Phuoc Thai Email & Phone Number

Lynnwood, WA, US

• Designed electrical test support for analog DC-DC power converters used in aviation and space applications and assigned tasks to products/programs as needed.
• Performed worst-case circuit analysis for various families of DC-DC power converters.
• Utilized Altium and XML code to develop and execute Acceptance Test Procedures (ATPs), Standard Test Procedures (STPs), Qualification Test Procedures (QTPs), and Design Verification Test Procedures (DVTPs)
• Conducted verification tests across a range of environmental and operational conditions, including temperature, humidity, shock, vibration, and electromagnetic interference (EMI).
• Worked on automating efficiency testing for power converters.
• Supported production line development through troubleshooting and resolving qualification failures.

Lynnwood, Washington, United States

• Analyzed and adhered to electrical drawings, schematics, functional test procedures, acceptance criteria, failure reports, and relevant engineering and production specifications.
• Managed 2x increase in monthly output of DFAS units that take considerable amount of time to process (average 24 hours each) while ensuring Commercial product meets KPI objectives.
• Investigated deviations to assess their impact on design intent, safety, and potential for product or process improvements.
• Contributed to analyses, root cause investigations, and the development of corrective actions for design non-conformances.

Bothell, Washington

• Supported EPIQ and EPIQ Upgrades Team.
• Operated a range of electronic test equipment, including multimeters, oscilloscopes, and power supplies.
• Diagnosed and resolved issues in electro-mechanical assemblies down to the individual component level.
• Designed and documented testing procedures for electronic systems and components.
• Performed basic static strength analysis to ensure interim design modifications meet the original design load specifications.

University Of Washington

Purpose is adding high power delivery in the DC Microgrid communication. Successfully allow voltages to go as high as 48 volts at 20 amps. o Managed voltage and current external AC input and batteries in serieso Used Arduino code to communicate and make decisions on voltage levelso Designed in PCB for controlling the source and sinko Flexible and adaptable.

Bachelor'S Degree, Electrical And Electronics Engineering

Associate Of Science - As, Electrical And Electronics Engineering

Activities and Societies: Student leadership in creating events

Foundation Degree, Business Administration And Management, General

Activities and Societies: Vietnamese Students Association