• Provided daily guidance and leadership to the Industrial group as the Team Lead• Executed continuous improvement initiatives aimed at enhancing workflow efficiency and productivity• Directed experiments and research endeavors aimed at improving build processes • Created various drawings, document packages, and calculations for specific customer order requirements

• Drafted build procedures for production based on various sensor standards, configurations and specifications• Provided critical floor support in a fast-paced manufacturing environment to meet shipping deadlines• Conducted in-depth research and authored a white paper focused on element accuracy and calibration• Led source inspections and audits, actively contributing to quality assurance and compliance efforts• Collaborated with various departments to ensure clear communication and overall team success• Delivered support for resolving customer issues while also initiating new collaborative opportunities • Assumed responsibility for reviewing and verifying document compliance with the current ATEX Directives as the designated Compliance Engineer

• Designed a portable ventilator for use in Hospitals and Emergency Transport• Built a prototype in collaboration with Senior Mechanical Engineering Students and Professors• Designed and 3D modeled ventilator components in Inventor• Created various drawings, renderings and diagrams for ventilator assembly• Partnered with machine shop to design a low cost, easy to assemble ventilator• Arranged meetings and created as well participated in design presentations

• Helped design and 3D Print hand prosthetics for children with disabilities• Designed and modified e-NABLE prosthetics in Inventor• Helped design photogrammetry studio for 3D model creation with VxMed• Researched and documented Photogrammetry techniques and practices• Performed tests on subjects using Meshroom and Reality Capture photogrammetry software• Built a portable studio using raspberry pi zeros and an array of cameras rigs• Helped design Portable Scanner concept for field work with the Archaeology Department

• Designed and 3D modeled components in Solidworks• Created various drawings, mockups, and diagrams for part specifications• Performed FEA using Deform simulation software• Tested material properties such as hardness, stress, strain, torque and quality inspected finished products• Researched solution for a rapid prototype press for more efficient testing

• Gained commitment from corporation to fund project through an applied grant• Prepared team budget, received approval and ensured team stayed within budgetary goals• Designed prototypes for a kid-friendly version of the flame torch• Created and participated in design reviews and received feedback from client and professors• Participated in the overall marketing communication strategy