-Assisted in designing and building a prototype Multi-Source Electron Beam Metal 3D Printer-Designed and built lead shielding for the Multi-Source Electron Beam Metal 3D Printer-Designed, built, and program a Raspberry Pi-based robotic pan-tilt camera-Designed upper electron optics assembly with precision adjustment capabilities in xyz directions-Co-published “An Investigation into the Challenges of Using Metal Additive Manufacturing for the Production of Patient-Specific Aneurysm Clips” in the ASME Journal of Medical Devices-Set-up and operated FLIR AX8 Thermal Imaging Camera

-Developed a Mobile Machine Tool (MMT) that would remove machining constraints and limitations -Designed and developed an SMA-wire based actuator to be used with the MMT-Researched the feasibility of different adhesives to be used in the MMT moving mechanism-Researched the feasibility of smart materials to be used in the movement of the MMT

-Completed AutoForm Process Engineering Training-Planned processes for sheet metal stamping for exterior/interior body panels in five processes or less-Designed tool and die with the use of AutoForm forming software and CATIA-Supported Pre-production Part Approval Process and trial runs of exterior body panels-Generated BOMs with over 300 parts for quotations for customers