UConn Formula SAE is a student-led engineering team at the University of Connecticut. Our Team is dedicated to designing, building, and racing two high performance open wheel style race cars. Our team of approximately 160 students spans multiple disciplines with 12 subsystems working cohesively to build a competitive Internal Combustion (IC) and Electric Vehicles (EV) car each year. We emphasize providing members with hands-on experience when working on projects, building their skills in fields like engineering, and project management.

Formula SAE isn't just about building the fastest car, it's about teaching members design optimization, budgeting, leadership, and marketing. Members gain real-world skills in planning, design, fabrication, communication and many more skills which go far beyond what they learn in the classroom.

At UConn FSAE, students are introduced to subsystems which match their career interests, and trained by experienced members to contribute and complete projects under strict deadlines. This pipeline develops members into Team leaders in their respective subsystems, with experience in a high-pressure environment.

Whether competing in national FSAE events, or refining the latest design, UConn FSAE provides the ultimate automotive engineering experience for all students looking to launch their careers in engineering, finance, business, and more.

UConn Formula SAE

The Storrs office focuses on engineering and business operations for the Formula SAE team, emphasizing vehicle design and performance.

Storrs

Jake Gannon

This department focuses on the design, development, and optimization of powertrain systems for electric vehicles.

Powertrain Engineering

This department focuses on providing technical assistance and resources for engineering projects and initiatives.

Engineering Support

This department focuses on the processes and strategies for gathering relevant data to support organizational needs.

Data Acquisition

This department focuses on the design, development, and management of electrical systems within the organization.

Electrical Systems

This department focuses on the design, analysis, and optimization of aerodynamic and composite materials.

Aerodynamics and Composites

This department focuses on the study and development of aerodynamic systems and technologies.

UConn Formula SAE

Org chart

Teams

Powertrain Engineering

Engineering Support

Data Acquisition

Electrical Systems

Aerodynamics and Composites

Aerodynamics Department

Offices

UConn Formula SAE

Org chart

Teams

Powertrain Engineering

Engineering Support

Data Acquisition

Electrical Systems

Aerodynamics and Composites

Aerodynamics Department

Offices

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