Scott R. Winter

Scott R. Winter is an Assistant Professor in the School of Graduate Studies at Embry-Riddle Aeronautical University, affiliated with the College of Aviation. His academic work bridges aviation technology, human factors, and psychological research, with a focus on pilot behavior and automation acceptance.

• Ph.D. in Aviation Technology, Purdue University (2013)
• M.S. in Cross Disciplinary Studies, Minnesota State University, Mankato (2006)
• B.S. in Professional Flight with minor in Geography, Minnesota State University, Mankato (2005)

Dr. Winter's research centers on human factors in aviation, particularly pilot decision-making, risk perception, and consumer attitudes toward automated flight systems. His work integrates psychology, ethics, and systems engineering to improve aviation safety and operational design. He has published extensively on topics including advanced air mobility, UAS integration, and moral conduct in aviation.

His recent publications highlight a strong trend toward human-centered design in emerging aviation technologies. Key themes include the development of taxonomies for advanced air mobility, risk perception scales for general aviation, ethical frameworks for aviators, and empirical studies on sUAS operations near airports. These works reflect interdisciplinary engagement with psychology, engineering, public policy, and safety science.

Dr. Winter has contributed to significant research projects, including as Co-Investigator on the First Responder UAS Training project (2025–2027), which aims to enhance emergency response capabilities through drone technology. While formal advising roles and grant leadership are not detailed in the text, his collaborative research indicates active engagement with graduate students and interdisciplinary teams.

He is part of a research group focused on aviation human factors, collaborating with scholars such as Dr. Ryan Wallace, Dr. Stephen Rice, and Dr. Chenming Yang. Their work spans UAS applications, system design, and behavioral modeling in aviation contexts.