
Undergrad: University of South Florida
Medical School: All Saints University School of Medicine
Graduate School: Embry-Riddle Aeronautical University
Dr. Scallon is a physician‑scientist with clinical experience in wound care and hyperbaric medicine, combined with a research background spanning human physiology and spaceflight. His research has been published in Aerospace Medicine and Human Performance and the International Journal of Medical and Health Sciences. He has also presented at the Aerospace Medical Association Annual Scientific Meeting and was a guest lecturer at the International Space University in Lisbon, Portugal. He has completed medical board examinations in both the United States and Canada and taught anatomy & physiology, aviation physiology, and medical sciences at several universities, giving him firsthand insight into navigating multiple medical education pathways.
Beyond his clinical and teaching work, Dr. Scallon has contributed to cutting‑edge aerospace research. He served as Principal Investigator for biological payloads flown on Blue Origin’s New Shepard spacecraft and has collaborated with the European Space Agency on calibration research for the Rosetta deep‑space mission. He was himself selected as a Canadian Astronaut Candidate Finalist, a distinction that reflects his academic excellence, leadership, and multidisciplinary expertise.
Dr. Scallon has spent more than a decade helping students master complex scientific concepts and build the academic and professional foundations required for success in medicine. His experience spans curriculum development, research mentorship, and university‑level instruction across multiple institutions, including Embry‑Riddle Aeronautical University, Liberty University, Ultimate Medical Academy, and the Space Economy Institute. As a professor at Embry-Riddle Aeronautical University, Dr. Scallon screened applicants and made recommendations on their fit for the institution.
Dr. Scallon’s ability to bridge clinical practice, scientific research, and high‑performance environments gives him a unique perspective when advising students preparing for medical school and residency.