Engineering projects spanning biomedical research, assistive technology, and full-stack development with measurable real-world impact.
Designed and built a smart cane with integrated camera and ultrasonic sensors to assist visually impaired individuals in navigation and obstacle detection. Featured advanced sensor fusion and audio feedback systems.
Built an innovative glove using flex sensors and accelerometer technology to translate American Sign Language gestures into spoken English in real-time. Features machine learning-based gesture recognition and text-to-speech synthesis.
Completed advanced genomics research analyzing genetic features as predictors of Glioblastoma Multiforme treatment effectiveness. Utilized machine learning and statistical analysis to identify biomarkers for improved treatment outcomes.
Back-End Lead for a school-safe real-time communication platform designed to solve student collaboration challenges. Validated through surveys showing 70% of students needed better academic communication tools when traditional apps are blocked.
Engineering student available for research internships, technical projects, and STEM education initiatives.