PROFILE:
Eric Shrader
Eric manages PARC's Printing Systems team in the Hardware Systems Lab, which is engaged in several projects including developing reusable paper printing applications; inkjet systems aimed at printed circuit board printing; and novel printing based improvements aimed at solar energy. The group also works on improving ink-jet fundamentals around energy efficiency and reliability.
Eric's projects often take conventional printing technologies and techniques and apply them in new ways to improve performance or manufacturing. The whole process of how engineering relates to people is a career-long interest of Eric’s, inspiring him to think about how work actually gets done and how technology can be moved forward without increasing the environmental footprint.
Before joining PARC, Eric spent two years as project manager of an x-ray imaging startup company called PhorMax and 16 years with SRI International, working on printing/display technology and other projects at the intersection between mechanical and electrical engineering.
Eric received his master’s in mechanical engineering from Stanford University in California, specializing in smart product design, and his bachelor’s degree in mechanical engineering from Massachusetts Institute of Technology. He holds more than 23 U.S. patents in a wide variety of areas.
PARC publications
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2012
Co-extrusion printing for low cost and high performance energy devices
TechConnect World
19 June 2012
Improvement of silicon solar cell metallization with printed nickel nanoparticle ink
TechConnect World 2012
18 June 2012
Formation of very low resistance contact for silicon photovoltaic cells
38th IEEE Photovoltaic Specialists Conference (PVSC)
3 June 2012
2004
Elastomer based diffractive optical modulator
IEEE Journal of Selected Topics in Quantum Electronics, special issue on Optical Microsystems
31 December 2004
2003
Optical beam position active sensing and control using acoustooptic satellite beams
Proceedings of the 2003 IEEE Ultrasonics Symposium
7 October 2003
Electrostrictive elastomer based diffractive modulator for use as a variable optical attenuator
2003 IEEE/LEOS International Conference on Optical MEMS and Their Applications
18 August 2003
contact
related focus areas
related competencies
- fluid dynamics
in the news
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Researchers Create Printed Battery That Stores 40% More Energy
15 April 2011 | Discovery Treehugger
PARC Battery Electrode Breakthrough
1 April 2011 | Printed Electronics World
Squeezing More Energy Out of Batteries
2 March 2011 | Technology Review
news releases
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PARC Launches ARPA-E Funded Printed Battery Project
29 April 2013
events
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Battery Japan 2013 - visit PARC's booth
27 February 2013 - 1 March 2013 | Tokyo, Japan
Advanced Battery Electrode for High Performance Lithium-Ion Batteries
6 November 2012 | Huntsvill, AL
Co-extrusion Printing for Low cost and High Performance Energy Devices
19 June 2012 | Santa Clara, CA
