Fond du Lac, Wisconsin, United States
• Implemented and optimized web service interfaces and cross-vendor software integrations with technical teams at 8 US health care systems. • Set software development priorities, performed design reviews and published technical documentation / implementation guides for the rapidly evolving software needs of US hospitals during COVID-19. • Coordinated the national rollout of a new digital clinical interoperability feature to 30+ early-adopting hospitals. Performed pre-release product design and testing, promoted feature adoption to clinical directors and regional testing groups, and patched critical fixes during early implementation phases. • Administered and updated SQL databases containing national provider directories and key clinical interoperability data for all Epic customers.
• Led a team of 5 to develop a design map application in MATLAB modeling powertrains of hydrogen fuel cell vehicles. • Provided design recommendations for future commercial vehicle manufacturing by modeling and optimizing vehicle range and load capacity under various duty cycles and fuel cell and battery configurations. • Designed power control algorithms to load balance power output between nickel-metal hydride / lithium-ion batteries and hydrogen fuel cell stacks.
• Published a decadal campus greenhouse gas inventory demonstrating long-term institutional sustainability trends for the college administration to create an emissions reduction strategy• • Developed two $200k+ Green Fund project ideas to the campus Sustainability Committee intended to lower campus energy use and have a high return on investment • Coordinated with contractors to get cost and feasibility estimates of campus heat-rejecting window installation
• Supervised up to 12 simultaneous shop users on CNC machines and hand tools • Trained new shop users on proper machining techniques and safety practices • Maintained and repaired 3D printers, CNC mills and lathes, and woodworking equipment
Design in Analog, Radio and Emerging Technology (DARE) Lab, Professor Matthew Spencer • Programmed and built an underwater ultrasound beam-steering phased array and energy-harvesting receiving tags. • Designed, built and tested multiple PCB iterations for amplifier circuits powering arrays of transmitters. • Characterized the frequency response and transmission efficiency of multiple piezoelectric receivers.
Led weekly campus tours for prospective students, families, and guidance counselors