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Electrical Engineer Project Manager

Los Angeles, California, United States
October 09, 2013

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***** ****** ***. • CHINO HILLS, CA *****

PHONE (CHINA): +86-156-0001-5312 • PHONE (USA): 626-***-****



Skilled, Creati ve, and Responsible


Experienced Electrical Engineer with strong electric vehicle industry background seeking an opportunity with an

organization to further develop leadership skills and knowledge in the fields of Electrical and Electronics Engineering.


5 year experience with high voltage power electronics, Altium PCB design, validation and testing.

Exceptional understanding of switching mode power supplies, voltage converters and feedback controls.

Effective leadership skills with experience in Failure Mode and Effect Analysis (FMEA) process.

Consistently recognized for delivering projects to completion on time while developing effective design solutions.

Creative problem solver with a talent for finding innovative solutions.

Hands-on, mechanically adept, real-world applier of ideas.

Self-starter with excellent analytical, organizational, and entrepreneurial skills.

Well-rounded team player and with exceptional interpersonal skills.


California State Polytechnic University, Pomona Pomona, CA

Major: B.S. Electronics and Computer Engineering Technology, June 2003


Emotor Advance Corporation Limited

November 2012 - Present Beijing, China

Program Manager September 2013 - Present

- Coordinate a Process Failure Mode Effect Analysis (PFMEA) team to identify and prioritize potential failures in the

manufacturing of the Generation 4 liquid cooled drive system design.

- Create validation and sourcing plan for pre-production manufacturing.

- Identify production capabilities and forecast run to rate resource requirement.

- Organize and coordinate various departments to ensure on time production schedule and production planning.

Project Manager January 2013 - Present

- Guide vehicle conversion program activities including development of proposals, business requirement, risk

assessment, resources and cost estimates.

- Create and review technical documentation, plan organizational changes and support design implementation.

- Successfully communicated customer specification and requirements to engineering team and assure that

requirements are met.

Senior Research and Development Engineer November 2012 – September 2013

- Provided expert guidance on design, engineering and manufacturing of power electronics, induction motors

and battery module manufacturing.

- Conducted failure mode analysis and root causes using Global 8D Process.

- Verified and approved all engineering designs and engineering change orders.

Wu’s Production

July 2011 – November 2012 Pittsburgh, PA

Director of Operations

- Successfully created and managed a 27 employee multi-restaurant delivery service (Pittsburgh Delivery, LLC).

- Created an integrated online marketing strategy that increased overall sales by 15% in a fiscal year.

- Provided all restaurants with Point of Sale systems and support for better inventory and sales control.

AC Propulsion

June 2008 – June 2011 San Dimas, CA

Electrical Engineer June 2008 – July 2011

- Design and layout complex printed circuit boards for product prototypes.

- Design and create wiring schematics for electric vehicle conversions.

- Design, build and update test equipment to increase overall efficiency.

Test Engineer June 2008 – July 2011

- Lead Test Engineer for all Power Electronic Unit production.

- Qualified over 1600 Power Electronic Units for production and prototyping.

- Troubleshoot and repair malfunctioning Power Electronic Units and boards.


BMW Mini E, AC Propulsion

During 2008 and 2010, I acted as the bench and dynamometer Test Engineer to fulfill the drive system request for the

global BMW Mini E fleet. My responsibilities included designing new equipment to simulate the vehicle inputs as well as

designing board level testers. In addition, I was in charge of troubleshooting components or units that failed during testing

and finding the root cause of why and how they failed. Further into the project, I became in charge of warranty support

for the Mini E fleet which expanded my responsibilities to tracking, investigation and reporting of failure modes.

Luxgen MPV, AC Propulsion

During 2009 and 2011, I became responsible for the testing department guaranteeing the quality of the products. I

created a database to track testing results to identify if there are variations in the power electronics. In addition, I was in

charge of educating Luxgen engineers about the Generation 2 drive system as they became AC Propulsion’s second


Foton Midi, AC Propulsion

During 2010, I was responsible for designing accessory products such as air conditioner controllers, cabin heater

switches and wiring schematics for the Foton Midi conversion which later on became a fleet of electric taxis that are

operating in Beijing, China. Currently, I am in charge of championing Global 8D analysis for failures that are occurring in

the field in Emotor Advance.

Generation 3 Air Cooled Drive System, Emotor Advance

Upon my arrival in Emotor Advance Beijing, I was assigned to the task of assisting the manufacturing and testing setup

of AC Propulsion’s Generation 3 Air Cooled Drive System. My tasks involved ensuring that documentations regarding

manufacturing are coherent, accurate and updated. Furthermore, I performed PPAP evaluation on subcontracted

component manufacturer

NEVS /SAAB 9-3, Emotor Advance

In early 2011, I was assigned to the task of being the liaison between Emotor Advance and NEVS for a prospective

Beijing electric taxi project. My responsibilities included evaluating customer requirements and advising both the customer

and AC Propulsion’s R&D team on which requirements are achievable. I was also involved in projecting manufacturing

capabilities and assessing resources needed as well as consulting on the vehicle conversion.

Generation 4 Liquid Cooled Drive System, Emotor Advance

In late 2011, I became in charge of all manufacturing related planning on AC Propulsion’s Generation 4 Liquid Cooled

System. The planning encompasses all aspects of manufacturing such as; quality plan, timing, facilities, capital requirement,

supplier and component sourcing, process control, risk management and training.

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