SUBTEAMS
Aerodynamics
The aerodynamic team in USC Racing is dedicated to optimizing the performance of their race cars through cutting-edge aerodynamic design and testing. Comprising engineering students with a passion for motorsports, the team focuses on enhancing downforce, reducing drag, and improving overall stability. They utilize advanced simulation tools and wind tunnel experiments to analyze airflow dynamics, ensuring that each vehicle is finely tuned for peak performance on the track. Their innovative approaches not only contribute to the team's competitive edge but also foster a deep understanding of aerodynamics in real-world applications.
Composites
The composite team in USC Racing plays a crucial role in developing lightweight, high-strength components for their race cars. Composed of dedicated engineering students, this team specializes in utilizing advanced materials like carbon fiber and fiberglass to create parts that enhance performance without compromising safety. Through a blend of hands-on fabrication and theoretical knowledge, they design and manufacture everything from body panels to structural elements. Their work not only reduces the overall weight of the vehicle, improving speed and efficiency, but also provides invaluable experience in composite manufacturing processes that are essential in the automotive and aerospace industries.
Drivetrain
The drivetrain team in USC Racing is focused on designing and optimizing the power delivery system of their race cars, ensuring that every ounce of energy from the engine is efficiently transferred to the wheels. This team of engineering students collaborates on a range of components, including the transmission, differential, and axles, working to enhance performance, durability, and responsiveness. By utilizing advanced simulation software and conducting rigorous testing, they analyze the drivetrain's performance under various conditions, making adjustments to maximize acceleration and handling. Their expertise not only contributes to the team's competitive success on the track but also provides them with hands-on experience in the complexities of automotive engineering and drivetrain systems.
Powerplant
The powerplant team in USC Racing is responsible for developing and optimizing the engine that drives their race cars. This team of passionate engineering students focuses on enhancing engine performance, efficiency, and reliability. They delve into aspects such as engine design, fuel delivery, and ignition systems, employing advanced modeling and simulation tools to analyze and refine their designs. Rigorous testing allows them to evaluate horsepower, torque, and thermal performance, ensuring that the engine can withstand the rigors of competitive racing. Their work not only pushes the limits of automotive engineering but also equips them with invaluable skills in engine dynamics and performance optimization, crucial for future careers in the automotive industry.​
Ergonomics
The ergonomics team in USC Racing is dedicated to enhancing driver comfort and performance through thoughtful design of the car's interior and controls. This team of engineering students focuses on optimizing the driver's seating position, visibility, and accessibility to crucial controls, ensuring that the driver can operate the vehicle efficiently and comfortably during races. By conducting user studies and analyzing driver feedback, they work to create an intuitive interface that minimizes fatigue and maximizes responsiveness. Their efforts not only improve the overall driving experience but also highlight the importance of human factors in automotive design, preparing team members for future challenges in engineering and product development.​
Chassis
The frame team in USC Racing is tasked with designing and constructing the structural backbone of the race car, ensuring it is both lightweight and incredibly strong. This team of engineering students focuses on creating a chassis that can withstand the extreme forces experienced during high-speed racing while providing safety and stability for the driver. Utilizing advanced materials and manufacturing techniques, they prioritize weight reduction without sacrificing rigidity or durability. Through rigorous analysis and testing, the team ensures that the frame meets all performance and safety standards. Their work not only contributes to the overall performance of the vehicle but also equips team members with essential skills in structural engineering and vehicle dynamics, preparing them for careers in the automotive and aerospace industries.​
Electronics
The electronics team in USC Racing develops and integrates the essential electrical systems that enhance the race car's performance. Comprising engineering students, this team focuses on data acquisition, telemetry, and control systems that monitor critical parameters like speed and temperature. They design wiring harnesses and manage power distribution to ensure reliability and efficiency during races. Their innovative work not only boosts the team's competitive edge but also provides valuable experience in automotive electronics, preparing them for future careers in the tech-driven automotive industry.
Suspension
The suspension team in USC Racing focuses on designing and optimizing the vehicle's suspension system to enhance handling, stability, and ride comfort. This team of engineering students selects and tunes components like springs and dampers, using advanced simulations and testing to analyze suspension dynamics. Their efforts aim to strike a balance between performance and driver feedback, improving on-track capabilities while providing valuable experience in vehicle dynamics and suspension engineering for future automotive careers.
Business
The business team in USC Racing plays a vital role in ensuring the team’s success off the track by managing sponsorships, marketing, and finances. This group of students focuses on building relationships with potential sponsors, developing marketing strategies, and organizing fundraising events to support the team’s operations. They also handle budgeting and financial planning, ensuring that resources are allocated effectively for car development and competition expenses. By fostering a strong brand presence and engaging with the community, the business team not only secures essential funding but also enhances the overall visibility of USC Racing, providing valuable experience in business management and marketing for future careers.