Learn · Computation Structures

Lecture 13 of 35Instructor Insights34 min

Engineering Learning Materials: An Iterative Process

Chris Terman · Massachusetts Institute of Technology

At MIT OpenCourseWare Transcript

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From
Computation Structures, Massachusetts Institute of Technology (at MIT OpenCourseWare)
Licence
CC BY-NC-SA 4.0, as MIT OpenCourseWare states it. Non-commercial use only.
Attribution
Chris Terman. Computation Structures. Spring 2017. Massachusetts Institute of Technology: MIT OpenCourseWare, https://ocw.mit.edu/. License: Creative Commons BY-NC-SA.
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All the lectures

  1. An Interview with Christopher Terman on Teaching Computation Structures 34 min · Video
  2. Meet the Educator 34 min · Video
  3. When Students Come with Different Backgrounds, Offer a Buffet of Learning Materials 34 min · Video
  4. Using the MITx Platform to Structure Learning Sequences 34 min · Video
  5. Conceptualizing Online Courses as Educational Labs 34 min · Video
  6. Teaching Large Lecture Classes: The Importance of Stories and Disfluency 34 min · Video
  7. The Teaching Team: From Lab Assistants to Faculty Members, the Range of Experience is Key 34 min · Video
  8. With Online Fora, Being Stuck is Just a 10-Minute Process 34 min · Video
  9. Using Browser-Based Programming Environments to Engage Students in the Practice of Engineering 34 min · Video
  10. A Common Challenge Students Face: Developing Confidence in Systematically Solving Problems 34 min · Video
  11. Hallway Learning: The Value of Common Learning Experiences at the Undergraduate Level 34 min · Video
  12. The Fun is in the Doing of the Puzzle: Self-Paced Mastery Learning and Moving Beyond the Answer 34 min · Video
  13. Engineering Learning Materials: An Iterative Process 34 min · Video
  14. Hand-on, Minds On with Dr. Christopher Terman 18 min · Video
  15. What is information? (2:16) 3 min · Video
  16. Concrete Encoding of Information (4:16) 5 min · Video
  17. MOSFET: Physical View (7:59) 8 min · Video
  18. Sum of Products (9:38) 10 min · Video
  19. Digital State (10:05) 11 min · Video
  20. Finite State Machines (5:56) 6 min · Video
  21. Latency and Throughput (6:17) 7 min · Video
  22. Power Dissipation (11:48) 12 min · Video
  23. Datapaths and FSMs (5:17) 6 min · Video
  24. Intro to Assembly Language (8:13) 9 min · Video
  25. Intepretation and Compilation (9:36) 10 min · Video
  26. Procedures (10:04) 11 min · Video
  27. Building Blocks (10:13) 11 min · Video
  28. Memory Technologies (4:16) 5 min · Video
  29. Improving Beta Performance 10 min · Video
  30. Even More Memory Hierarchy 8 min · Video
  31. Recap: Virtual Memory 5 min · Video
  32. OS Device Handlers 7 min · Video
  33. Interprocess Communication 10 min · Video
  34. System-level Interfaces 8 min · Video
  35. Instruction-level Parallelism 14 min · Video