Inspiring Teachers | Teaching Excellence at MIT

Amar Bose: 6.312 Lecture 26—Acoustic Wave Technology

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Topics include: distortion; acoustic wave technology; reflections on the process of invention; active noise cancellation; Hilbert transforms; patents and the IPO; demonstration with Bose speaker. Recorded: Dec. 12, 1995.

Amar G. Bose: 6.312 Lecture 04—Sinusoidal Examples

Teaching Excellence at MIT 11 years ago

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Topics include: one-dimensional wave case; sinusoidal case; exponential building block; characteristic impedance of the medium; transmission line equations. Recorded: Sept. 19, 1995.

Champions of Teaching Excellence

Teaching Excellence at MIT 11 years ago

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A. Neil Pappalardo ’64 is a champion of teaching excellence at MIT. Born in Rochester, New York, Neil Pappalardo received the S.B. degree in Electrical Engineering from MIT. Following graduation Neil pursued his int...

James K. Roberge: 6.302 Lecture 02 — Effects of Feedback Noise and Nonlinearities

Teaching Excellence at MIT 11 years ago

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Topics include: noise modification; moderating nonlinearities; power audio amplifiers; demonstrations. Recorded: 1985.

Amar G. Bose: 6.312 Lecture 18—Permanent Magnets

Teaching Excellence at MIT 11 years ago

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Topics include: permanent magnets; omni vs. cardioid; first transatlantic cable; Norbert Wiener and first use of network synthesis; Kirchhoff's laws; magnetic materials and Alnico; future of electrical systems in auto...

Banerjee & Duflo: 14.73 Lecture 16 — Insurance

Teaching Excellence at MIT 11 years ago

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Prof. Abhijit Banerjee's lecture covers risk and insurance for the world's poor. Recorded 2011.

Patrick Winston: 6.034 Lecture 15 — Learning: Near Misses, Felicity Conditions

Teaching Excellence at MIT 11 years ago

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Recorded November 3, 2010.

Amar G. Bose: 6.312 Lecture 03—Waves, Vectors, Networks

Teaching Excellence at MIT 11 years ago

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Topics include: vector wave equation derivation (cont.); timeline waves; complex vectors; waves and networks. Recorded: Sept. 14, 1995

Amar G. Bose: 6.312 Lecture 11—Acoustical Elements

Teaching Excellence at MIT 11 years ago

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Topics include: loop and node methods (review); mechanical circuits; acoustic elements; compliance, mass, resistance; three-node network. Recorded: Oct. 17, 1995.

James K. Roberge: 6.302 Lecture 07 — Stability via Frequency Response

Teaching Excellence at MIT 11 years ago

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Topics include: stability of a feedback system based on frequency response measurements; Nyquist test; mapping; gain-phase representation; Nichols Chart. Recorded: 1985.