 Designed and developed high density isolated DC-DC converters for distributed power systems of telecommunication, computer, and networking industries Well versed in PCB layout and power supply transformer design Proficiency with circuit simulation Control loop design Expert knowledge of cutting-edge-technology FETS IGBTs and other switching devices Current with many various high and low side gate drive circuits and chip technology Designed in and around microcontrollers and analog controllers Designed key circuitry to reduce Electromagnetic Interference (EMI) Performed Thermal Analysis and experimentation using highly sensitive Thermal Imaging equipment Very knowledgeable with various heat spreading techniques and heat transfer principles Performed component level De-rating and Stress Analysis Performed worst-case circuit analysis theoretically, with circuit simulation, and empirically at lab bench Provided full support to Characterization and Test Engineering during entire development process Produced reliable test plans and design verification practices to comply with strict industry standards Provided sustaining support and/or created special products according to customer’s changing needs As Project Lead, was responsible for design through evaluation into market release Led cross-functional engineering team of Technicians, Mechanical Engineers, PCB Designers, and Test Engineers and was responsible for meeting timely Release to Manufacturing Deep understanding of how to bring new product to mass production Provided full documentation for company products Provided support as Application Engineer Negotiated quotes with key component suppliers Demonstrated Design for Six Sigma (DFSS) and Design for Manufacturability (DFM) Developed the world’s first 32th-Brick DOSA compatible power converter Created and maintained ready to use formula spreadsheets speeding the design of various topologies, transformers, and circuitry

 Responsible for the design and implementation of electrical controls for waste gas incineration equipment Designed automated control systems for waste gas Incinerators Designed ladder logic code for PLC’s used to dictate entire control scheme Traveled to petrol-chemical plants to coordinate and supervise on-site installation Ensured safe and successful start-up; traveling 20% of the time Created full blue print documentation for all electrical concepts, and ladder logic program code using AutoCAD

 Perform complex troubleshooting techniques to diagnose circuit board problem Documented trends in problem product to prevent further production flaws

 Assisted in the design and development of high current, high density dc-dc converters for distributed power systems of telecommunication, computer, and networking industries Performed complex troubleshooting of product during crucial stages of prototype birth Developed testing schemes based on C language and constructed testers for manufacturing floor Authored application notes and data sheets for publication Worked with Underwriter’s Laboratory (UL) for approval of Galaxy products