BIOGRAPHY
1. Graduated from Tsinghua in EE (B.S and M.S.) and to graduate from UC Berkeley in ME (PhD).
2. Eight years experience on MEMS/Microfabrication (since my master in 2003)
3. Eight years experience on Energy-focused research (fuel cells+supercapacitor)
4. Particularly, 3 year intensive work on nanomaterial synthesis, especially carbon nanotubes.
5. Familiar with electrochemical tests, especially those related to batteries.

Publications:
1. Four patents issued or pending
2. Consecutive publications at top-tier international conferences such as IEEE MEMS and Transducers'
3. Won three IAB awards (Top 6 out of 150 participants each time, voted by industrial members.)

MEMS Supercapacitor [BPN362]
Employing the Electrochemical Double Layers (EDL) phenomenon and porous electrode materials, the supercapacitor have an astonishing high specific capacitance, typically on the order of thousands of times greater than common capacitors. In this project, thanks to MEMS technology, we have for the first time brought the supercapacitor concept into micro scale. Different from its sandwich-like macro scale configuration, a novel planar structure has been proposed and implemented. This device has the wide potential applications such as micro power sources and circuitry components with extermely large capacitance.