Expert Details
Battery Design and Simulation
ID: 727020
California, USA
Based on customer requirements for a battery-powered consumer product, identified appropriate battery chemistry and recommended commercially available cells from three manufacturers.For a corporation, reviewed their patent portfolio for a battery technology and wrote report evaluating utility of the patents.For an investor, visited a start-up battery company and evaluated their technology. For an automotive supply company, prepared a review of techniques to design thermal systems for lithium-ion batteries.For a battery developer, created a simulation model to direct efforts to improve the design.
Education
Year | Degree | Subject | Institution |
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Year: 1982 | Degree: PhD | Subject: Chemical Engineering | Institution: University of Wisconsin-Madison |
Year: 1977 | Degree: BS | Subject: Chemical Engineering | Institution: Arizona State University |
Year: 1993 | Degree: MS | Subject: Computer Science | Institution: Johns Hopkins |
Year: 1990 | Degree: BS | Subject: Computer Science | Institution: University of Maryland-College Park |
Work History
Years | Employer | Title | Department |
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Years: 1999 to Present | Employer: Undisclosed | Title: President | Department: |
Responsibilities:Product design and development. Consulting for battery design and simulation. |
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Years | Employer | Title | Department |
Years: 1998 to 1999 | Employer: PolyStor | Title: Research Director | Department: |
Responsibilities:Led program to develop lithium-ion batteries for hybrid electric vehicles. |
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Years | Employer | Title | Department |
Years: 1994 to 1998 | Employer: Hoechst | Title: Staff Engineer | Department: Celgard |
Responsibilities:Designed and oversaw construction of Battery Applications Lab. Led lab and worked on product development team as well as technical support team. Traveled widely to support introduction of new battery separator products to major customers. |
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Years | Employer | Title | Department |
Years: 1982 to 1994 | Employer: W. R. Grace & Co. | Title: Staff Enginner | Department: Research |
Responsibilities:Carry out R&D projects to create new products and support business divisions; technical consultant. |
International Experience
Years | Country / Region | Summary |
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Years: 2009 to 2009 | Country / Region: Germany | Summary: Visited auto companies and suppliers to discuss lithium-ion battery modeling. |
Years: 2007 to 2007 | Country / Region: Korea | Summary: Visited battery developer to consult on battery modeling. |
Years: 2005 to 2005 | Country / Region: Germany | Summary: Visited materials developer to consult on development effort. |
Years: 1994 to 1998 | Country / Region: Japan | Summary: Visited Japan 2-3 times per year to discuss separator products with battery companies. |
Career Accomplishments
Associations / Societies |
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International Society of Electrochemistry Electrochemical Society |
Publications and Patents Summary |
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18 Patents, 33 Publications (including 3 book chapters). |
Additional Experience
Expert Witness Experience |
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Served as an expert witness once in which I was deposed and attended hearing at a federal court. |
Training / Seminars |
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Teach courses on Battery Design 1) Tutorials for Employer 2) Tutorials for Advanced Automotive Battery Conference 3) Have taught for Electrochemical Society 4) Battery Power Conference |
Vendor Selection |
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Based on customer requirements, have identified appropriate battery suppliers. |
Marketing Experience |
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Follow developments in electric vehicles closely (have attended every meeting of AABC since it started 9 years ago) and consult with USABC on separators. Have carried out cost analyses of battery systems and technology evaluations. |
Other Relevant Experience |
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Based on a very deep understanding of electrochemistry and batteries, am able to provide critical analysis of new developments. |
Language Skills
Language | Proficiency |
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none |
Fields of Expertise
advanced battery, battery degradation, battery separator, battery technology, electrochemical-energy generation, lithium-ion battery, microporous plastic battery separator, rechargeable lithium battery, battery engineering, lead-acid battery separator, hybrid electric vehicle, electric battery material selection, battery failure, electric battery shelf life, electrolytic cell, high-rate battery, electrolyte, electrochemistry, battery storage