Experience

Finally Light Bulb Company

• United States
• Computers and Electronics Manufacturing
• 1 - 100 Employee

• Power Electronics Engineer

  • Mar 2014 - Present

  •Design self-oscillation ballast for Induction lamp •Work on the dimming project of the lamp •Work closely with the product development team --On design improvement and cost reduction activities. --To assist with resolution of design issues as needed. •Design self-oscillation ballast for Induction lamp •Work on the dimming project of the lamp •Work closely with the product development team --On design improvement and cost reduction activities. --To assist with resolution of design issues as needed.



University of Michigan

• United States
• Higher Education
• 700 & Above Employee

• Switchable Gain Amplifier Design

  • Oct 2013 - Oct 2013

  • Used CS Amplifier with diode-connected load topology to achieve switchable gain at two different modes • Implemented ± 10% gain variation over a range of ±30mV around the nominal input bias voltage and different Process/Temperature variation • Layout the amplifier • Used CS Amplifier with diode-connected load topology to achieve switchable gain at two different modes • Implemented ± 10% gain variation over a range of ±30mV around the nominal input bias voltage and different Process/Temperature variation • Layout the amplifier



Renovo Power Systems,LLC

• Design Engineer - Solar Tracker Project

  • Jun 2013 - Aug 2013

  • Compiled C code within Arduino Platform to control the positions of two linear actuators and adjust the angle of solar tracker • Integrated DS1307 Real Time Clock chip to determine objective angles automatically • Implemented sync of two actuators and closed-loop control of Solar Tracker Positioning • Developed limit power protection subroutine that can monitor the power of solar panel by measuring the duty cycle of PWM Signal from Arduino Ethernet board • Compiled C code within Arduino Platform to control the positions of two linear actuators and adjust the angle of solar tracker • Integrated DS1307 Real Time Clock chip to determine objective angles automatically • Implemented sync of two actuators and closed-loop control of Solar Tracker Positioning • Developed limit power protection subroutine that can monitor the power of solar panel by measuring the duty cycle of PWM Signal from Arduino Ethernet board

• Independent Research, PCB Toroidal Transformer Design

  • 2013 - Apr 2013

  • Modified the PCB air-core toroidal transformer structure used in a 13.56MHz high density dc-dc converter, which can cancel the parasite inductance of the MOSFET • Sketched 3D transformer models in Solidworks, conducted finite element analysis in COMSOL Multiphysics, and calculated the inductance and resistance parameters • Modified the PCB air-core toroidal transformer structure used in a 13.56MHz high density dc-dc converter, which can cancel the parasite inductance of the MOSFET • Sketched 3D transformer models in Solidworks, conducted finite element analysis in COMSOL Multiphysics, and calculated the inductance and resistance parameters