• Designed, modeled, and detailed drawings for fixtures for x-ray testing apparatus, including considerations for vacuum and radiation environments • Wrote a python application with GUI, turning a passive gas mass flow meter into a data logger using serial communication • Extensive use of Matlab for data importing and analysis. Wrote flexible, reusable live scripts to import data, save datasets to h5 databases, and generate plots for data analytics

• Resolved conflict between residents, had hard conversations with residents regarding policy violations. • Managed check in and check out procedures with residents and ensured proper paperwork was filed. • Formed and maintained relationships with 35 residents to help them succeed; provided resources, had conversations about classes, hobbies, and career planning.

• Designed and modeled internal structure for conversion vans. • 3D modeled and detailed drawings for cabinetry and built furniture for conversion vans. • Communicated with carpenters to design cabinets according to their manufacturing process and customer needs.

• Designed a biofluidic vessel, using Fusion360, for monitoring metabolic activity of yeast, increasing sensing capabilities and reducing culture volume costs by 75% • 3D printed a prototype and completed tests to ensure culture volume would remain homogeneous, resulting in a working prototype for cell biology testing • Designed and constructed a test harness for validating light absorbance measurements using an Arduino and C++ Programming • Generated engineering drawings and communicated with manufacturers to ensure components were manufactured according to design specifications

• Programmed Epson robots with Computer Vision systems to locate, pick, and place objects for use in electronics manufacturing • 3D modeled and 3D printed manipulators for robotic arms to enable pick and place functionality • Utilized laboratory equipment, such as microscopes, to perform failure analysis of electronic components

• Overhauled existing manufacturing equipment, doubling manufacturing capabilities of the machine and eliminating gaps between stiles and rails • Designed and manufactured a fixture for simulating aging of a semi-autonomous table saw, ensuring the torque specifications were within safety standards. • Manufactured machine components, jigs, and fixtures using hand tools, 3-axis mill, and lathe