

Bioengineering graduate with hands-on experience in automated industrial systems and real-time troubleshooting within a high-throughput manufacturing environment at Mars. Experienced in diagnosing electromechanical faults, managing system errors, and implementing temporary engineering solutions to maintain operational continuity in newly commissioned automated systems.
My academic background includes the design and development of an epidermal electronic continuous glucose monitoring (CGM) device incorporating twin-sensor architecture, integrating principles of biomedical instrumentation, signal acquisition, and physiological monitoring. Alongside my degree, I have independently designed and built small-scale robotics systems, strengthening my understanding of embedded systems, sensors, and control mechanisms.
I am seeking to transition into medical physics, where I can apply my background in biomedical systems, automation troubleshooting, and applied physics to clinical technologies and patient-focused innovation.