Image showing the SSE Curriculum flow for Undergraduate and Graduate StudentsEECS202 EECS223 EECS250 EECS381 EECS388 EECS403 EECS384 EECS401 EECS402 EECS385 EECS405 EECS409 EECS495

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)

last updated 05/20/2015