Our project demonstrated the utility of patented carbon nanotube sensor technology in the development of hand prosthesis for individuals. Our sensors are printable, low-cost and thinner than sensors currently on the market. We integrated multiple motion sensors into an ergonomic glove to detect the wearer’s hand gestures through changes in electrical resistance. These sensors could be useful in the medical field for tracking rehabilitation progress in extremities or even controlling a robotic hand for those suffering irreversible hand damage. 

Our project addresses NSIN/SOCOM’s energy needs during their field operations. We developed a portable solar panel array that soldiers could swiftly deploy to harvest energy and power their tactical devices. The key requirements were portability, combat environment adaptability, immediate energy access, durability, pliability and stealth. Using materials that enhanced camouflage and heat dissipation, we limited the heat signature emitted by the array. Our solution not only increased energy independence but also contributed to operational stealth and adaptability. 

We developed a comprehensive dashboard for Johnson & Johnson aimed at enhancing progress tracking within the company. By aggregating data related to profits & losses, absenteeism, overtime and training, we highlight discrepancies compared to the targets set at the beginning of each year. Given the scale of Johnson & Johnson, it is crucial to provide managers with a clear understanding of their control and the progress achieved or possible. Our solution not only ensures data integrity but also empowers managers with actionable insights.