ECE at Lehigh
Welcome from the Chair
Welcome to the Department of Electrical and Computer Engineering at Lehigh University. Browse our website and learn of the vitality of our educational and research programs, which rank among the strongest in the nation, and of our distinguished faculty who are dedicated to providing a first-rate educational experience to our students.
Electrical Engineering Program
Why choose Electrical Engineering?
Exciting, rewarding, challenging, flexible, career-building, making a difference, and giving back to society. These are some of the ways our graduating seniors describe their electrical engineering experience at Lehigh. They know that electrical engineers are, and always will be, at the forefront of technological innovation.
Computer Engineering Program
The ECE and CSE departments pool their talents to provide an excellent cross departmental Computer Engineering program. Please do not hesitate to visit the Lehigh University Computer Engineering website to find more information regarding this growing and expanding program, at both the undergraduate and graduate levels.
Chee Loon Tan
Chee Loon Tan is a recent Doctoral Student in Electrical Engineering
Chee Loon Tan pursued his graduate studies in Prof. Boon Siew Ooi's group, and was a student member of the Center for Optical Technologies. His research interests include studies and demonstrations of a unique system of semiconductor laser devices, i.e. ultra-broadband quantum dot/dash laser diodes (BLD). During the past four years, he spent much of his time seeking to control the lasing characteristics of BLD through the use of a postgrowth disordering technique and epitaxial layer design. BLDs are diode lasers with ultra-broad lasing bandwidth, induced by collective individual modes lasing simultaneously from each active ensemble. They can provide a single-chip solution as an alternative to hundreds of present distributed-feedback and Fabry-Perot laser diodes. He has demonstrated the potential of BLDs in prototype form and reported his research results in major scientific publications. Most previous approaches required complex design and can only provide lasing window over a narrow range of light wavelengths. In his research, he has made a major contribution in this area by developing a BLD over a broad wavelength range of close to one hundred nanometers, opening the door to the control of light waves on a monolithic chip. MORE...