Raymond Chen

▪ Facilitated technical requirement gathering by matching overseas client needs with capable manufacturing facilities. ▪ Provided expert technical interpretation for factory visits and prepared detailed engineering quotations for global buyers. ▪ Collaborated with suppliers at trade fairs to audit product specifications and created technical marketing content for social media.

▪ Developed and optimized complex test procedures with rigorous pass/fail criteria for semiconductor equipment. ▪ Led team synchronization meetings on test priorities and mentored new hires on safe operations and specialized test workflows. ▪ Collaborated with development and hardware engineers to perform root-cause analysis on failures and verified final fixes. ▪ Executed comprehensive test plans on hardware-driven systems, logging results with precise, reproducible steps for engineering review.

• Developing and integrating electronics hardware including procurement and manufacturing • Developing system concept of operations • Analyzing high-level requirements and documentation to define system and sub-sub systems requirements • Collaborating with other electrical, mechanical, ship systems, ship control systems, and systems engineers to develop control logic and define interface requirements • Selecting/developing interfacing sensors, actuators, and cabling • Defining and managing system interfaces • Leading development of system cabling or electronic hardware drawings

- Creating work order to organize the asset library - incorporate with colleagues to work on the equipment database

- Board Level design, schematic capture board layout with Pads - PSpice Circuit Simulation - PCB Circuit debug/bring up using EE Lab equipment such as soldering and heat guns - Familiar with Agile software for creating/retrieving part structures and bill of materials - Created A RTD 4-20 mA Converter from start to finish to replace a misbehaving microprocessor in heat control from Ion Implantation machine - Experience design, implement and simulate FPGA design in Verilog