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MIT OpenCourseWare has formally partnered with these organizations that are translating OCW course materials into Spanish, Portuguese, Traditional Chinese, Persian, Turkish, and Korean. For more information on how an institution can become an OCW Translation Affiliate, please contact the MIT OpenCourseWare External Outreach Manager.
Universia is a consortium of more than 800 colleges in Spain, Portugal, and Latin America.
Opensource Opencourseware Prototype System (OOPS) is a volunteer-based organization that has translated OCW courses into Traditional Chinese.
The Turkish Academy of Sciences (TUBA) establishes national standards for scientific excellence in Turkey and encourages and fosters scientific collaborations.
SNOW (Sookmyung Network for Open World) is an open knowledge platform taking the lead in knowledge sharing in Korea for everyone who wants to access great educational contents. Since September 2002, when the OCW pilot phase opened to the public, OCW materials have been translated into at least 10 languages, including Spanish, Portuguese, Chinese, French, German, Vietnamese, and Ukrainian. Under the OCW Creative Commons license, users are allowed to translate OCW materials into the language of their choice. Learn how to apply models for cellular materials to natural materials such as wood, cork, monocotyledon leaves, skulls, palm and bamboo.
Learn how to design and optimize the physical, financial, and information flows of a supply chain to enhance business performance. Learn to create your own mobile app using HCI principles and how to report research findings in a formal CHI-style paper. Learn how electronic devices, such as diodes and transistors, are designed to exploit the electrical properties of materials. Learn how protein therapeutics are manufactured and explore the fundamental principles of biopharmaceutical manufacturing.
Learn about the optical properties of materials, including how LEDs, lasers, and solar cell devices are designed. This course provides a practical overview for selecting, implementing, and evaluating educational technology initiatives.
Learn how magnetic devices, such as hard drives and magneto-optical disks, are designed to exploit the magnetic properties of materials. Learn how to manage and harness the dynamics and interactions between firms and entities within a supply chain. This project-based course explores the process of designing and developing educational games, including issues associated with assessment, implementation and marketing. Master and apply the core methodologies used in supply chain analysis and modeling, including statistics, regression, optimization and probability. Learn how technology is used in supply chain systems from fundamental concepts to innovative applications.
Taught by Eric von Hippel, the founding scholar of user innovation, this course will help you think about what problems you should choose to solve and how to share your innovations with others. Learn how to speed up digital circuits and build amplifiers in the design of microchips used in smartphones, computers, and the Internet. Learn about cool applications, op-amps and filters in the design of microchips used in smartphones, computers, and the internet. Understand how randomized evaluations can be used to evaluate social and development programs. Learn about entanglement and Bell inequalities, representations and addition of angular momentum, and central potentials. A practical introduction to game design and game design concepts, emphasizing the basic tools of game design: paper and digital prototyping, design iteration, and user testing.
Learn to create your own mobile app using HCI principles and discover how people use apps in their daily lives through user feedback and data analysis. Through inspiring examples and stories, discover the power of data and use analytics to provide an edge to your career and your life. Learn how to apply foam models to trabecular bones and osteoporosis as well as to scaffolds for tissue engineering. Master the calculus of curves and coordinate systems; approximate functions with polynomials and infinite series.
Explore ways to improve job opportunities and develop a personal plan for lifelong career success.
Learn about the Heisenberg uncertainty principle, quantum dynamics and two-state systems including applications to NMR and masers. A course for those who are interested in the challenge posed by massive and persistent world poverty. Learn fundamental concepts for logistics and supply chain management from both analytical and practical perspectives.
Discover the concepts, theories, models, and methods used in the aerodynamic analysis and design of modern aircraft.
An introduction to probabilistic models, including random processes and the basic elements of statistical inference. This is a college-level Introductory Newtonian Mechanics course designed for both students and teachers.

Learn to create your own mobile app using methods from Mobile Human Computer Interaction (HCI). Learn the foundations of quantum mechanics, including wave mechanics, spin one-half states, linear algebra and bra-ket notation of Dirac. Learn how to model the mechanical properties of honeycombs and foams and to apply the models to material selection in engineering design. This project-based course explores educational technologies and the theories underlying their development through interviews with experts in the field.
