The Space Workforce Institute is excited to announce the launch of its first assessment-based certificate programs, designed to validate foundational knowledge in space science, engineering, and operations. The first credentials go live on March 19, with additional credentials rolling out shortly after.
SWI has brought together experts from across the space industry to develop workforce standards and professional credentials. These launch credentials cover essential topics, including electromagnetic radiation theory, orbital mechanics, rocket science fundamentals, the space environment, spacecraft design, and mission areas and capabilities.
Each certificate helps employers upskill or reskill their workforces and each validates that professionals have the foundational knowledge to effectively contribute to the rapidly evolving space industry. Whether you’re advancing your career or strengthening your expertise, these credentials recognize standards of knowledge and skills.
To support candidates preparing for these exams, our first authorized training partner, Nova Space, offers specialized courses aligned with each credential. Course links can be found below each certificate description.
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Space Mission Areas and Capabilities (SMAC) (Launching March 19)
This certificate covers an overview of different space mission areas, such as communications, navigation, remote sensing, and space exploration. It highlights the capabilities required for each mission type and discusses the technologies and strategies employed to achieve mission objectives.
Certificate cost: $59 through April 11 ($149 after)
Recommended FREE course preparation: Space Mission Areas and Capabilities
Space Professional Fundamentals (Launching March 19)
This certificate validates foundational knowledge in topics spanning the space industry, covering key principles of electromagnetic radiation, orbital mechanics, rocket propulsion, the space environment, space mission areas, and spacecraft design. Candidates will demonstrate expertise in the electromagnetic spectrum, wave properties, and their applications; orbital mechanics; rocket science and launch dynamics; and the environmental challenges of space. Additionally, the credential covers how we use space for missions like communications, navigation, and remote sensing, as well as spacecraft design, systems engineering, and subsystem integration.
Certificate cost: $59 through April 11 ($149 after)
Recommended course preparation: Space Professional Course
Electromagnetic Radiation (EMR) Theory Fundamentals (Coming Soon)
This certificate focuses on the fundamental principles of electromagnetic radiation, covering topics such as the electromagnetic spectrum, wave properties, and various applications across industries. Candidates will demonstrate a comprehensive understanding of EMR’s characteristics and its practical uses.
Recommended course preparation: Space Environment and Electromagnetic Radiation Theory
Orbital Mechanics Foundations (Coming Soon)
This certificate covers an introduction to the mechanics associated with space flight, including Kepler’s laws of planetary motion, orbital elements, and orbital maneuvers. It validates foundational knowledge essential for understanding spacecraft orbits and mission planning.Recommended course preparation: Orbits
Rocket Science Foundations (Coming Soon)
This certificate delves into the principles of rocket propulsion and launch dynamics, exploring the physics and engineering behind launching spacecraft. Topics include propulsion systems, flight mechanics, and the challenges associated with sending payloads into space.
Recommended course preparation: Rocket Science and Launch
Space Environment Foundations (Coming Soon)
This certificate covers the various factors that constitute the space environment. Understanding these elements is crucial for designing spacecraft and planning missions that can withstand the harsh conditions of space.
Recommended course preparation: Space Environment and Electromagnetic Radiation Theory
Spacecraft Design and Engineering Essentials (Coming Soon)
This certificate focuses on the principles of spacecraft design and engineering, covering systems engineering processes, subsystem integration, and design considerations. Candidates are assessed on the methodologies used to develop functional and reliable spacecraft.
Recommended course preparation: Space Systems Engineering
Keep Up with SWI Credential Releases