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215 courses
Examine deliberation and dispute resolution through recorded workshop sessions. The collection explores how democratic discussion and negotiated processes can respond to complex public disagreements.
Explore black holes and cosmology through relativity and astrophysical examples. The lectures connect gravitational theory with cosmic structure and the physical questions raised by extreme environments.
Continue digital-communication theory through an advanced MIT lecture sequence. The course extends the mathematical tools used to reason about coding, detection and reliable communication.
Connect thermodynamics and chemical kinetics through an undergraduate physical-chemistry lecture sequence. The course develops ways to reason about energy, equilibrium and rates of chemical change.
Extend calculus to several variables through vectors, gradients and multiple integration. MIT lectures connect geometric intuition with the techniques used to analyze fields and multivariable functions.
Study atomistic approaches to modeling materials through MIT's computational lecture sequence. The course connects microscopic descriptions with methods for investigating material properties and behavior.
Develop a foundation in digital communications through information, coding and transmission models. The lectures connect probabilistic reasoning with the design of systems that convey data.
Explore multicore programming through lectures, recitations and project examples. The recordings introduce parallel-computing ideas in their original hardware and software context.
Learn single-variable calculus through a systematic MIT lecture sequence. The course develops differentiation and integration as tools for reasoning about functions, change and accumulated quantities.
Explore the control of manufacturing processes through an advanced engineering lecture sequence. The course connects process behavior, variation and feedback with questions about consistent production.
Study control for robots with fewer actuators than mechanical degrees of freedom. The lectures connect nonlinear dynamics with strategies for reasoning about motion and feedback.
Develop circuit and electronics fundamentals through MIT lectures. The course connects component models with the analysis of electrical networks and the behavior of basic electronic systems.
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