Learn the business skills and startup mindset needed to embark on your entrepreneurial path from MIT’s entrepreneurship program, MIT Launch. Fifth part of a course in modern atomic and optical physics: the physics of atomic coherence. Learn the theory and practice of controller design and build an electronic propeller-levitated arm in the Arduino platform. Fourth part of a course in modern atomic and optical physics: the physics of line shapes and two-photon transitions.
In this interactive computer science course from MIT you’ll learn the basic principles of computer architecture.
Third part of a course in modern atomic and optical physics: the physics of interactions of atoms with an electromagnetic field.
Explore materials from the atomic to the continuum level, and apply your learning to mechanics and engineering problems.
Strengthen your scientific thinking and experimental design skills in this adventure through transcription and transposition. Learn about humanity’s rich architectural history on this journey around the globe – from 100,000 BCE to ca. Using economic theory and data analysis, explore the economic lives of the poor, and the ways to design and implement effective development policy.
First part of a course in modern atomic and optical physics: the physics of resonances, a central theme in atomic physics.
Learn chemical principles by examining materials with examples from energy generation and storage to emerging technologies. An in-depth adventure through DNA replication and repair to strengthen your scientific thinking and experimental design skills.
Learn from an award-winning master photographer how to create stunning images of science and engineering.
An introduction to highlights from the technical side of philosophy--from the higher infinite to Godel's Theorem.
15.662x explores how the next generation workforce can shape the future of work to realize its version of the American Dream. An upper-level undergraduate engineering course that explores the structure and symmetry of materials and the profound effect that structure has on physical properties of materials. The lists have been prepared by the OCW staff as a study aid, and are not official requirements of MITx programs. I don’t need to tell you that the Internet has given us access to more free knowledge than ever before. You don’t receive college credit for completing a MOOC course, but you do get a grade and a certificate of mastery. The day has arrived when all of us can say we’ve taken a course through Harvard, Princeton or MIT.
This entry was posted in Creative Inspiration and tagged Circuits and Electronics class MIT, free education courses, free online classes Ivy League universities, Harvard courses free, Harvard courses online, Harvard free online education courses, Massachusetts Institute of Technology, Massachusetts Institute of Technology free online courses, Massively Open Online Courses Harvard, Massively Open Online Courses MIT, Massively Open Online Courses Princeton, Massively Open Online Courses University of Pennyslvania, MIT courses online, MOOC, MOOC program, online college courses for free, open enrollment online classes, University of Michigan free online classes, University of Pennsylvania online courses. Online is definitely a big part of the future for education – from acknowledged experts or peer-to-peer. MIT OpenCourseWare is a free & open publication of material from thousands of MIT courses, covering the entire MIT curriculum.
The MIT Department of Physics has been a national resource since the turn of the 20th century. Copyright © 2013 Caroldoey, All trademarks are the property of the respective trademark owners. The translated courses have links on their OCW homepages directly to the Universia-translated version.
The translated courses have links on their OCW homepages directly to the OOPS-translated version in Traditional Chinese. The University offers more than 127 programs at Master's and more than 65 courses at Ph.D. TUBA also promotes scientific research and provides scholarships, financial support, and award programs for the next generation of Turkish scholars. Users can utilize quality contents with educational worth and provide Korean translation as volunteers. NEITHER THE MIT FACULTY AUTHORS, MIT, NOR MIT OPENCOURSEWARE WARRANT THE ACCURACY OR COMPLETENESS OF THE TRANSLATIONS. To complement these MITx courses, we also provide short lists of related OCW courseware that may be helpful as study aids.

It covers all of the topics and learning objectives specified in the College Board Course Description for Advanced Placement® Physics C (Mechanics) course.
Just one glance around a restaurant, coffee shop or retail store, and you’re bound to see people Googling manically on their smartphones (hopefully about something other than the latest Hollywood gossip).
