The increasing use of artificial intelligence in the workplace has led to workforce changes that can be difficult to assess and interpret. This project addresses that issue by examining how organizations communicate layoffs related to AI adoption. The research analyzes common language used in corporate messaging and explores how AI systems are integrated into roles…

As artificial intelligence is increasingly used in decision-making, interface design can influence how users interpret and trust its recommendations. This project addresses that challenge by studying how humanlike design features affect user reliance on AI advice. The research compares anthropomorphic and tool-like interfaces in simulated decision scenarios to evaluate differences in trust and behavior. The…

Upper-limb rehabilitation often lacks accessible tools that provide consistent feedback and engagement. This project addresses that challenge by developing a virtual reality system that uses real-time hand and trajectory tracking during 3D movement tasks. The system evaluates how factors such as target size and path shape affect accuracy and completion time. It provides immediate visual…

Thumb-based interaction is important for usability in virtual and augmented environments, but accurately detecting force remains a challenge. This project addresses that gap by developing a vision-based system that detects both thumb position and applied force without requiring separate hand localization. The system supports recognition of subtle gestures from an egocentric perspective. The goal is…

Artificial intelligence is increasingly used in manufacturing, but its effect on human behavior and performance is not well understood. This project addresses that gap by studying how AI assistance influences visual attention during a 3D printing leak detection task. Using eye-tracking technology, the system measures gaze patterns such as fixation duration and movement to compare…

Monitoring hand rehabilitation can be difficult without accessible tools that provide consistent, objective feedback. This project addresses that challenge by developing a low-cost, non-contact system that uses a smartphone to track hand movement in real time. The system combines digital image correlation and hand pose estimation to measure surface strain and joint motion. It provides…

Katie Solliday’s project examines ongoing accessibility challenges in the U.S., despite the Americans with Disabilities Act of 1990. Through literature review, surveys and interviews with individuals with disabilities, the study identifies persistent barriers to accessibility. Recommendations for redesigning selected spaces are proposed to create more inclusive, navigable environments for all users. Sponsor

Janella San Juan examines how situational awareness impacts aviation safety, particularly for student pilots facing high cognitive demands and multitasking challenges. This study reviews existing literature on decision-support systems and situational awareness tools used in flight training. The findings highlight opportunities to improve training strategies and bridge gaps in developing effective situational awareness for novice…

Natalie Rodriguez evaluates and updates the content of the Laboratory for Energy and Power Solutions Microgrid Bootcamp, a recurring three-day training program designed for beginners. Using survey data collected from past participants and applying a human systems engineering lens, the project identifies outdated materials and recommends improvements to enhance learning retention. The goal is to…

Briana Montoya’s project addresses alarm fatigue in healthcare settings, where constant emergency signals overstimulate medical staff and disrupt patient comfort. The WristList concept proposes a smartwatch-style device that lists only the alarms relevant to assigned patients. By filtering alerts, the system aims to reduce environmental noise, improve staff responsiveness and enhance the overall care environment. …