Mason Canfield
Mechanical Engineering · James Madison University · Class of 2027Structural Analysis · FEA · Simulation-Driven Design
Structural analysis and simulation across vehicles, rockets, and competition structures. On the systems side, physics-based modeling in MATLAB and Simulink, from vehicle dynamics to embedded control logic.
📐 Structural Analysis
Finite element modeling in ANSYS Mechanical across static, impact, and torsional load cases. Mesh strategy, boundary condition development, and results interpretation.
⚙️ Mechanical Design
Parametric modeling in SolidWorks and Fusion 360 with a focus on design intent and clean rebuild behavior. CSWA certified (240/240).
💻 Systems & Simulation
Physics-based vehicle dynamics modeling in MATLAB and Simulink with Stateflow control logic, GPS track integration, lap-based race simulation, and parameter sweep optimization.
Shell Eco-Marathon Vehicle Dynamics Simulation
Nine-version longitudinal dynamics model built up from a basic force balance into a full competition race sim. GPS track data, zone-aware driver strategy, grade force dynamics. Baseline: 621.3 km/L over 4 IMS laps, Article 226 valid.
Shell Eco-Marathon Chassis Development
Frame Lead on the Junior Team. CAD is done — cleaned weldment, bulkhead added, aluminum material applied. FEA load cases coming once the Altair suite is set up.
Madison Aerospace Club — Rocket Design
Trade study across three Level 1 kit vehicles under a common motor. HI-TECH PK-56 selected at 3,170 ft predicted apogee. Eye bolt FEA done; launch April 4.
Formula SAE Chassis Structural Analysis
Torsional stiffness, cornering, aerodynamic downforce, and frontal impact analysis of a tubular spaceframe in ANSYS Mechanical using beam element methods.