Provided leadership and technical direction for the integration of Daimler AG Common Electrical Architecture and controllers into Freightliners' Cascadia vehicle platform. Work included the integration of two Mercedes Benz passenger car electronic controllers and development of two new body controllers. Managed all communications and diagnostics on Freightliner's vehicle platform
Responsible for the development of diagnostic and function test procedures for hardware in the loop project. Derived requirement documents for body controller simulator used in a hardware-in-the-loop test facility.
Participated in the global management group which is responsible for the designed the electrical architecture for a new Mitsubishi Fuso medium duty commercial truck.
Manager - July 2001 -- June 2006 -- DaimlerChrysler Research and Technology, Sacramento, California
Global project manager for DaimlerChrysler fuel cell vehicle data acquisition system. Developed data management concept; estimated budget needs wrote both “in-vehicle” and “back-end” infrastructure specifications; set-up infrastructure and brought all systems on-line.
Data Manager for U.S. Department of Energy fuel cell project: wrote, developed, and managed budget and project proposals. Project manager for overall global team, spread across four countries and 27 sites. Solicited and obtained quotes from five major global IT providers; Reviewed quotes, met with IT companies, and managed selection process.
Performed summer and winter competitive fuel cell vehicle testing at Southwest United States. Performed dynamometer testing on various Daimler and competitor fuel cell vehicles. Responsible for instrumentation, collecting and analyzing both dynamometer and on-road data.
Created web page to be an interface between vehicle data (communicated via WLAN) and end user. Developed and designed web system to automatically generate vehicle reports.
Senior Design Engineer -- October 1999 -- July 2001. Mercedes Benz Passenger Car Group, Stuttgart Germany.
Responsible for overall electrical system operation of the transfer case with central differential lock and rear differential axle locking systems. Work includes prototype vehicle development using ceramic circuit material, supplier selection and development of system specification requirements. System development was developed using Matlab/Simulink/Statemate, and D-Spaces' Micro-Autobox products. Production controllers was developed using D-space's Targetlink using 68hc12 based design.
Primary electrical development engineer for new air suspension system on M class vehicle. Work involves working with prototype vehicle development and supplier selection.
Senior Design Engineer -- August 1993 -- October 1999. Borg-Warner Automotive. Sterling Heights, Michigan.
Program Management -- Responsible for overall program timing, validation, customer and manufacturing interfacing. Primary customer base Europe and Pacific Rim. Extensive overseas travel and experience
Responsible for the design and construction of powertrain electronic controllers. Primary designs focus on embedded systems of transfer case and constant velocity transmission controllers.
Software -- Operating systems written in assembly and C languages. All code developed using a modular design approach. Version control and software case tools used throughout design processes. Designs include safety critical real time powertrain operations between in vehicle electronic controllers.
Hardware -- Responsible for overall simulation hardware during design stages. In charge of all types of design validation including EMI/EMC. In-vehicle field evaluations under harsh climate conditions in foreign locations.
Vehicle communications experience includes J1850, IS0-9141, Keyword 2000, CAN and CCD data buses. Hardware designs based on Motorola MC68hc05, MC68hc08, MC68hc11 MC68hc12 and SAE 81C90/91.
Electrical Engineer -- June 1991 to August 1993. Prince Corporation, Holland Michigan.
Responsible for hardware and software design of Motorola MC6805 microprocessor based embedded test systems. Responsible for electronics production and test equipment for all three major U.S. automotive companies. Designed and implemented a new PC based test system to verify operations of R.F. transmitter units. Designed and implemented new statistical process control system.
EDUCATION • Master of Science in Electrical Engineering, Oakland University, August 1998 GPA 3.6. • Bachelors of Science in Electrical Engineering, Western Michigan University, April 1991. Minor in Mathematics.
Patents • German Patent #10342146.7 date: October 17, 2006: “Method to detect the technical state of a fuel cell” • U.S. Patent #6,251,045 date: June 26, 2001 “Method and apparatus for providing synchronization of low to high shifts in a transfer case” • U.S. Patent #6,579,208 date: June 17, 2003 “Method and apparatus for providing synchronization of low to high shifts in a transfer case”
Skills
• Co-author of “Data Acquisition System for World Wide Fuel Cell Vehicle Fleet , SAE Congress 2005 • Co-author of “Predictive Maintenance and Diagnostics Concept for a Worldwide Fuel Cell Vehicle Fleet” • Co-author of “Pulse Width Modulation ASIC for Vehicle Speed and Steering Applications,” Proceedings of the 30th ISATA, 1997. • Member of the SAE task force for implemented Controller Area Network and OSEK Embedded Operating System standards • Software Knowledge: C, Assembly, Lab Windows, MicroSim, CANape, CANoe, D-space Control Desk, MathLab/Simulink, PVCS version control, and Popkins case tools.
Certifications
See above
CONTACT DETAILS
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