Used creo 7 to design and model an optimized sample holder design removing two thermal breaks through improved manufacturing methods, this reduced the average cooldown time by 23%.Used excel to develop a standardized form to report drawing change requests, and allow the data to be automatically extracted eliminating some manual tasks.Standardized component lists and Bills of materials on two flagship products to reduce the total time required to issue a system & eliminate the previous problem of components being missed.Reduced production costs of thermal shields by conducting thermal and structural analysis using creo 7, allowing for alternate material selection and fabrication techniques. Reducing the total assembly costs by 82%.Used creo 7 simulation tools to perform structural analysis on the outer vacuum can, to allow for a 37.5% reduction in material required.Used 3D printing to rapid prototype and test critical vacuum components for fit and feasibility. Allowing for an optimized o-ring design to be produced using a 5 axis CNC.

Assembled advanced cryogenic systems through reading technical drawings, adhering to precise specifications and maintaining high quality standards.Performed inspections and troubleshooting to resolve assembly issues, working closely with engineers to ensure system reliability and improve system operating performance and assembly methods.