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215 courses
Connect introductory electrical engineering and computer science through models, computation and physical systems. Lectures and recitations provide a foundation for reasoning across software and electronics.
Study small-molecule spectroscopy and chemical dynamics through MIT's advanced lecture sequence. The course connects molecular energy structure with the interpretation of spectroscopic observations.
Explore the teaching of science and engineering at university level. The lectures focus on educational practice and the challenges of helping students reason with demanding technical material.
Study mathematical methods used in computational science and engineering. MIT lectures and recitations connect matrix-based reasoning with numerical representations of physical and engineering problems.
Develop an introduction to lasers and fiber optics through an extended lecture sequence. The videos explain core physical concepts that support optical sources and the transmission of…
Survey psychology through the scientific study of mind, brain and behavior. The MIT lecture sequence introduces major questions in perception, learning, memory, development and social interaction.
Explore the relationship between evolution, design and literary interpretation through MIT classroom lectures. The course offers a humanities perspective on how scientific ideas shape arguments and narratives.
Examine reflective practice as a way to learn from complex professional situations. Lectures discuss framing, knowledge, disagreement and the relationship between action and reflection.
Explore experimental measurement in biological engineering through atomic-force microscopy tutorials and demonstrations. The available videos focus on instrumentation, force measurements and noise rather than an entire laboratory…
Study television as a medium through historical development, genres and critical discussion. The classroom recordings support analysis of how television programs and broadcasting practices create meaning.
Explore lasers and optics through laboratory demonstrations. The videos show interference, optical fibers and laser phenomena, providing visual support for conceptual study without requiring laboratory equipment.
Observe electromagnetic principles through recorded demonstrations of charge, conduction, induction and waves. The collection connects visible experimental effects with concepts from electromagnetic-field theory.
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