Engineering Projects
Wearable Tech Capstone
Led a team to design a head-mounted IMU wearable that outperformed Apple/Garmin watches by 60%+ in stride rate, length, and vertical oscillation accuracy using custom Python/R algorithms.
Outcome
Achieved <5% error in controlled trials, developed functional prototype with secure head placement, and iterated designs based on client feedback.
BMET Medical Device Mixed Reality Training Program
Developed high-impact MR training modules for Biomedical Equipment Technicians (BMETs), integrating Unity-based prototypes with surface detection and device integration.
Outcome
Designed an immersive, non-factory MR training program to enhance real-world equipment troubleshooting.
Baby Sepsis Monitor
Developed a functional prototype for an infant sepsis monitoring device using Arduino and 3D-printed components.
Outcome
Successfully presented to a student audience, demonstrating prototype functionality.
Femur Plate Implant Design
Researched and designed a femur plate implant optimized for osteoporosis patients, incorporating surgical requirements and biomechanics.
Outcome
Produced a clinically viable design, refined with surgeon feedback, and prepared for evaluation.
Water Treatment Distribution System
Designed a sustainable water distribution system utilizing rainwater collection and extensive mathematical modeling.
Outcome
Developed a prototype system improving water access for remote communities and presented findings to expert engineers.
Distance Operated Claw
Designed and programmed an Arduino-based robotic claw with precise motion control.
Outcome
Completed functional prototype and operational demonstrations.