Engineered a soft pneumatic actuator for a robotic exoskeleton using a variety of plastics, metals, elastomers, and synthetic fabric that decreased manufacturing time by 98% while maintaining and exceeding previous functionality and robustness

Designed and built a wearable electronic device, consulting with hardware, firmware, electrical, and soft goods engineers, that tracks the motion and curvature of an individual’s spine throughout multiple sleep positions

Value engineered a trampoline enclosure system that decreased material cost by 63%, weight by 76%, and volume by 52% while maintaining its structural integrity to reduce shipping cost and bring to the market a cheap yet functional enclosure system