At
its 25th anniversary with a strong heritage, Detroit Chinese Engineers
Association (DCEA) successfully held its annual technical conference at
Lawrence Technological University (LTU) in Southfield, Michigan on
April 11, 2005. Over 100 people attended the conference. This is DCEA’s key activity each year, reflecting the
mission of the organization - to promote scientific excellence, technical
advancement, business leadership and career development.
This year’s technical conference nicely coincided with the SAE World
Congress. The 2005 Detroit
Automotive Technology Conference focused on the new automotive technologies in
vehicle safety, powertrain cooling and system integration,
as well as China challenges and opportunities,
current status and development trend of Chinese auto electronics
industry, as well as market and policy impact on technology advancement in
China.
The
conference had a joint opening with another DCEA organized meeting – SAE China
EE Seminar. Dr. Charles Chambers,
President of LTU, delivered a very worm welcome speech, followed by a brief
overview of China automotive business by Ms. Ning Zhang, Deputy Secretary
General of China SAE. The morning
technical session was started with a speech on current status and development
trend of Chinese auto electronics industry by Mr. Guangqian Chen, Chair of China
SAE EE Committee. Dr. J.T. Wang of
GM R&D Center gave an overview on crash preparation - the next frontier of
vehicle safety. The idea behind
“crash preparation” was that if a vehicle could timely reconfigure its
structures and interiors to the crash-ready state before an imminent crash, it
could offer the needed crash protection while allowing new styling, design and
utility previously not possible due to the needs for crash protection. Mr. Robert Wade of Ford V Engine Engineering talked about
system engineering by using vehicle cooling system as an example.
The application of system engineering
principles led to organizational learning that improved the capability and
confidence of the entire organization. An optimized design solution could be found that satisfied
all sub-systems and established a robust cooling system design. The V-Sequence
model of system engineering was important for managing complex layered systems
but it required the chief engineer intervention to resolve integration issues
and insure timeliness of the program.
The
lunch keynote speaker was Mr. Hau Thai-Tang, Director of Advanced Product
Creation and SVT from Ford. He was
formerly Chief Nameplate Engineer for the Mustang program.
He talked about how the role of an automotive
engineer must change to be relevant in today's automotive market.
He used the 2005 Mustang and other Ford products to help illustrate key
points.
Another
important program in the conference was the annual award ceremony for High
School Awards and Future Engineer Awards. This
year’s High School Award winners were Andy Wang of Troy Athens High School,
Han Zhu of Canton High School and Lily Wang of Troy Athens High School.
The Future Engineer Award winners were Shuonan Dong of MIT and Mr. Yibo
Ling of the University of Michigan. These
award winners demonstrated their extraordinary performance in academic and
extra-curriculum activities, as well as their leadership in community services.
Each recipient received $500 monetary award sponsored by Ford, GM, DXC,
Generalety as well as Reliable Analysis, Inc.