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EPICS: Rovers for Aero & Astro Education / Hippotherapy Assistive Technology
Led embedded systems development for assistive robotics serving children with special needs, delivering servo-controlled prototypes demonstrated to 500+ attendees at Purdue Space Day.
Key Highlights
- •Served as Project Partner Liaison, translating client therapy goals into engineering deliverables
- •Developed servo-controlled assistive robotics with embedded C and sensor-actuator interfacing
- •Ensured reliability and safety with fail-safe control logic for vulnerable user population
- •Presented functional prototypes to 500+ attendees at Purdue Space Day
Served as primary technical liaison between Purdue engineering team and community therapy organization, translating therapeutic requirements into engineering specifications. Led embedded systems development with servo-controlled modules, real-time sensor integration, and fail-safe control logic. Presented Rover prototypes at Purdue Space Day to 500+ attendees, demonstrating electromagnetics and remote controls through a large educational activity.
Embedded SystemsCommunity PartnershipRoboticsHardware
Tech Stack
C/C++Arduino/STM32Servo ControlSensor IntegrationReal-Time Systems
Rover demonstration at Purdue Space Day with 500+ attendee
Impact & Results
- ▸Served as Project Partner Liaison, translating client therapy goals into engineering deliverables
- ▸Developed servo-controlled assistive robotics with embedded C and sensor-actuator interfacing
- ▸Ensured reliability and safety with fail-safe control logic for vulnerable user population
- ▸Presented functional prototypes to 500+ attendees at Purdue Space Day
- ▸Demonstrated real-time motion control and electromagnetics concepts through large educational activity
- ▸Led collaboration with hippotherapy organization serving children with special needs