Online Space Operations Graduate Certificate Overview
Elevate your career in the aerospace industry with a short-term learning opportunity from UCCS. The online Space Operations Graduate Certificate enhances your knowledge and skills in astronautics, space policy, space communications, remote sensing, and systems engineering. This program is a practical way for space professionals to build on their professional foundation for current employment or future opportunities.
Coursework in this certificate program can be applied toward the Master of Engineering – Space Operations degree should you choose to continue your education.
Program Details
- Fully online with no on-campus requirements
- Unlock opportunities to advance your career in aerospace
- Complete the program in just one year
- Learn in small classes with an 11:1 student-to-faculty ratio
Program at a Glance
Degree Program:
Space Operations Graduate Certificate
Offered By:
College of Engineering and Applied Science
Tuition:
Cost Per Credit:
$868*
*Approximate tuition per credit hour based on the number of credits taken
Cost Per Credit:
$1017*
*Approximate tuition per credit hour based on the number of credits taken
Priority Application Deadline:
Credit Hours:
15
Space Operations Certificate Courses
The Space Operations Graduate Certificate is offered fully online in an asynchronous format, meaning there are no set login times, and you can complete your coursework at the time and place most convenient for you. Course lengths vary, with both eight-week and 16-week courses offered, and you can choose the pace of the program that works best for you.
Students will learn through prerecorded lectures, group projects, individual papers, portfolios based on weekly case studies, and more. Live office hours via Zoom and Teams are also available to students in the program.
In order to complete the certificate, a grade of B or better in each course must be achieved. Certificate courses must be completed within two (2) years from start of courses.
Required Courses
Introduces the fundamental principles of astrodynamics applied to satellite motion. Includes orbital mechanics, coordinate systems, two-body problems, orbit determination, and orbital maneuvers.
Fundamentals of digital data transmission; noise characterizations and calculations; communications link calculations; error probabilities for basic digital modulations schemes - BPSK, QPSK, OQPSK, MSK, serial MSK; system degradations, carrier and clock recovery; multiple access techniques - FDMA, TDMA, CDMA; packet satellite networks; “orbital” parameters; comparison of satellite communication systems with fiber optic links.
Introduction to the fundamental technologies associated with various remote sensing techniques: optical, infrared, microwave, and nuclear sensors and imaging systems. Background effects and effects of propagation through the atmosphere are included as well as tradeoffs of systems and platform capabilities.
An overview of space policies and strategies, both domestic and international. The course provides students with a perspective of how these policies and strategies have evolved over time. Emphasis will be on understanding current national security strategy, military space-related doctrines, domestic laws and policies, and international laws, treaties, and agreements.
Focus on the systems engineering life cycle process and the derivation of engineering/technical requirements from customer/operational requirements. Analytical tools which support fielding of effective systems consistent with developed requirements will be covered. Major emphasis is placed on systems reliability and life-cycle costing.
Meet the College of Engineering and Applied Science Faculty
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Dr. Julie Albertson, Senior Instructor (Mechanical and Aerospace Engineering), has more than 25 years of experience teaching engineering courses, both on campus and online. She has developed courses in Biomass Energy Analysis, Sustainable Energy Systems, and Engineering Ethics.
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Clare Bar, Lecturer (Space Operations), is an accomplished space studies instructor, both in the academic setting as well as through her career in the U.S. Air Force. Bar has abundant work experience resolving space system issues and leading a team in a dynamic environment.
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Prof. Edward Brown, Lecturer (Space Operations), has over 20 years of experience in the space industry as a GPS mission planner and Space Shuttle flight controller and navigation analyst. He developed and taught technical training courses to U.S. Air Force satellite operations teams. Brown has taught courses within the Space Operations program since 2011.
Our online graduate programs provide you with the opportunity to study with faculty who are committed to their roles as instructors, scholars, and industry professionals. The online programs allow you the flexibility and convenience to continue working while earning your degree. Participation in these programs will help build your professional network and provide you with knowledge and skills to advance your career.
– Michael J. Corl | Faculty | UCCS College of Engineering and Applied Science Online
Tuition and Fees
At UCCS Online, we strive to keep our tuition costs affordable so that you can get a world-class education that fits your budget. We know that affordability is an important factor, and that’s why we’re here to help you explore all of the options available to fund your education.
We’re here to answer your questions about tuition, help you take care of the logistics, and make sure you’re able to focus on reaching your goals. Please note: This graduate certificate program is considered a “Course of Study Certificate” and not a Gainful Employment (GE) program, which means it is not eligible for aid.
Application fees can vary based on the program, but there is typically a small fee that will be required upon submission of your application. Please reach out to an Enrollment Navigator for more information about any costs associated with your application.
Admissions Information
Admissions requirements for the Space Operations Graduate Certificate are as follows:
- Bachelor of Science degree in engineering or a closely related science discipline from an accredited university.
- Two years of experience in industrial, civil, or government engineering or a technical professional position in a related field is preferred.
- Evidence of mathematical maturity equivalent to completion of the following university-level coursework.
- Calculus I
- Linear Algebra
- Physics I (calculus-based)
The program has two start dates per year, one in fall semester and one in spring semester. Fall admission applications are due July 1, and spring admission applications are due November 1.
Completion Time
Online learning offers the benefit of flexibility with the option of taking a course load that meets your needs. This program can be completed in one year, or you also have the option of taking fewer credits and completing the program over more time. During the fall and spring semesters, students can take a maximum of two courses during the semester. One course maximum can be taken during the summer term.
Expand Your Opportunities
Earn an education that creates opportunity. Start the admissions process with an enrollment advisor by filling out the form on this page today.
Frequently Asked Questions (FAQs)
The certificate program is an excellent first step toward the Master of Engineering – Space Operations program, as all courses can be applied toward the master’s degree if you choose to continue your education. The certificate also helps you gain a unique professional credential to boost your career and build upon your education and experience while you continue your full-time job.
Online learning will offer you the flexibility to study at the best place and time for you. You can choose a pace that is sustainable for your lifestyle, which can help you take into account your current career, family, and other commitments outside of school.
Additionally, at UCCS Online, our online programs are taught by the same faculty who teach on campus, which means you’re earning the same high quality degree as traditional students, and your certificate will not mention that it was earned online.
Students are advised to be able to plan for 9-12 hours per week per every three credit hours enrolled for course-related tasks, such as lectures, homework assignments, outside reading requirements, etc. We impress on them the importance of setting a course schedule for themselves to follow as online courses can give the impression of being less structured than sitting in a classroom each week.
One of the common challenges students have in the program is needing to utilize knowledge gained during their undergraduate program – knowledge they may not have used often in their professional careers, like mathematics. You may want to revisit your previous subjects during the certificate program.
The required prerequisite knowledge for this program is a bachelor’s degree in engineering, mathematics, physics or a closely related field from an accredited university and two years of experience working in a related field.
Students must also show evidence of mathematical maturity equivalent to completion of the following university-level coursework:
- Calculus I
- Linear Algebra
- Physics I (calculus-based)