Join The Team

Within the Aerodynamics team, our core responsibility is the enhancement of the car's aerodynamic performance through the control of flow around the car by designing the wings and body of the car. The key goal for an FSAE car is to increase downforce while mitigating drag. This involves a multifaceted approach where we design and refine components like bodywork and wings using CAD software, backed by computational fluid dynamics (CFD) simulations to analyze airflow and make informed design choices. We rely on on-track testing with yarn tufting and pressure sensors to gather vital validation data. Collaborating with other subteams, such as chassis, suspension, and our EV powertrain teams, is essential to ensure seamless integration of our aerodynamic enhancements and compliance with FSAE regulations. We manufacture all the components we design.

Our multifaceted approach, combining design, CFD analysis, on-track testing, collaboration, compliance, documentation, communication, fabrication, and continuous learning, contributes to our team's competitive edge in the world of Formula SAE racing.

The Battery Pack subteam is responsible for designing and building the high voltage (546V) battery pack for the vehicle to provide the power needed to run the motor and propel the car on the track. This includes defining the configuration of the pack to meet voltage, current, capacity and weight requirements, selecting the batteries, structural design of the inner cell modules, outer casing and frame mounts, designing and performing heat transfer modelling for the pack cooling system, and designing the cell connections. Manufacturing also plays a large role as the pack is primarily manufactured in house using CNC milling machines and Waterjet cutters.

We design, build, and validate the high-voltage systems that power our electric race car. Our projects ensure that our car can deliver consistent performance and safe operation, while following all applicable regulations. This sub-team will give you hands-on experience in all aspects of electrical design, building new skills in circuit design, embedded programming, PCB development, and system testing within high-voltage EV systems.

Our subteam designs and implements the vehicle’s low voltage electronics and software, including sensor interfaces, control modules, data acquisition, and driver inputs. Through PCB design, embedded firmware development, and electrical manufacturing, our work enables reliable communication between electrical systems, data analysis for all subteams, and overall safety of the vehicle.

The Chassis and Controls team is responsible for the design, validation, and production of the frame and all driver controls and driver safety components used in the competition.

The frame is designed to withstand all loading conditions expected when the car is pushed to the limit. It is designed in consultation with other subteams, ensuring rules are properly followed and all mounting points are properly implemented, facilitating communication between all subteam's and balancing everyone's needs. It is then simulated through a finite element analysis software and iterated upon until a desired final product is developed. It is then manufactured and finally tested, to ensure high correlation between expected and actual results.

For driver controls and safety, this includes the design and validation of the steering and pedal box systems along with cockpit protection elements and the seat. These systems and components are designed to ensure they can handle the maximum expected loadings safely, all while optimizing for simple manufacturing, consistent and expected performance, as well as low weight. Some components are made with carbon fiber, allowing for a high strength to weight ratio while and irregular shapes, while others are manufactured through more traditional machining processes with traditional metals.

The Drivetrain team is responsible for the design, simulation, and integration of the optimal drivetrain layout that aligns with the vehicle's performance objectives. Included in optimizing the vehicles drivetrain layout is motor and motor controller selection along with tuning; power, efficiency, and reliability are all critical factors that are taken into account when making these selections.

To transfer power from the motor to the wheels the Drivetrain team develops, tests, and validates the design of the power transmission system. To achieve maximum vehicle performance the power transmission system is optimized by selecting appropriate gear ratios, differential mechanisms, and ensuring all manufactured components can withstand the strenuous loading cycles endured throughout a race. Motor and motor controller management systems are a primary responsibility of the Drivetrain team. Proper management systems are designed, simulated, and tested to ensure components receive proper cooling, ultimately increasing the power output and efficiency of the car. In addition to development of the vehicles drivetrain, the Drivetrain team works to simulate the vehicles power production, power consumption, and overall efficiency through the use of various software and coding applications.

The Suspension subteam is responsible for keeping the car balanced, stable, and controllable. From vehicle dynamic analysis, tires, suspension kinematics, to springs, dampers, and alignment, we make the design decisions that maximize grip and decrease lap times. On top of CAD mechanical design and FEA, expect to get hands-on experience with kinematic design, manufacturing, and suspension setup and tuning.

The Business team plays a crucial role in the overall success of UCalgary Racing by managing a wide range of responsibilities across finance, media, and sponsorship. The finance team develops and maintains budgets, tracks expenses, and meticulously documents all transactions. The media team leads marketing efforts across platforms such as Instagram, TikTok, Facebook, and LinkedIn to promote the team. They are also responsible for managing UCalgary Racing’s website. The sponsorship team focuses on securing sponsorships and funding through proactive outreach and relationship-building. They also manage ongoing relationships with existing sponsors and ensure sponsor documentation is well-organized.

Hands-on experience also includes planning events, designing merchandise, and participating in the annual business case competition.

The business team provides an excellent opportunity to collaborate with various subteams and gain a broad knowledge of business operations in a competitive engineering environment. Ideal applicants should have a strong interest in financial management and/or marketing, along with a desire to enhance both technical skills (e.g., Microsoft and Adobe Suite) and soft skills.