Core Textbooks
 Fundamentals of Solid State Engineering, Third Edition M. Razeghi Springer Science, published 2009 |
 Technology of Quantum Devices M. Razeghi Springer Science, published 2010 |
 The MOCVD Challenge, Second Edition M. Razeghi Taylor and Francis/CRC Press, published 2010 |
Undergraduate Course List
| Course No. | Title |
| EECS 202 | Introduction to Electrical Engineering |
| EECS 223 | Fundamentals of Solid State Engineering |
| EECS 250 | Physical Electronics and Devices |
| EECS 381 | Electronic Properties of Materials |
| EECS 384 | Solid State Electronic Devices |
| EECS 385 | Optoelectronics |
| EECS 388 | Nanotechnology |
| EECS 389 | Superconductivity and Its Applications |
Graduate Course List
| Course No. | Title |
| EECS 381 | Electronic Properties of Materials |
| EECS 384 | Solid State Electronic Devices |
| EECS 385 | Optoelectronics |
| EECS 388 | Nanotechnology |
| EECS 401 | Fundamentals of Electronic Devices |
| EECS 402 | Advanced Electronic Devices |
| EECS 403 | Quantum Semiconductors |
| EECS 405 | Advanced Photonics |
| EECS 409 | Semiconductor Lasers |
| EECS 495 Elective | Quantum Mechanics of Solids |
| EECS 495 Elective | Low Dimensional Semiconductor Structures |
| EECS 495 Elective | Theory of Quantum Devices |
| EECS 495 Elective | Epitaxial Growth (MBE, MOCVD) |
| EECS 495 Elective | Characterization of Semiconductor Material |
| EECS 495 Elective | Semiconductor Device Modeling |
| EECS 495 Elective | Photodetectors and their applications |
| EECS 495 Elective | Optoelectronic integrated circuits (OEICs) |