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Olivier Trescases - Student Activities Chair
Olivier Trescases completed his master's and doctoral degrees at the University of Toronto in 2007 and 2004
respectively. His Ph.D. dissertation dealt with high-efficiency, digitally controlled integrated switched-mode power
supplies for portable applications. Dr. Trescases has published over 25 papers in some of the top IEEE conferences
in power electronics. He received two best-paper awards and one IEEE Vehicular Technology award. From 2007
to 2009, he worked as a concept engineer and mixed-signal circuit designer at Infineon Technologies in Austria,
one of the top-10 semiconductor manufacturers. While at Infineon, he designed application-specific ICs in BCD
(Bipolar/CMOS/DMOS) fabrication technologies for safety-critical automotive applications, such as electronic control
units for airbag modules. He is the co-inventor for one pending and two granted patents.
Dr. Trescases joined the Department of Electrical and Computer Engineering as an Assistant Professor in January
2009, where he conducts research on power electronics for automotive, industrial, aerospace and photovoltaic
(solar) applications. He is currently engaged in a number of research projects dealing with distributed peak power
tracking for solar applications, power converters for high-brightness LEDs, battery management circuits for electric
vehicles, integrated power converters and digital control schemes. He currently teaches undergraduate and
graduate-level courses on advanced switched-mode power supplies. He is a member of the executive committee
for the IEEE Toronto Section, where is currently serving as Student Activities Chair. He is a member of the
technical committee for IPEC, the International Conference on Electronics, Circuits and Systems (ICECS) and the
CMOS Emerging Technologies Workshop (CMOSET). He has experience in a wide range of topics in the field of
power electronics, such as digital control, efficiency optimization, mixed-signal IC design, protection schemes,
system-level modeling, device-level design, packaging, and power transistors.
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