revolutions, MIT

• Managing Innovation and Entrepreneurship, MIT

• How to Develop Breakthrough Products and Services, MIT

• How to Develop \"Breakthrough\" Products and Services, MIT

• The Software Business, MIT

• Corporate Entrepreneurship: Strategies for Technology-Based New Business Development, MIT

• Global Entrepreneurship Lab: Asia-Pacific, MIT

• Global Entrepreneurship Lab: Latin America, the Middle East, and Africa, MIT

• New Enterprises, MIT

• Early Stage Capital, MIT

• Designing and Leading the Entrepreneurial Organization, MIT

• Entrepreneurial Finance, MIT

• Innovative Businesses and Breakthrough Technologies – The Legal Issues, MIT

• Entrepreneurial Marketing, MIT

• Advanced Strategy, MIT

• Professional Seminar in Sustainability, MIT

• S-Lab: Laboratory for Sustainable Business, MIT

• X PRIZE Workshop: Grand Challenges in Energy, MIT

• Developmental Entrepreneurship, MIT

• Technology Entrepreneurship, Stanford

• Scaling up your Venture without Screwing Up, Stanford

• Technology Entrepreneurship Part II, Stanford

• Entrepreneurship Through the Lens of Venture Capital, Stanford

Environmental Energy

Students with an interest in environmental energy can consider free online college environmental energy courses from Stanford University. The forest monitoring class is just one of several in the area of sustainability that is offered completely free via online class delivery. Forest monitoring concerns the deforestation and forest degradation mapping that are measured using the Carnegie Landsat Analysis System-lite.

The system was first developed in the 1970s and received upgrades each decade as further technological advances were made. Free online college environmental energy classes that offer instruction on deforestation and degradation in tropical forests can help future environmental scientists who have an interest in creating the energy-efficient, sustainable, and renewable energy technologies of the future. Learning about the CLASLite system in free college environmental energy courses online may lead to work in a variety of careers.

Some of the jobs a graduate of an environmental energy program may pursue include senior renewable energy advisory consultant, green energy remote representative, environmental energy manager, and program director of energy. Free college environmental energy classes online may lead to future work in traditional office environments or jobs in laboratories or at field sites where work may occur with pioneering technologies and the sustainable energy options of the future.

• Claslite Classroom – Forest Monitering, Stanford

Environmental Engineering

The role of an environmental engineer often involves topics like soil science, chemistry, and biology, and engineers work to solve environmental problems that may occur in urban or remote environments. Free online college environmental engineering courses are offered in great detail from MIT, and topics available for study include computing and data analysis, chemical engineering, environmental policy, global freshwater, and groundwater hydrology.

Most environmental engineers must possess a bachelor's degree to find entry-level work, and free online college environmental engineering classes are a perfect option for students who are just starting their bachelor's degree journeys. After completing a degree program, graduates may have job duties like reviewing environmental investigation reports, designing air pollution control systems or water reclamation facilities, and working with the plans and permits necessary for completing environmental engineering projects.

Some of the topics free college environmental engineering courses online may cover include industrial ecology, atmospheric circulation, building alternatives, chemicals in the environment, urban studies, and environmental policy disputes. Additional classes offered for free college environmental engineering classes online cover environmental negotiation, sustainable development, waster and sanitation, and utilizing joint fact-finding. Other interesting areas of study include desalinization, environmental law, collaboration for scientists, and geographic information systems.

• Computing and Data Analysis for Environmental Applications, MIT

• Transport Processes in the Environment, MIT

• Introduction to Civil and Environmental Engineering Design I (Fall 2006), MIT

• Introduction to Civil and Environmental Engineering Design I (Fall 2005), MIT

• Integrated Chemical Engineering II, MIT

• Integrated Chemical Engineering Topics I: Process Control by Design, MIT

• Environment and Society, MIT

• Global Freshwater Crisis, MIT

• Solving Complex Problems (Fall 2009), MIT

• Solving Complex Problems (Fall 2003), MIT

• The Environment of the Earth's Surface, MIT

• Chemical Investigations of Boston Harbor, MIT

• Strange Bedfellows: Science and Environmental Policy, MIT

• International Politics and Climate Change, MIT

• Transportation Policy and Environmental Limits, MIT

• Waste Containment and Remediation Technology, MIT

• Advanced Fluid Dynamics of the Environment, MIT

• Groundwater Hydrology, MIT

• Chemicals in the Environment: Fate and Transport, MIT

• Water Resource Systems, MIT

• Aquatic Chemistry, MIT

• Water Quality Control, MIT

• Environmental Engineering Masters of Engineering Project (Fall 2007), MIT

• Environmental Engineering Masters of Engineering Project (Fall 2003), MIT

• Water and Wastewater Treatment Engineering, MIT

• Environmental Engineering Applications of Geographic Information Systems, MIT

• Design for Sustainability, MIT

• Wave Propagation, MIT

• Ocean Wave Interaction with Ships and Offshore Energy Systems (13.022), MIT

• Desalination and Water Purification, MIT

• Technology, Law, and the Working Environment, MIT

• Environmental Management Practicum: Brownfield Redevelopment, MIT

• Civil Society and the Environment, MIT

• International Environmental Negotiation, MIT

• Planning for Sustainable Development, MIT

• Role of Science and Scientists in Collaborative Approaches to Environmental Policymaking, MIT

