Understanding how teams function in different collaboration settings is important as artificial intelligence, or AI, becomes more integrated into group work. This project addresses that question by proposing a framework to compare team dynamics in human-only and human-AI collaboration environments. The study examines factors such as communication, coordination and performance. The goal is to identify…

Operational decision-making in airport environments often occurs under time pressure, which can affect performance and safety. This project addresses that challenge by analyzing human factors that influence decision-making in these conditions. The study examines how time constraints impact judgment, coordination and error likelihood. The goal is to improve understanding of decision processes and identify factors…

In highly automated systems, reduced manual involvement can lead to skill decay over time. This project addresses that challenge by examining how training programs can be designed to maintain operator proficiency. The study evaluates different training approaches and their effectiveness in supporting skill retention in automated environments. The goal is to identify strategies that help…

Maintaining situational awareness in glass cockpit environments can be challenging due to increased reliance on digital displays and automation. This project addresses that issue by conducting a literature review on factors that contribute to awareness degradation in these settings. The analysis examines existing research on human interaction with cockpit systems and identifies common challenges and…

Managing type 1 diabetes requires ongoing decision-making that can be complex and time-sensitive. This project addresses that challenge by exploring how artificial intelligence decision support systems can assist individuals in managing their condition. The research examines how these tools can provide personalized guidance based on patient data to support daily care. The goal is to…

Effective training methods are important for skill development, but the impact of practice structure and feedback frequency is not fully understood. This project addresses that question by studying how different training approaches affect learning and retention of soccer penalty kicks. The research compares variations in practice design and feedback timing to evaluate performance outcomes over…

Errors in insulin pen use can affect medication accuracy and patient safety. This project addresses that challenge by analyzing common user errors and identifying factors that contribute to misuse. The team applies human-centered design principles to develop improvements that support clearer operation and more reliable use. The goal is to reduce user error, improve usability…

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…