Projects
This section details the projects I have been involved in during the course of my education at the University of Kentucky, primarily on the university's Formula SAE team: Formula Kentucky.
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During my tenure on the team, I remained on the Aerodynamics Subsystem and assisted the Business Subsystem on numerous projects, and on FK06 during the 2023 - 2024 academic year, I was appointed Project Lead of the floor design.
Detailed below is each car iteration I have worked on during my tenure with information regarding the specific projects and aspects I have assisted with.
Formula Kentucky at competition in May 2022
Car Pictured: FK04
Formula Kentucky at competition in May 2023
Car Pictured: FK05
Formula Kentucky at competition in May 2024
Car Pictured: FK06
Formula Kentucky
2023-2024
FK06
Involved in the design process of bodywork and was appointed the Project Lead of the floor of the car. Created multiple design iterations with the philosophy of using the floor to be a primary source
of downforce generation as well as direct air to various systems. Worked closely with other subsystems as well as within my own to ensure projects are well integrated and that project goals are maintained without need for major adjustments or redesigns. Maintained accurate documentation throughout the design and manufacturing phases. Aided in this build cycle’s merchandise designs.
2022-2023
FK05
Involved in the design process of bodywork and was in charge of creating the first part solely to
be used as an aerodynamic device, the side skirts, and developed necessary skills in CAD design software and CFD simulation software to refine my design. Developed an in-depth walk-through document for other subsystem and team members to follow when running a CFD simulation in Ansys Fluent. Aided other subsystem members in project design and comprehension of aerodynamic properties, specifically on the undertray and future front wing. Maintained accurate documentation throughout the design and manufacturing phases. 3D printed the bodywork at a 1:7 scale to have physical representations of the parts prior to manufacturing. Was present and hands-on during the layup process of the carbon fiber parts as the team tested a different process than had been done on previous cars and helped with the mounting of the body panels and side skirts. Was in charge of designing the livery for the car. Developed
testing plans to gather real-world data for future reference.
2021-2022
FK04
Involved in the manufacturing process of the bodywork, including nose cone, side panels,
undertray, and radiator shroud, starting from sanding the foam mold to create a negative fiberglass mold through doing vacuum resin infusion to create the finished carbon fiber piece or, in the case of the side panels, bending aluminum. Gained experience working with these manufacturing processes in a team environment and devised solutions to setbacks and problems as they arose. Was in charge of designing the livery for the car. Attended competition with the team and offered aid to other subsystems and neighboring teams whenever necessary. Engaged in information discussion with other teams at competition.
