Dr. Hubbard is a professional engineer and Associate Professor in the School of Aviation and Transportation Technology at Purdue University. She has experience in engineering consulting, continuing education, and academia. Her professional interests in aviation and transportation include advanced technologies and sustainability, which encompasses environmental, social, economic and operational dimensions. Her scholarly output (as of Summer 2025) includes 38 peer-reviewed journal articles (2 additional papers in review), including four articles in the Q1 journal Drones1. She has authored 29 peer-reviewed national and international conference papers, 20 additional conference presentations and posters, 16 technical reports, 1 book chapter, and three trade journal articles. Dr. Hubbard's research impact includes innovation to support sustainability, including advanced technologies, automated vehicles (AVs) and UAS (aka drones). Her publication Advanced Ground Vehicle Technologies for Airside Operations2 was recently recognized by the FAA as one of two authoritative resources for automated ground vehicle systems at airports3. Dr. Hubbard serves as editor of the Special Issue: Urban Air Mobility Solutions UAVs for Smarter Cities for Drones, a Q1 journal in Aerospace Engineering1 and as co-editor of the Special Issue “Sustainable Aviation and Urban Air Mobility: Policy, Technology, and Workforce Perspectives” for Sustainability, a Q1 journal in Geography, Planning and Development and Environmental Science in Scopus CiteScore.
Dr. Hubbard has taught the following courses:
- AT 359 Introduction to Airport Management
- AT 459 Airport Manager Certification
- AT 505 Research Methods
- AT 506 Capstone Research Project for M.S. Students
- AT 490 Independent Research Projects, e.g., Airport Construction, Airport Sustainability
- IT 507 Measurement and Evaluation in Industry and Technology
- AT 520 Operational Assessment and Improvement
References
- Journal Searches. (2025). Drones impact factor, indexing, ranking released in June 2025 for Aerospace Engineering (Q1). Available online: https://journalsearches.com/journal.php?title=drones (retrieved June 27, 2025).
- Hubbard, S., Voyles, R., Souders, D., Yang, H., Hart, J., & Brammell, S. (2020). Advanced Ground Vehicle Technologies for Airside Operations (No. Project 03-48). Airport Cooperative Research Program Research Report 219.
- FAA. (2025, May 27). Autonomous Ground Vehicle Systems on Airports. Available online: https://www.faa.gov/airports/new_entrants/agvs_on_airports (retrieved June 26, 2025).