Master of Science in
Engineering Physics
The Master of Science in Engineering Physics program helps students develop expertise in a wide variety of topics in space science and engineering, including scientific instrumentation, applied optics, remote sensing and spacecraft subsystems. Graduates are ready to make an immediate contribution to space-related industries or proceed to doctoral studies.
Strong Career Potential
- Gain an understanding of scientific and engineering approaches and the research skills needed to plan and design complex spacecraft systems.
Research-Oriented Program
- Collaborate with faculty who are actively involved in scholarly activities in space sciences and engineering.
Comprehensive Curriculum
- Covers experimental programs ranging from satellite systems and sounding rockets to ground-based, remote-sensing experiments.
Emphasis on Space
- While engineering physics encompasses many disciplines, few other academic institutions concentrate as heavily on space systems as Embry-Riddle.
Industry Connections
- Benefit from the university’s partnerships with some of the world’s leading aerospace organizations seeking Embry-Riddle graduates.
Notable Careers
- Research Associate
- Mechanical Engineer
- Optimization Engineer
- ISS Flight Controller
Growing Demand
- Career opportunities in field are projected to grow 8% by 2030.
- Average salary in this industry: $128,950
Notable Employers of Alumni
- Department of Defense
- SpaceX
- NASA
- National Space Foundation
30 credits
Transfer Credit
- Varies by campus, program and more.
- Admissions will work one-on-one with you to maximize your transfer credit. For more info, complete a request for information form or contact admissions.
Estimated Costs
- Varies by campus, program and more.
- Scholarships and financial aid are available. For more info, complete a request for information form or contact admissions.
Campuses Offering Degree
- Daytona Beach, FL
- Ritchey-Chrétien Reflecting Telescope – Houses the largest university-based research telescope in Florida.
- Space Physics Research Laboratory – Houses high-sensitivity spectrometers, photometers, interferometers, optical calibration sources and more to observe Earth's upper atmosphere.
- Laboratory for Exosphere and Near Space Environment Studies – Conduct optical observations of Earth's exosphere, the moon and stars using Fabry-Perot interferometers, multiple computer workstations and more.
- Experimental and Computational Laboratory for Atmospheric and Ionospheric Research – Conduct theoretical, modeling and observational studies of the middle atmosphere.
You can find more state-of-the-art labs and facilities at both residential campuses, and our leading virtual labs bring hands-on opportunities to you anywhere in the world.
Read more about the university’s Student Experience, Value, & Affordability, Outcomes, and Rankings & Accolades.