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UBC School of Engineering

Graduate Studies in Electrical Engineering

Integrated Micro and Nanosystems

Integrated micro and nanosystems research is headed by Dr. Kenneth Chau, Dr. Jonathan Holzman, and Dr. Stephen O'Leary.

Integrated micro and nanosystems research encompasses numerous areas of applied sciences, including integrated devices, photonics and new material systems. Innovative engineering solutions are being developed for high-speed all-optical signal processing, free-space (wireless) optical communication, lab-on-a-chip biosensing with digital microfluidic architectures, and surface plasmon sensors. These applications bring together a variety of research topics in developing innovative integrated systems.

UBC Graduate Courses (Okanagan campus):

Course	Credits	Title
ENGR 572	3	Photonic Engineering
ENGR 559	3	Advanced Electromagnetics
ENGR 592	3	Fibre Optics and Photonics
ENGR 555	3	Advanced Electronic Materials and Devices

UBC Graduate Courses (Vancouver campus):

Course	Credits	Title
EECE 576	3	Semiconductor Theory for Device Applications
EECE 577	3	Solid State Electronic and Photonic Devices
EECE 582	3	Optical Fibers and Devices

UBC Undergraduate Courses* (Okanagan campus):

Course	Credits	Title
ENGR 353	3	Semiconductor Devices
ENGR 365	3	Engineering Electromagnetics
ENGR 470	3	Microwave Engineering
ENGR 472	3	Fibre Optics and Photonics

*A maximum of 6 credits of 300 or 400 level courses are permitted. A course may not be taken if a similar course was taken as an undergraduate student.

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Last reviewed 9/9/2011 7:23:51 AM