Managed tester trending, coordinate tester ETE planning and support, and manage critical aspects such as yield improvement and process automation projects. Design and develop functional testers, establish production test lines requirements and lead the transfer of test systems for multiple NPI projects ensuring compliance with quality and safety standards. Implement hardware and software upgrades, develop automation tools, and create database and web applications to enhance production efficiency, capacity and yield. Qualify products for ISO9001 and ISO17025 certification and maintain optimal production tester uptime by addressing and resolving any arising issues. • Successfully reduced tester facility setup costs by 64% by driving the power configuration redesign initiative and establishing new power and facility setup requirements for regenerative three-phase high-powered manufacturing test lines.• Administered calibration and preventative maintenance procedures to improve correlation, reliability, and stability of tests, ensuring a tester uptime exceeding 93%.• Modernized testing equipment by qualifying replacement solutions for discontinued ETE components, ensuring continued tester functionality.• Developed a comprehensive shop floor database system and web tools to monitor all units in WIP, ensuring traceability and preventing test process discrepancies.

Designed electrical circuits and firmware in C++, and created test scripts using LabVIEW, Visual Basic, and MATLAB to automate and optimize testing, significantly reducing the failure rate. Developed Android applications utilizing Bluetooth technology to meet client requirements, which led to acquiring of a new client. Conducted EVT/DVT testing and performed failure analysis, improving product designs, and developed software using PLC programming for MTTF testing to assess product reliability and lifespan. Ensured products and materials met Dodd-Frank, ROHS, and ETL requirements, resulting in regulated and compliant products. • Designed and developed touch sensor circuitry and firmware to modernize the lamp's power switch from a toggle switch to a touch sensor. • Developed functional tester hardware and software for the mass manufacturing of an air pressure delivery medical device.• Developed testing software and methodologies to evaluate the lifecycle of various pneumatic pump options used in products.• Developed an android application to control the pressure levels of pneumatic pumps used in inflating specialty materials.

Lead the software design and implementation for sensors and devices in C++ and successfully produced a working prototype that demonstrated design functionality. Developed protection circuitry for sensors, created test methods using MATLAB and LabVIEW for real-time data extraction, and established testing protocols and procedures, resulting in successful implementation and repeatability of the design. Researched the safety, risks, and FDA regulations for various sensor designs, ensuring a safe and reliable method was chosen. Designed the drawing tree, Bill of Materials, and process flow chart for sensor options, optimizing planning and workflow for development. • Developed a functional prototype to accurately sense the position and orientation of a child for a targeted oxygen delivery system.• Developed the monitoring mechanism for a feeding tube prototype that utilizes infrared technology to ensure proper insertion and positioning in infants.