• Actively leading team of five in the development of FSAE EV wheel assemblies• Set high level subsystem goals, including weight targets, timelines, and packaging constraints• Developed thorough documentation of decision-making and learning resources• Conducted fatigue analysis of wheel hubs under combined loading• Simulated loads, fatigue, power loss, and deformation to select wheel bearings

• Designed components and assemblies of Unsprung and Tire subsystem for FSAE electric vehicle• Created FEA simulations in Ansys Mechanical to validate components and assemblies• Collaborated across subsystems to ensure proper packaging, clearances, and integration of assemblies• Worked with Electronics system members to implement Hall effect wheel speed measurement • Drafted drawings and CAM of components for manufacturing on CNC mill, manual mill, and lathe• Reduced net unsprung weight from 77.6 lbs to 67.3 lbs

• Performed thermal load calculations to characterize building heating and cooling needs• Designed HVAC, sanitary, and domestic water systems to meet local and national codes• Created original excel spreadsheet for optimizing dehumidifier selection• Reviewed submittals to verify correct implementation of engineered designs• Researched topics to assist ongoing projects, including spark resistant construction, data center efficiency codes, and chilled water pump configurations

Improved interpersonal skills via regular communication with customers and managementAssisted customers with bagging and loading of groceriesCompleted miscellaneous front-house tasks such as cart returns and propane purchases