The effort of our group is to bridge the gap between science and engineering applications, and meet the growing of global energy demand.  Starting from the fabrication of functional nanomaterials or nanostructures, we are engaged in addressing the common scientific or technical issues from opto/electron transport, interfacial properties and their evolution,  to device stability, PV modules installation and other cutting-edge research. The research in our lab is highly interdisciplinary involving physics, chemistry, materials science, electrical engineering, etc. 
      Our current research is in following directions:

     1.  Large scale nanofabrication.

     2.  Multiscale optical simulation 

     3.  Silicon based solar cells

     4.  MEMS for Biomedical Applications