• Produce evaluation software for manual and automated testing of state-of-the-art RF transceivers in order to assess performance of critical new features such as Crest Factor Reduction and Digital Pre-distortion.• Perform data collection and analysis to confirm hardware performance as well as firmware functionality.• Continually track ongoing internal and customer issues in Jira to ensure acceptable test coverage is maintained and gating bugs are resolved during software and firmware release cycles.• Work in a cross-functional, multi-site team that includes design, product, test, applications and marketing engineers to align the product specifications and test requirements for breakthrough transceiver products.

• Developed and implemented software and hardware for the testing of high-speed ADCs on automatic test equipment for characterization, qualification, and production wafer probe environments.• Designed test hardware to enable critical low-noise measurements for breakthrough ADC noise specifications and used PCB design best practices to ensure sufficient bandwidth for a high-speed digital interface.• Released a first-of-its kind Sigma-Delta ADC to production on a 12 inch film frame probe system.• Created schematics and oversaw PCB layout using Cadence tools and coordinated with external vendors during multiple phases in the project in order to facilitate the fabrication and assembly of ATE PCBs.• Evaluated performance of products in both a Matlab-based laboratory setup and a VBA-based automated test solution, porting several routines over from Matlab to the tester’s proprietary software environment.

• Executed testing and analyzed data in order to characterize defibrillator output waveforms.• Contributed to the development of a tool to simulate the waveforms of various defibrillators.• Documented the development process to facilitate future work.