VEHICLE DESIGN • FEA • MANUFACTURING
Baja SAE Front Upright
Designed and optimized a lightweight front upright for a Baja SAE vehicle using CAD, FEA, and design-for-manufacturing principles.
View Project →Mechanical Engineering Student
I design, analyze, and build mechanical systems.
Mechanical engineering student focused on vehicle design, simulation, manufacturing, and electromechanical systems.
SELECTED WORK
Featured Projects
EV • STRUCTURAL DESIGN • FEA
Electric Vehicle Battery Enclosure
Designed a lightweight aluminum battery enclosure to protect and integrate an electric vehicle battery system while reducing vehicle mass.
View Project →PERSONAL PROJECT • VEHICLE DESIGN
Wooden Go-Kart
Designed and built a functional wooden go-kart while exploring chassis design, steering geometry, drivetrain integration, and structural loading.
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SENSORS • EMBEDDED SYSTEMS • EV
LiDAR Blind-Spot Detection System
Developed an ESP32-based LiDAR system that detects vehicles in blind spots and provides real-time visual warnings to the driver.
View Project →ABOUT
Mechanical Engineering
I'm a mechanical engineering student at Johns Hopkins University interested in vehicle design, manufacturing, simulation, robotics, and developing mechanical systems that solve real-world problems.
