Electrical Engineering Tentative Schedule 2007-08
| Note: Tentative schedule—subject to change. | ||||
| LOWER-DIVISION | ||||
|---|---|---|---|---|
| Class | Title | Fall 2007 | Winter 2008 | Spring 2008 |
| 70/L | Introduction to Electronic Circuits & Lab | Kubby | Hwang | |
| 80J | Renewable Energy Sources | Shakouri | ||
| 80S | Sustainability Engineering and Practice | Shakouri |
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| 80T | Modern Electronic Technology & How it Works | Pedrotti | ||
| UPPER-DIVISION | ||||
| Class | Title | Fall 2007 | Winter 2008 | Spring 2008 |
| 103 | Signals & Systems | Friedlander |
|
Friedlander |
| 115 | Introduction to MEMS Design | Kubby |
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| 123A | Engineering Design Project I | Vesecky | Laws | |
| 123B | Engineering Design Project II | Vesecky | Laws | |
| 130/L | Introduction to Optoelectronics & Photonics w/lab |
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| 135/L | Electromagnetic Fields & Waves w/lab | Wiberg | ||
| 136 | Engineering Electromagnetics |
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| 145/L | Properties of Materials w/lab | Schmidt | ||
| 151 | Communications Systems | Narasimhan |
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| 152 | Introduction to Wireless Communications |
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| 153 | Digital Signal Processing | Mantey |
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| 154* | Feedback Control Systems |
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| 171/L | Analog Electronics w/lab | Petersen |
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| 172 | Advanced Analog Circuits |
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| 178 | Device Electronics | Walters | ||
| GRADUATE | ||||
| Class | Title | Fall 2007 | Winter 2008 | Spring 2008 |
| 200 | Research & Teaching in Electrical Engineering | |||
| 211 | Introduction to Nanotechnology | Schmidt | ||
| 212 | Introduction to BioMEMS | |||
| 215 | MEMS Design | |||
| 221* | Advanced Analog Integrated Circuits | Pedrotti |
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| 222* | High Speed Low Power Integrated Circuit Design | |||
| 223 | Advanced Solid State Devices | Kobayashi (Telecast) |
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| 224 | Physical Design of Micro & Optoelectronic Packages | |||
| 230 | Optical Fiber Communication | Gu | ||
| 231* | Optical Electronics |
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| 232 | Quantum Electronics |
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| 233 | Fiber Optics & Integrated Optics | Gu | ||
| 234 | Liquid Crystal Displays | |||
| 235 | Optical Information Storage & Processing | |||
| 241 | Introduction to Feedback Control Systems | Elkaim |
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| 250 | Digital Signal Processing |
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| 251 | Principles of Digital Communications |
|
Friedlander | |
| 252 | Wireless Communications |
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| 253 | Information Theory | Sadjadpour |
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| 255 | Multiple-Antenna Wireless Communications |
|
Narasimhan (Telecast) | |
| 261* | Error Control Coding | Sadjadpour |
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| 262 | Statistical Signal Processing I |
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| 263 | Advanced Topics in Coding Theory |
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| 264 | Image Processing & Reconstruction |
Milanfar(Telecast) |
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| 265 | Introduction to Inverse Problems | |||
| 270 | Neural Implant Engineering (Winter & Spring Course - enroll in Winter only) |
Liu |
Liu |
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| 280B | Seminar on Integrated Bioelectronics | Liu |
Liu |
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| 280I | Seminar on Microscopy and Nanotechnology | |||
| 280M | Seminar on MEMS | Kubby |
Kubby |
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| 280O | Seminar on Applied Optics | Schmidt |
Schmidt |
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| 280Q | Seminar on Quantum Electronics & Nanoelectronics | Shakouri |
Shakouri |
Shakouri |
| 281 | Guest Seminar Series | Mingo |
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| 283 | Special Topics in Electrical Engineering | |||
| 290 | Graduate Seminar | Kobayashi |
Kobayashi |
Kobayashi |
| 293 | Advanced Topics in Electrical Engineering | Kobayashi (Telecast) |
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| 293 | Advanced Topics in Electrical Engineering | Narasimhan |
Pedrotti |
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