In the News: GATE Center will offer 3-day training on electric drive vehicles, $99/person for GATE Industry partners, and $1395/person for the general public, click here for course description and registration information. Professor Chris Mi elevated to IEEE
Fellow. Read the full story
http://www.ieee.org/membership_services/membership/fellows/index.html
The GATE award Professor Mi received from DoE is featured in UM Record update. Read the full story
Visit the GATE Center Website here
US Department of Energy Awards Will Promote
Electric Vehicles in 24 States and Train a Workforce for Advanced Vehicle
Development. The University of Michigan-Dearborn GATE Center for Electric
Drive Transportation is one of seven recipients. DOE Announces $2.4 Billion in Grants to Accelerate
the Manufacturing and Deployment of the Next Generation of U.S. Batteries,
Electric Vehicles, and PHEVs. The University of Michigan-Dearborn is part
of this historic effort.
University of Michigan-Dearborn receives $2.3
million from Chrysler to work on the Ram Truck PHEV program. Read full story
"Plugged
In", news story from the Report.
U-M to receive funds to prepare workforce for
green technology.
Read full
story here.
New books
Chris Mi, Abul Masrur, and Wenzhong Gao, Modern Hybrid Electric Vehicles, Wiley, 2011,
ISBN
978-0-470-74773-5.
Order from Wiley
or
Amazon. Errata of the book
can
be found here
Hua Bai, Transients in Modern Power Electronics, Wiley, 2011,ISBN
978-0-470-68664-5.
Order from Wiley
or
Amazon. Errata of the book
can be found here
Xi Zhang, Chris Mi, Vehicular Power Management, Springer, 2011,
Order from
Springer or
Amazon. Errata of the book
can
be found here
The Authors appreciate your feedback. Please send your comments/corrections
of the above books to Prof. Chris Mi chrismi(at)umich(dot)edu. Quick Links:
The Fifth IEEE International Vehicle Power and Propulsion Conference (General
Chair)
Power Group Summer 2010.
Courses taught:
course material is available on vlt:
vlt.engin.umd.umich.edu
ECE210 Electric Circuits
Syllabus
ECE311 Electronic Circuits
Syllabus
ECE414 Electronics Design
Syllabus
ECE415 Power Electronics
Syllabus
AE 510 Vehicle Electronics I
Syllabus
ECE515 Vehicle Electronics II
Syllabus
ECE517 Advanced Industrial Electronics and Motor Controls
Syllabus
ECE546 Electrical Vehicles
Syllabus
ECE5462 Hybrid Electric Vehicles
Syllabus
ECE646 Advanced Electric
Drive Transportation
ECE615 Advanced Power
Electronics
ECE436 Electric Machines and
Hybrid Drives (DOE Sponsored)
ECE4431 Vehicular Power Systems and
Loads (DOE Sponsored)
Professional development courses:
C1045 Power
Electronics for Electrified Vehicles
C0511 Hybrid Electrical Vehicles (Register through sae.org)
Syllabus
ECExxx Battery
Management Systems
ECExxx Plug-in Hybrid
Electric Vehicles
Other courses of interest:
ECE425
Introduction to Electric Drive Systems ECE443
Intro to Electric Power Engineering
ECE446 Electromechanical Energy Conversion ECE5XX
Power Systems I ECE5XX Advanced Power System Analysis
CEE2024
Planetary Gear Based Hybrid Electric Vehicle Powertrain and e-CVT
CEE2026
Advanced HEV Power Electronics
CEE2025
Electrical Engineering Fundamentals Renewable
and distributed energy systems; power electronics; electric and hybrid vehicles;
plug-in HEV; electric power systems; speed-variable drives;
permanent magnet machines; power
systems; digital and analog electronics; finite element and analytical
methods of electromagnetic fields; design, modeling, simulation and optimization
of electrical machines; special electrical motors and generators for land, sea,
air, and other industrial applications. Please refer to the
list
of research projects
or visit the
DTE Power Electronics and Electric Drives Laboratory
for more information. Dr. Mi obtained his Ph.D from the University
of Toronto in 2001. Prior to joining the
Department of
Electrical and Computer Engineering at the University
of Michigan - Dearborn , Dr. Mi worked for General
Electric Canada in Peterborough from 2000 to 2001, designing large
electrical motors and generators. Dr. Mi has a B.Sc and M.Sc from Northwestern
Polytechnical University, Xi'an, China in 1985 and 1988, respectively. He taught at Northwestern
Polytechnic University from 1988 to 1994. He then joined Xi'an
Petroleum Institute as Associate Department Chair and Associate Professor from 1994 to 1996. He
worked at the University of Toronto as a visiting scientist from July 1996 to
August 1997. He pursued his Ph.D degree at the University of Toronto from September 1997
to August 2000. During his past career, Dr. Mi has designed electrical motors
and generators ranged from a few Watts to 40,000 kilowatts. Dr. Mi is the past-Chair of the
IEEE Southeast Michigan Section
of
IEEE
Region 4.
Dr. Mi has won
top awards, including the
the
2005 Distinguished Teaching Award, the 2009
Distinguished Research Award, National Innovation Award and
Government Special Allowance, Science and Technology Awards, Gold Medal Patent Award, SAE Environmental Excellence in
Transportation (E2T) Award, IEEE Southeastern Michigan Section Outstanding
Professional Award, IEEE Region 4 Outstanding Engineer Award, and is a member
of the Eta Kappa Nu (HKN) Honor Society. He has published 100 technical papers. Dr. Mi is originally from China, a country with the largest population in
the world. If
you ever visit China, do not forget to see the greatest terracotta warriors and horses
in the city of Xi'an. He would be glad to give you some advices on your personal or
business tour! Dr. Mi
is the associate editor of IEEE Transactions on Vehicular Technology
(2009-2011). He was the Associate editor of Journal of Computers, Circuits,
and Systems (2007-2009).
Useful Links:
University of Michigan
UM-Dearborn
College of Engineering ECE
UM-Dearborn professor to chair "e-conference" on hybrid-electric vehicles
Lear Donates Battery Powered Vehicle
DTE Energy Funds Premier Power
Electronic Lab
WWJ's Great Lakes IT Report, August 2, 2005
Still accept post-doctoral fellow, doctoral students, graduate students,
exchange students, in the research
areas of power electronics, alternative energy, electric and hybrid vehicles, PM
machines and variable speed drives. Qualified candidates are encouraged to
submit their resume via email to Prof. Mi. For a list of projects
visit the DTE Power Electronics and Electric Drives Laboratory.
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Last updated on April 09, 2012 02:03 PM
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