David Eric Schwartz
David Eric Schwartz has a background in mixed-signal CMOS circuit design, biosensing, and software engineering. In the energy domain, his PARC research has focused on efficient systems, including novel space-cooling and refrigeration technologies and heat engines. In the printed electronics area at PARC, he has applied his expertise in device modeling and circuit design and testing to printed organic electronics technology -- enabling larger, more complex, and more reliable systems to be fabricated.
David received his B.S. in Mathematics from Brown University, and spent several years as a software engineer and architect before acquiring his Ph.D. degree in Electrical Engineering from Columbia University. While at Columbia, he developed an active CMOS substrate for time-resolved fluorescence detection of DNA.
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in the news view all
Is ARPA-E Enough to Keep the U.S. on the Cutting-Edge of a Clean Energy Revolution?
3 March 2010 | Scientific American
Top Picks from the ARPA-E Summit
3 March 2010 | Technology Review
news releases view all
events view all
Printed Temperature Recording Tag Based on Organic Complementary Circuits and Ferroelectric Nonvolatile Memories
10 February 2014 | San Francisco, CA
Additive Printing and Assembly for Large Area Electronic Systems
2 December 2013 | Boston, MA
Printed Circuits and Sensing Systems
30 October 2013 | Long Beach, CA