Aerospace Physiology, MS

Degree: Master of Science (MS)
Field of Study: Aerospace Physiology


Program Overview

The Master of Science Program in Aerospace Physiology non-thesis graduate degree program seeks to prepare students for a career in aviation and space, one of the fastest-growing new career fields. The program is designed for students with at least a bachelor's degree in a biological science, exercise science, or a health care field (such as medicine or allied health practitioner), who are seeking specialized training for a career in aerospace. The program may also appeal to students with an engineering background who have an interest in the human side of aviation. The 30 credit hour program of study supports competencies in the physiological basis of human responses to extreme environments, including exposures to acceleration, spatial disorientation, decompression, thermoregulation, and hypobaria. Graduates of the program will be qualified for aerospace physiologist roles with titles such as: Aviation Medical Examiner for the Federal Aviation Administration; Human Performance Scientist for a government contractor; Aerospace Health Care Provider/Flight Surgeon for NASA, the Air Force or the Navy; Aerospace Experimental Psychologist for the Navy; or Space Medical Research Engineer for a commercial space company.

Graduate Policies

For graduate policies and procedures, please review the School of Graduate Studies section of the General Bulletin.

Program Requirements

The MS in Aerospace Physiology is available to students who have already earned a bachelor’s degree in a physical or biological science. All courses are offered in a synchronous, traditional, lecture/small group format.  

The MS in Aerospace Physiology program requires 30 credit hours of course work (10, 3 credit hour courses). To earn the MS degree, students must have a final GPA greater than 3.0 in at least 30 hours of graduate course work and pass the Comprehensive Exam.

Full-time students will complete the program in four semesters. Part-time students can complete the program by taking as few as 1-3 credit hour(s) each semester over 10 semesters. All students must begin the program in a fall semester taking PHOL 421 followed by PHOL 422.

Required Courses:
PHOL 421Introduction to Aerospace Physiology I3
PHOL 422Introduction to Aerospace Physiology II3
PHOL 423Lab Research Rotation: Aerospace Physiology3
PHOL 426Human Factors in the Aerospace Environment3
PHOL 427Physiological Contributions to Aviation Mishaps3
PHOL 614Sleep Physiology - Neurobiology of Sleep/Wake3
Electives a12
Total Credit Hours30
a

Select electives from suggested elective list.

Suggested Electives:
NTRN 460Sports Nutrition3
PHOL 410Basic Oxygen & Physiological Function3
PHOL 424Human Performance Optimization for Aerospace3
PHOL 425Topics in Space & Aviation Physiology3
PHOL 451Independent Study1 - 18
PHOL 479Clinical Reasoning: Applied Medical Physiology3
PHOL 486Physiology of Movement: An Introduction to Exercise Physiology3
PHOL 492Clinical Reasoning II3
PHOL 493Clinical Reasoning III3
PHOL 601Research1 - 18

Sample Plan of Study

Plan of Study Grid
First Year
FallCredit Hours
PHOL 421 Introduction to Aerospace Physiology I 3
PHOL 426 Human Factors in the Aerospace Environment 3
PHOL 614 Sleep Physiology - Neurobiology of Sleep/Wake 3
 Credit Hours9
Spring
PHOL 422 Introduction to Aerospace Physiology II 3
PHOL 427 Physiological Contributions to Aviation Mishaps 3
Elective a 3
 Credit Hours9
Summer
PHOL 423 Lab Research Rotation: Aerospace Physiology 3
 Credit Hours3
Second Year
Fall
Electives a 6
 Credit Hours6
Spring
Elective a 3
 Credit Hours3
 Total Credit Hours30
a

Select elective(s) from suggested elective list.