Bachelor of Science in
Space Operations

The Bachelor of Science in Space Operations program is designed to prepare students for success in the booming space economy. Graduates will be ready to assume roles in both public and private spaceflight industries with skills in space policy, operations, regulation and certification, as well as spaceflight safety, space mission operations, mission planning and project management.

Expanding Industry

  • An introduction to the exciting and expanding world of public and private spaceflight, and the growing area of commerce in space research.

Unique Approach

  • The program’s interdisciplinary nature allows students to study many aspects of space operations, such as mission control operations, payload manufacturing, spaceflight human physiology, and space law and policy.

Research Opportunities

  • Potential projects include design and development of hand tool and accessories for use in space, payload design and manufacturing, space policy assessment and more.

Prime Location

  • Campus is adjacent to Daytona Beach International Airport and the NextGen Test Bed, and close to NASA and Kennedy Space Center.

Industry Connections

  • Benefit from the university’s partnerships with some of the world’s leading aerospace firms seeking Embry-Riddle graduates.

Notable Careers

  • Space Systems Engineer
  • Satellite Console Operator
  • Launch Operations Engineer
  • Space Suit Engineer

Growing Demand

  • Career opportunities in field are projected to grow 9% by 2030.
  • Average salary in this industry: $68,570

Notable Employers of Alumni

  • Northrop Grumman
  • Blue Origin
  • SpaceX
  • OneWeb Satellite

120-122 credits

Transfer Credit

Estimated Costs

Campuses Offering Degree

  • Daytona Beach, FL

Recommended Minors

  • Systems Engineering
  • Computer Science
  • Mission Control Lab – As a part of the senior capstone course, learn to design and operate simulated space missions from a ground control station mock-up and in virtual reality onboard the International Space Station.
  • Payload Applied Technology and Operations (PATO) Lab – Offers design, development, integration and testing for a junior-level course involving payloads and instrumentation.
  • Virtual Reality Laboratory – Study and confirm the effectiveness of all training systems and explore a simulated version of the International Space Station.
  • Spacesuit Utilization of Innovative Technology Laboratory (S.U.I.T. Lab) – Conduct innovative and collaborative spacesuit research and develop hand tools and accessories for use in space.

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.

Consider the following degrees:

Read more about the university’s Student Experience, Value, & Affordability, Outcomes, and Rankings & Accolades.

Why Choose Embry-Riddle?