Our goal was to improve physical therapy and enhance overall quality of life by utilizing wearable technology. We designed a glove with integrated sensors that detected various finger movements by improving the proof-of-concept design of wearable technology gloves equipped with patented (US Patent #US20210239548A1) Bucky Paper sensors developed by a previous team. This technology offered potential benefits to the medical and robotics fields.

We sought to optimize the administrative processes for the City of Tallahassee by designing an automated workflow system prototype on SharePoint. We primarily aimed to eliminate redundancies, enhance efficiency and reduce human error by consolidating multiple software platforms into a single streamlined solution. Using the Plan-Do-Check-Act methodology, we conducted stakeholder interviews, time studies and process mappings to identify inefficiencies and potential improvements.

In collaboration with Sandia and Los Alamos, we focused our senior design project on studying the effects of irradiation on IM7/977-3. The project involved conducting mechanical tests and imaging scans on the material prior to irradiation at Prairie View A&M University. Once we received the irradiated samples, we repeated the tests and scans to analyze the changes in material properties. We aimed to develop high-performance polymer samples engineered to withstand x-ray radiation, with potential aerospace applications.

Second Harvest of the Big Bend (SHBB), a nonprofit food bank, faced challenges in its distribution process, including high idle times during product pickups and inconsistent operational practices. To understand these challenges, we conducted truck ride-alongs, interviewed drivers and toured facilities to gather important preliminary information about the logistics. We then performed a quantitative analysis, using software tools such as Verizon Connect to extract the top 10 retail stores with the highest idle times.