As a firmware developer, you will be involved in the creation, implementation, and maintenance of firmware—the embedded software that controls the basic operations of various electronic devices. Firmware is closely linked to hardware and manages the operation of embedded systems, such as microcontrollers, microprocessors, and industrial automation devices
The Hardware Designer is responsible for designing and developing electronic schematics and PCB layouts using advanced design tools. The design process must take into account critical factors such as technical feasibility and manufacturability
As part of this role, you will be involved in the design and assembly of the electronic components of the inverter and motors, directly contributing to the core functionality of our powertrain
You will follow the design, production, and testing of mechanical components related to the battery pack, inverter, and motors. You will be involved in all stages of the process, from initial concept to final testing.
This role involves creating content for social media, preparing templates for internal presentations, and producing materials for external presentations. The designer also works on prototype liveries, apparel, roll-ups, and other promotional materials, collaborating with videomakers to create graphics for video content
As a State Estimation Engineer, you’ll design algorithms to estimate key vehicle states that can’t be directly measured. Using EKF and sensor fusion, you’ll create virtual sensors (e.g., wheel acceleration, side slip angle, friction coefficient) that support our control systems and boost performance.Responsibilities: • Develop and implement estimation algorithms (EKF, particle filters). • Fuse sensor data (IMU, wheel speed, GPS, torque sensors). • Validate through simulation, HIL, and on-track testing. • Work with the control team to ensure real-time performance.Requirements: • Background in vehicle dynamics, control, or robotics. • Knowledge of estimation, sensor fusion, and statistics. • Proficiency in MATLAB/Simulink (Python a plus). • Formula Student experience is a bonus.
As a Modeling Engineer, you’ll build high-fidelity models of the vehicle and its subsystems in Simscape/Simulink. These models will support design, control development, and lap time simulation on our simulator, helping us predict and optimize performance before the car hits the track.Responsibilities: • Model subsystems (battery, motors, brakes, suspension, tires, aerodynamics). • Develop and maintain a complete vehicle model for simulation and testing. • Provide data for control design, validation, and lap time simulation. • Collaborate with other domains (powertrain, chassis, aero) to ensure accuracy.Requirements: • Knowledge of system modeling (Simulink/Simscape or similar). • Understanding of vehicle dynamics and electromechanical systems. • Ability to translate physical systems into mathematical models. • Interest in optimization and validation with real data. • Formula Student experience is a plus.