Additive and Subtractive Manufacturing Assistant to Graduate Researchers and RPMI operator⦁ Operate RPMI directed energy deposition (DED) 3D printer⦁ Write MATLAB script to eliminate 20 minute tool code creation process for titanium parameter walls⦁ Assist graduate students with research using fabrication machines such as mill, lathe, and wire EDM⦁ Research powder recycling by collecting uncaptured powder to print fully recycled blocks and test material properties⦁ Research methods to refine DED printed material grain structure by introducing vibration to the melt pool

⦁ Design aerodynamics package using Fusion 360⦁ Verify aero design using Ansys CFD/AIM telemetry to increase rear downforce, improving balance⦁ Design livery to achieve high Concourse score⦁ Work with other subteams to package internal components to achieve optimal weight distribution

⦁ Lead a team of 10 by incorporating team management methods using Trello Boards⦁ Utilize Sprint-Based Project Management to optimize and organize team tasks⦁ Use AIM Telemetry software to analyze data in order to compare vehicle system setups⦁ Work with other team leads providing data for engine and suspension setup changes to be made⦁ Read dynamometer readings and run Solidworks flow simulations

⦁ Oversee a team of 5 tasked with the restoration and upgrade of braking assemblies⦁ Source and set up new brake rotors, calipers, and associated hardware⦁ Tune suspension: tune ride height and stiffness to improve handling based on driver feedback