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
Built and refined MATLAB-based SIL simulations using telemetry data and simplified point-mass models to predict lap time, acceleration, and braking behavior across multiple tracks.
Developed a GoPro-to-OpenLAP conversion pipeline using GPS telemetry data, enabling virtual validation of simulated laps against real-world test layouts.
Analyzed lap trace accuracy and curvature plots to verify simulator performance before track days.
Tire Compound Selection
Compared Hoosier R20, R25B, and LC0 compounds using FSAE TTC data to evaluate lateral force, self-aligning torque, and slip angle sensitivity.
Processed and visualized TTC data using custom MATLAB scripts across 3D plots (lateral force vs slip angle vs vertical load).
Chose the R20 compound for its superior peak lateral force, improved steering feedback and greater durability for testing and competition.
Suspension Tuning
Iteratively tuned spring, damper, and camber settings based on skidpad data and understeer gradient behavior, improving handling consistency across cornering phases.
Coordinated with teams to troubleshoot brake balance, mass distribution and compliance effects during testing.
Improved cornering stability by 18% through track-validated suspension tuning and optimization.
Lap time simulation for racing vehicle
Alignment Torque Comparison
Steering Torque Comparison
Lateral Force Front Tires Comparison
The plots above compare R20, R25B, and LC0 Hoosier compounds based on alignment torque, steering torque, and lateral forceacross varying slip angles. These metrics were used to assess handling characteristics, cornering feedback, and overall grip to support compound selection for competition.
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.
