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Launch into an exciting new career
MSU Denver’s Aviation and Aerospace training is one of the country’s largest and most sophisticated programs in the country, with unrivaled resources, distinguished faculty, and close relationships with aerospace companies. The aerospace industry in Colorado continues to grow and is currently the second-largest aerospace economy in the U.S. The state expects to see 16,000 related job positions in 2025.
Introduction to Space Flight Operations opens a door into one of the most innovative non-engineering fields in the aerospace industry. The course is designed to prepare you to work in public and private spaceflight industries. You will learn skills in space policy, operations, regulations, safety, management, and planning.
Upon successfully completing this course, you can join the workforce in an entry-level position or continue on to a degree in Aviation and Aerospace Science or Aviation and Aerospace Management at MSU Denver.
Flexible schedule
Course is 8 weeks long, entirely online, and self-paced.
Career advisement
Receive a personal advising session with an industry leader.
High job demand
You will enhance your resume with critical skills.
Career Pathways for Space Flight Operations
Approximate return on investment for each academic pathway
Pathway 1: Enter the workforce quickly. Complete the Space Flight Operations course and immediately enter the workforce with some experience with job titles like Technical Specialist, Space Orbital Analyst, Flights Coordinator, Flight Inspector, Flight Planning Coordinator, and Material Specialist.
- Median salary is $35,000 year
Pathway 2: Continue your academic journey and earn an Undergraduate Certificate in Space Commercialization or Spacecraft Flight Operations
- Median salary is $50,000 a year
Pathway 3: Continue your academic journey and earn a degree in Aviation and Aerospace Science or Aviation and Aerospace Management, which will allow you to increase your earning potential. You can find positions like Aircraft Program/ Project Manager, Senior Systems Engineer, Manufacturing Engineer, Quality Control Analyst, Aerospace Researcher, and Aviation Quality Director.
- Median salary is $80,000 a year
Take the course to upskill your resume to advance in your career or discover a new passion.
About Introduction to Space Flight Operations
In the Introduction to Space Flight Operations course, you will learn the history of space exploration, human travel in space, and the effects of the space environment on operations. You will understand essential elements and systems comprising modern space vehicles and missions. Various national and international policies and laws, fundamentals of interplanetary travel, orbital prediction, and launch and reentry operations will also be studied.
After taking this course, you will better understand aspects of space flight operations regarding weather, mechanics, and architecture in the planning and implementation of space flight in the modern world.
The course is $395, with a $35 transaction fee per payment. There are no books to purchase.
If you choose to convert the noncredit class to credit through Credit-By-Exam, the cost is $122 with no transaction fee.
- Course begins – September 6, 2023
- Last day to register – October 1, 2023
- Course ends – November 1, 2023
Note: due to the course being self-paced, you can register up until October 1 and still complete the course by November 1.
Once you successfully complete the course, you can immediately enter the workforce with newly learned skills. Or you can convert the course to 3 credits and continue to an MSU Denver certificate or degree.
You will receive a digital badge embedded with the competencies learned. You can include this badge on your resume, LinkedIn page, portfolio, or share it with an employer. Students will also receive a certificate of completion.
If you choose to convert the noncredit class to credit through Credit-By-Exam, the cost is $122 with no transaction fee.
CBE dates:
- Registration opens – October 6
- Registration closes – November 16
- Credit-By-Exam must be completed – December 16
Learning objectives:
- Describe the significant historical factors of space technologies and exploration
- Identify and describe essential factors of the space environment and their impact on space operations
- Apply basic laws, treaties, and policies of space law to various aspects of space operations
- Describe and synthesize terminologies and concepts associated with essential elements and systems comprising modern space vehicles and mission operations
- Describe and analyze issues and challenges related to interplanetary travel, orbital prediction, and launch and reentry operations
Competencies to be gained:
- In-depth understanding of the different facets of space exploration
- Understands how space weather impacts operations
- Knows the different legal perspectives of space operations
- Exposure to technical knowledge like orbital mechanics, and fundamental knowledge of space operations architecture to encompass mission life cycle
Michael Botyarov is an Assistant Professor of Aerospace Science, specializing in systems engineering and human factors. He is well-versed in space mission architecture and the life cycle of associated systems projects. Outside of academia, Michael has industry experience in both program management and engineering, particularly project and systems engineering. He has earned a Master of Science in Systems Engineering from Embry-Riddle Aeronautical University and an MBA from CU Denver.
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Email usPhone: 303-615-1234
Office Location:
Jordan Student Success Building
3rd Floor – #330
Auraria Campus
Mailing Address:
Metropolitan State University of Denver
Innovative and Lifelong Learning
P.O. Box 173362
Campus Box 6
Denver, CO 80217-3362