• Water and Sanitation Infrastructure Planning in Developing Countries, MIT

• Water and Sanitation Infrastructure in Developing Countries, MIT

• Introduction to Environmental Policy and Planning, MIT

• Use of Joint Fact Finding in Science Intensive Policy Disputes, Part I, MIT

• Use of Joint Fact Finding in Science Intensive Policy Disputes, Part II, MIT

• Special Studies in Urban Studies and Planning – The Cardener River Corridor Workshop, MIT

• Katrina Practicum, MIT

• Gaoming Studio – China, MIT

• Reforming Natural Resources Governance: Failings of Scientific Rationalism and Alternatives for Building Common Ground, MIT

• Wave Motion in the Ocean and the Atmosphere, MIT

• Wave Motions in the Ocean and Atmosphere, MIT

• General Circulation of the Earth's Atmosphere, MIT

• Systems Perspectives on Industrial Ecology, MIT

• Modeling and Assessment for Policy, MIT

Environmental Studies

Enrolling in free online college environmental studies courses may help students eventually participate in research sessions, classes, and careers that deal with topics like aeolian processes and contaminant transport, bioaccumulation of heavy metals, and phytoremediation. Taking free online college environmental studies classes may also help students eventually enroll in a bachelor's degree program on the subject and eventually continue into graduate school.

One of the free college environmental studies courses online available to students around the world is offered by Yale University and offers lessons on the law and politics of the environment. The course examines how laws have been written to protect the environment and also features case histories with details on consumer products, plastics, national security, and land use. The role of law is also discussed as it pertains to hazardous site restoration, drinking water standards, urban sprawl, and food safety.

Degrees in environmental studies often cover a broad range of subjects and may allow a graduate to pursue a law degree with a specialization in environmental law or apply for jobs with titles like environmental educator, environmental consultant, or environmental engineer. Free college environmental studies classes online are also helpful for casual environmentalists who want to know more about environmental policy.

• Environmental Politics and Law, Yale University

Epidemiology

Careers in public health usually focus on one of five core disciplines that include epidemiology, biostatistics, behavioral science, environmental health, and health administration. Free online college epidemiology courses are a helpful option for students who want to study public health in college but who aren't sure which discipline they want to pursue. An epidemiologist investigates the causes and patterns of disease in humans.

Much of the work of epidemiologists is conducted in laboratories, and finding a job as an epidemiologist usually requires a master's degree in that public health specialty. However, a graduate degree is a significant investment of time and money, and free online college epidemiology classes can help a future public health professional decide if employment in that area will offer lifelong job satisfaction. Epidemiologists are considered problem-solvers and spend a lot of time collecting and analyzing data for that purpose.

Other tasks regularly engaged in by epidemiologists include the supervision of technical and clerical personnel in the laboratory, the management of public health programs, and the communication of findings to various groups. Free college epidemiology courses online will offer introductions to students on working with infectious diseases, maternal and child health, and chronic diseases. Free college epidemiology classes online will also teach students about working with mental health, oral health, and substance abuse issues.

• Macroepidemiology (BE.102), MIT

• Disease and Society in America, MIT

European and Russian Studies

Students who enroll in free online college European and Russian studies courses will learn from an interdisciplinary point of view where topics of discussion usually include history, politics, language, and economics of Russia and its neighboring countries. Free online college European & Russian studies classes may help a student figure out whether they want to focus on the Russian language or the history and culture of the Russian people.

One of the most important areas of study in Russian studies is the Soviet era, and students may find it helpful to take free college European and Russian studies courses online that also offer details on the culture and history of nearby countries like Poland and Russia. Russian studies classes may also cover topics on historical societies like the Mongolians, Byzantines, and early Europeans.

There are also some free college European & Russian studies classes online that deal with the society and politics of the modern era, which can help students who intend to become involved in modern politics, international business, public relations, or diplomacy on the European continent or in Russia. Students can also choose to study languages from a historical point of view, which means learning how people spoke in various European countries in past centuries.

• Political Economy of Western Europe, MIT

• Soviet Politics and Society, 1917-1991, MIT

• Speak Italian With Your Mouth Full, MIT

• Germany and its European Context, MIT

• Visual Histories: German Cinema 1945 to Present, MIT

• European Thought and Culture, MIT

• Advanced Topics: Plotting Terror in European Culture, MIT

• German I, MIT

• German II, MIT

• German IV, MIT

• Germany Today: Intensive Study of German Language and Culture, MIT

• Texts, Topics, and Times in German Literature, MIT

• German Culture, Media, and Society, MIT

• Introduction to Spanish Culture, MIT

• The New Spain: 1977-Present, MIT

• The Making of Russia in the Worlds of Byzantium, Mongolia, and Europe, MIT

• The Royal Family, MIT

• From the Silk Road to the Great Game: China, Russia, and Central Eurasia, MIT

This directory is published in three parts. You are reading Part 1 (A–E: Accounting–European and Russian Studies). Continue with Part 2: F–M (Finance–Music) and Part 3: N–Z (Nanotechnology–Writing).