MIT’s first stab at the free online courses, a Circuits and Electronics class offered in March, attracted 120,000 enrollees.
The question is, how many of us are going to take these Ivy League institutions up on their offer? Our Department has been at the center of the revolution in understanding the nature of matter and energy and the dynamics of the cosmos. The translated courses have links on their OCW homepages directly to the SNOW-translated version in Korean. MIT AND MIT OPENCOURSEWARE MAKE NO REPRESENTATIONS OR WARRANTIES OF ANY KIND CONCERNING THE TRANSLATED MATERIALS, EXPRESS OR IMPLIED, INCLUDING, WITHOUT LIMITATION, WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE, NON-INFRINGEMENT, OR THE ABSENCE OF ERRORS, WHETHER OR NOT DISCOVERABLE. But a new concept called Massively Open Online Courses (MOOC is the catchy acronym) is bringing the idea of accessible education to a whole new level. Only 10,000 completed the course, but the experiment is still a giant leap toward building a global community of learners. Whether we’re taking online education courses or researching our latest obsessions on Wikipedia, one thing is clear: the only limit to how much information we accumulate is ourselves. Sociocultural anthropology draws its data from the direct study of contemporary peoples living in a wide variety of circumstances, from peasant villagers and tropical forest hunters and gatherers to urban populations in modern societies, as well as from the history and prehistory of those peoples. Additionally, the Archived Anthropology Courses page has links to every archived course from this department.
Our faculty - three of whom hold Nobel Prizes and 21 of whom are members of the National Academy of Sciences - include leaders in nearly every major area of physics. NEITHER MIT NOR MIT OPENCOURSEWARE BEAR ANY RESPONSIBILITY FOR ANY INACCURACIES IN TRANSLATION. With more than 2,200 courses available, OCW is delivering on the promise of open sharing of knowledge.
The idea is simple: Universities like Harvard and the Massachusetts Institute of Technology are starting to offer free online courses, and everyone — that includes you, writer — can enroll. Higher-education heavy hitters like Princeton, the University of Pennsylvania and the University of Michigan have also signed on to offer MOOCs in the near future.
The Anthropology Program at MIT offers students a broad exposure to the discipline as well as an anthropological perspective on problems and issues relevant to other fields in the humanities, social sciences, and engineering. World leaders in science and engineering, including 10 Nobel Prize recipients, have been educated in the physics classrooms and laboratories at MIT. It also provides more intensive introduction to areas of faculty specialization, which include social and political organization, economics and human ecology, religion and symbolism, and the anthropology of medicine and scientific research. Alumni of the MIT Department of Physics are to be found on the faculties of the world's major universities and colleges, as well as federal research laboratories and every variety of industrial laboratories. Geographical specializations include cultures of Latin America, the Middle East, and the United States. Our undergraduates are sought both by industry and the nation's most competitive graduate schools. The anthropology curriculum is divided into six groups that show the breadth of the field, with particular emphases: introductory, social anthropology, technology in cultural context, and areal and historical studies.
Our doctoral graduates are eagerly sought for postdoctoral and faculty positions, as well as by industry. The MIT Physics Department is one of the largest in the nation, in part because it includes astronomy and astrophysics. MIT Anthropology students learn about the concept of culture, the nature of anthropological fieldwork, and the connections between anthropology and the other social sciences.
Our research programs include theoretical and experimental particle and nuclear physics, cosmology and astrophysics, plasma physics, theoretical and experimental condensed-matter physics, atomic physics, and biophysics. They study the various theories that attempt to explain human behavior as well as the range of methods anthropologists use to analyze data. Our students - both undergraduate and graduate - have opportunities to pursue forefront research in almost any area. Students can focus on geographical areas, and on issues like neocolonialism, gender studies, religion and symbolism, or comparative political organization. Beyond that, our physics majors pursue a program that provides outstanding preparation for advanced education in physics and other careers. Our undergraduates have unusual opportunities for becoming involved in research, sometimes working with two different groups during their four years at MIT.

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