B Epstein-Reyes

Chief Mechanical Engineer • Tufts Electric Racing

Mechanical Engineering & Physics double major at Tufts University specializing in EV motorsport design, precision CNC machining, composite tooling, and hands-on fabrication.

Featured Projects

[ Electric Race Car CAD Render ]

Tufts Electric Racing (Formula SAE)

Chief Mechanical Engineer • Drivetrain Lead

Direct mechanical division through the transition from CAD design to vehicle fabrication. Oversee FEA structural simulations, precision tolerance stack-ups, and DFM across ten mechanical sub-teams.

SolidWorks FEAOnshapeDFMMIG Welding
[ Carbon Fiber Mold & X-Carve Setup ]

X-Carve Composite Tooling & Foam Molds

Lead Machining Specialist

Trained aerodynamics members on X-Carve CNC router setup and G-code toolpathing to route precision foam molds for custom carbon fiber composite layups.

CNC MachiningX-CarveG-CodeComposites
[ MATLAB Steering Simulation Plot ]

MATLAB Steering Geometry Simulation

Kinematics & Dynamics

Programmed a mathematical steering geometry model calculating wheel angles and Ackermann percentages across dynamic cornering radii to optimize vehicle handling.

MATLABKinematicsSimulation
[ Nolop Woodshop / Red Zone Fabrication ]

Nolop FAST Facility - Red Zone Supervision

Facility Supervisor & Instructor

Supervise woodshop operations, prepare safety training curriculum for power tools (table saw, miter saw, band saw, drill press), and lead high school woodworking workshops.

WoodworkingShop SafetyMentorship

Technical Capabilities

Software & CAD/CAM

  • SolidWorks (FEA)
  • Onshape
  • Fusion 360
  • MATLAB & Python

Machining & CNC

  • X-Carve CNC Router
  • Manual Lathe & Mill
  • Waterjet & Laser Cutters
  • Woodshop Power Machinery

Fabrication & Composites

  • Toolpathing & G-Code
  • Carbon Fiber Foam Tooling
  • 3D Printing (FDM/SLA)
  • MIG Welding & DFM

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