Introduction

Welcome from the Director, Dr. Asif Khan
Electrical Engineering Department
Director of Photonics & Microelectronics Laboratory
Distinguished Professor of Engineering
Carolina Distinguished Professor
 
Dr. Asif KhanWelcome to the University of South Carolina (USC) Photonics & Microelectronics Lab (PML).  

The Photonics & Microelectronics Research Program in the Electrical Engineering Department at the University of South Carolina is focused around Wide Bandgap AlInGaN and SiC material systems.  It includes a comprehensive curriculum that provides a broad training combined with cutting edge research in opto-electronic materials and devices and systems disciplines.  The research is carried out in a state-of-the art 15,000 square foot clean room facility in labs that are capable of research and development in fabrication and testing of active and passive photonics devices, fiber-optical components, and opto-mechanical packaging.  The USC Photonics & Microelectronics Research Program is unique in the following aspects:

 
bullet The USC PML is the only research program in the country that offers a complete package from substrate technology to AlInGaN materials and device fabrication and packaging.
 
bullet It is one of a handful of university programs that conducts research in both  microwave electronic (FET’s) and UV-visible photonic devices (LED’s, lasers and photo detectors).
 
bullet It provides students the opportunity to participate in R&D programs with several high tech companies commercializing AlInGaN technology.
 
bullet The USC PML is the only program in the country that has a six-wafer industrial seal MOCVD system.  This provides students hands-on training on industrial machines and exposes them to research in scale-up and manufacturing issues.
 
bulletThe research faculty of the USC PML has extensive experience in wideband gap materials and devices research. They have pioneered several new and unique research thrusts.  Close interactions with these experienced researchers provide the students with unparalleled learning opportunities.

Our Mission

bullet To conduct state-of-the-art research aimed at developing materials and device technologies for wide bandgap semiconductors such as AlInGaN.  
 
bullet To educate and prepare students through effective teaching and research leadership producing qualified scientists for the future.
 
bullet To transfer advanced technologies developed at the University of South Carolina to the commercial arena via collaborations with industries and other research and development professionals.
 

  Our Goals

bullet Establish vertically integrated capabilities for materials and device fabrication, packaging, and testing.
 
bullet Establish an interdisciplinary photonics- microelectronics education program in the College of Engineering.
 
bullet Strengthen USC’s position in photonics by hiring recognized leaders in the core technology disciplines.
 
bullet Transition technology from R&D to industrial applications via small business incubation.
 
bullet Establish active research and product deve- lopment programs with industrial sponsors.

 

Send mail to heidaria@engr.sc.edu with questions or comments about this web site.
Last modified: February 19, 2007