Dec 2018 - March 2022
Ramped up advanced photovoltaic cell processes from the pilot phase to the mass production scale.
Realized the mass production of custom-made photovoltaic modules at the subcontractor site.
Took a cross-functional role to fulfill the customer's requests and the responsibility for project management, technical support, R&D collaboration, MFG process improvements.
Dec 2013 - Oct 2018
Established the RD/Pilot line for advanced silicon heterojunction solar cells and improved manufacturing processes, achieving state-of-the-art conversion efficiency.
Lead a RD group on wafer process development on advanced ozone cleaning and hydrogenated a-Si thin film PECVD passivation technology.
Established a solar cell device simulation TCAD platform with instruction course provided.
Jan 2010 - Dec 2013
Dedicated to next generation thin-film solar cell developments, including CIGS, a-Si and silicon solar cells with heterojunction technology.
Evaluated the thin-film and heterojunction solar cell manufacturing equipment and materials.
Investigated passivation technology for heterojunction solar cell RD line and solar cell device simulation and characterization.
March 2009 - Jan 2010
Participated in the project "Continuous Near Infrared Glucose Sensor" supported by NIH.
Worked for the research project InSb Photodetectors in collaboration with an emerging company.
2007 - 2008
Devoted to magnetic Sb2Te3 and Bi2Te3 semiconductors to achieve higher critical temperatures and understand the exotic magnetic phenomena.
Collaborated with the UM FOCUS group on the study of photon-phonon interaction on bismuth thin films.
2003 - 2007
Participated in the design and setup of a home-built Molecular Beam Epitaxy system for compound semiconductor and metallic thin film crystal growth.
Performed the characterization on the diluted magnetic thin-film semiconductors by XRD, XPS, EMPA, SQUID and Hall measurement etc.
2000 - 2001
Experienced in advanced facilities. (a SEM converted E-beam writer, AFM, UV Mask aligners, E-gun evaporators, and a resist spinner in photolithography area)
Involved in the development of novel Nano-device fabrication methods for single electron transistors, nanowires, quantum dots on GaAs 2DEG structure by E-beam lithography.
Participated in the research project “The Study of Electron Transport in Nanostructure” .
1998 - 2000
Coordinated with customers to improve the quality of InGaAs PHEMT epi-wafers for high-linearity, high-speed and high-power application.
Setup fabrication processes for GaA-based devices in order to estimate the quality of the epi-wafers.
1996 - 1998
Led a communication platoon in an armored troop
Held a concurrent post as a communication officer in an armored battalion
Outstanding officer award in 1998
1994 - 1996
Teaching Assistant for the course "Modern Physics".
2001 - 2007
1991 - 1996
Dec 2018 - March 2022
Ramped up advanced photovoltaic cell processes from the pilot phase to the mass production scale.
Realized the mass production of custom-made photovoltaic modules at the subcontractor site.
Took a cross-functional role to fulfill the customer's requests and the responsibility for project management, technical support, R&D collaboration, MFG process improvements.
Dec 2013 - Oct 2018
Established the RD/Pilot line for advanced silicon heterojunction solar cells and improved manufacturing processes, achieving state-of-the-art conversion efficiency.
Lead a RD group on wafer process development on advanced ozone cleaning and hydrogenated a-Si thin film PECVD passivation technology.
Established a solar cell device simulation TCAD platform with instruction course provided.
Jan 2010 - Dec 2013
Dedicated to next generation thin-film solar cell developments, including CIGS, a-Si and silicon solar cells with heterojunction technology.
Evaluated the thin-film and heterojunction solar cell manufacturing equipment and materials.
Investigated passivation technology for heterojunction solar cell RD line and solar cell device simulation and characterization.
March 2009 - Jan 2010
Participated in the project "Continuous Near Infrared Glucose Sensor" supported by NIH.
Worked for the research project InSb Photodetectors in collaboration with an emerging company.
2007 - 2008
Devoted to magnetic Sb2Te3 and Bi2Te3 semiconductors to achieve higher critical temperatures and understand the exotic magnetic phenomena.
Collaborated with the UM FOCUS group on the study of photon-phonon interaction on bismuth thin films.
2003 - 2007
Participated in the design and setup of a home-built Molecular Beam Epitaxy system for compound semiconductor and metallic thin film crystal growth.
Performed the characterization on the diluted magnetic thin-film semiconductors by XRD, XPS, EMPA, SQUID and Hall measurement etc.
2000 - 2001
Experienced in advanced facilities. (a SEM converted E-beam writer, AFM, UV Mask aligners, E-gun evaporators, and a resist spinner in photolithography area)
Involved in the development of novel Nano-device fabrication methods for single electron transistors, nanowires, quantum dots on GaAs 2DEG structure by E-beam lithography.
Participated in the research project “The Study of Electron Transport in Nanostructure” .
1998 - 2000
Coordinated with customers to improve the quality of InGaAs PHEMT epi-wafers for high-linearity, high-speed and high-power application.
Setup fabrication processes for GaA-based devices in order to estimate the quality of the epi-wafers.
1996 - 1998
Led a communication platoon in an armored troop
Held a concurrent post as a communication officer in an armored battalion
Outstanding officer award in 1998
1994 - 1996
Teaching Assistant for the course "Modern Physics".
2001 - 2007
1991 - 1996