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PEOPLE:
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- developing new rechargeable battery electrodes that allow a marked improvement in energy and power density
- demonstrated new ways of manipulating properties of ceramic active materials in the Li-ion battery
- Ph.D., Material Science Engineering, University of Michigan; postdoctoral work, MIT
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- expert in building and integrating systems that span electronic hardware, software, and mechanical disciplines
- systems for biotechnology equipment and inkjet
- B.S., Computer Science, UC California Irvine
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- interface between planning and control, as well as the control and coordination of large-scale distributed, networked, embedded systems
- simulation, robotics, learning control, biologically inspired control
- Ph.D. in Biophysics & M.S. in Electrical Engineering, U.C. Berkeley; A.B. in Physics, Harvard
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- integrates and coordinates mechanical, electrical, and software design
- broad background encompassing supercomputing, robotics, digital electronics, data-mining
- modular robotics and parallel printing
- specialised manufacturing robot to build more efficient solar cells; distributed micro-grid technology
- portable, digital, x-ray units
- Ph.D., Oxford
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- directs PARC Cleantech Innovation Program
- holds 60+ patents; responsible for much of acoustic ink-printing patent portfolio (novel inkjet technology based on focused ultrasonics) as well as several inventions for PARC spinout LiveWorks, Inc. (acquired by SMART Technologies)
- previously directed ESH Division at SEMATECH; co-wrote chapter for The Handbook of Semiconductor Manufacturing Technology
- Ph.D., Applied Physics, Stanford University
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- manages Energy Systems group at PARC
- experimential physics
- experience in optics, electronics, micromechanical systems, microfabrication, vacuum, cryogenics
- Ph.D., Physics, Cornell University
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- Energy Technology Program Manager
- development, execution, and strategy for PARC's energy portfolio
- formerly program manager at DARPA Tactical Technology Office
- Marine Engineering, U.S. Naval Academy; Nuclear Engineering, MIT
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- fleet health management, diagnostics and prognostics, electromechanical systems, sensors
- modeling, dynamics, pattern recognition and signal processing, piezoelectric transducers, wave propagation, guided-wave structural health monitoring
- Ph.D., M.S., Aerospace Engineering, University of Michigan, Ann Arbor; B.S., Mechanical Engineering, IIT Bombay
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- focuses on novel electrochemical chemistry and energy technologies
- building devices for efficient energy storage, energy generation, and water management
- BSc from Stewart Science College, Utkal University, India and M.S. and Ph.D. in Experimental Physics from Saga University, Japan
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- analog and digital CMOS circuit design, biosensing, and software engineering
- interface between electrical engineering, biochemistry, electrochemistry
- B.S., Mathematics, Brown University; Ph.D., Electrical Engineering, Columbia University
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- developing reusable paper printing applications; inkjet systems aimed at printed circuit board printing; novel energy conversion technologies aimed at solar energy and energy scavenging
- applies conventional printing technologies and techniques in novel ways to improve performance or manufacturing
- M.S., Stanford University, in Mechanical Engineering and B.S., MIT
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- better ways to manage, use, and produce energy
- developed novel clean energy solutions including wind power, Stirling-thermoacoustic engine, adsorption chiller
- specializes in experimental design, data analysis, systems analysis, modeling
- PhD, MS, physics, Stanford University; MPhil, Cambridge University; BS, Brown University
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- over 25 years of experience in water treatment, quality, testing, operations, infrastructure, and measurement
- drinking water, wastewater, industrial water markets
- extensive background from licensing and sales to operations manufacturing and quality systems
- commercialized water technologies in several diverse industries
- commercialization roles at numerous startups -- including VP of Sales and Marketing at OndaVia, Hach Company, and PAX; COO at Microvi Biotech; CEO of H2O Inc. and Pionetics Corporation
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- solar cells, solar thermoelectric conversion, rechargeable batteries, fuel cells
- MEMS, laser materials processing, piezoelectric materials and devices
- developed several techniques to improve solar cell performance/cost
- invented laser liftoff transfer method technique to integrate piezo- and other electronic films into Si microsystem devices
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- develops new business opportunities in China for PARC’s breakthrough clean water platform technology Hydrodynamic Separation (HDS) and other technologies
- Ph.D. in Physics from Cornell University; B.S. in Physics from Peking University
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- Big Data
- Clean Water
- Cleantech and Energy
- Content-Centric Networking
- Contextual Intelligence
- Design and Digital Manufacturing
- Health and Wellness
- Innovation Services
- Intelligent Automation
- Optoelectronics and Optics
- Printed and Flexible Electronics