As a Vehicle Dynamics Engineer for Anteater Formula Racing, I specialize in optimizing race car performance through data-driven simulations, real-world testing, and cross-disciplinary collaboration.
Lap Time Optimization:
Developed, validated, and continuously improved a custom lap-time simulator using MATLAB to model vehicle performance and optimize race setups.
Gathered telemetry data during track testing, comparing it with MATLAB simulations to identify discrepancies and improve model accuracy.
Tire Compound Selection
Evaluated multiple tire compounds (R25B, R20, LCO) based on key metrics, including lateral force, alignment torque, and steering torque. Decided on LCO due to its balance between all three.
Implemented tire testing strategies, using on-track data to select the ideal compound for maximum grip, durability, and performance in competition.
Suspension Tuning & Aerodynamic Integration:
Collaborated with the suspension subteam to evaluate spring rates, dampers, and anti-roll bars, ensuring optimal handling and stability under load.
Coordinated with the aerodynamics team to align downforce requirements with suspension and tire design, ensuring high-speed stability and cornering performance.
Cross-Disciplinary Collaboration:
Worked alongside the powertrain, aerodynamics, and chassis teams to align performance goals across subsystems.
Assisted in the design phase by testing and validating key components through simulations, ensuring compliance with FSAE rules.
Lap time simulation for racing vehicle
Alignment Torque Comparison
Steering Torque Comparison
Lateral Force Front Tires Comparison
Above are comparison of R20, R25B, and LCO tire compounds based on alignment torque, steering torque, and lateral force to evaluate their performance and impact on handling and stability at varying slip angles.
Track model file creation
Racing vehicle model file creation
Straight line acceleration and braking simulation
These images show track modeling, performance simulations, and vehicle behavior analysis for the one of our vehicles. This data supports setup optimization by providing insights into forces, traction, and vehicle dynamics across different scenarios.
