Small Satellite Enabled Human Capital Development Approaches for a Space Professional Cadre

The rapid growth of the commercial and government space sectors has highlighted a critical shortfall in qualified talent. Addressing these gaps requires innovative educational programs that can efficiently develop human capital without extensive resources or extended classroom requirements. This paper will explore these challenges and present solutions through a focus on Small Satellite (SmallSat) resources and lessons learned from previous attempts, as well as highlighting a number of emerging programs that are quickly helping to address this growing concern. One promising approach is the Space Force Cadet Corps Cadet Training in Space, Cyber, and Artificial Intelligence/Machine Learning. This program exposes cadets to potential careers in government, military, and civilian sectors, emphasizing leadership and aerospace education. The initial “Space” focus is on training cadets in Space Missions and Operations, Small Satellite Design and Development, Astrodynamics/Space Environment, Space Law/Policy, and Space Cybersecurity/Network defense. By providing hands-on experience and expert guest speakers, cadets gain valuable insights preparing the next generation of space enthusiasts. Utilizing small satellites as the technology baseline allows SFCC cadets to gain experience quickly and at low cost, parallel to the arguments made for small satellite development in Fleeter’s seminal text, “Logic of Microspace”. Another innovative program is the Space Operations Certification Program offered by Lake Superior State University. This certification program equips students with a well-rounded suite of skills, including a fundamental understanding of the space environment, orbital dynamics, and pragmatic skills involved in space system operations. The program emphasizes real-world experience through experiential learning at the Homestead Mission Operations Center (HMOC), leading to opportunities for co-op and internship positions with leading employers in the space industry. Here, small satellites were utilized as test articles for the students to demonstrate satellite operations proficiency, from digital twins of well known small satellite demonstration missions, to conducting live satellite tracking and communications sessions with on-orbit small satellites designed for open source interactions. These programs demonstrate that effective human capital development for space professionals can be achieved through targeted educational initiatives that cost-effectively leverage SmallSat resources and provide targeted, practical, hands-on learning experiences necessary for growing the Space cadre. By highlighting these programs and sharing lessons learned, the authors aim to inspire and guide future efforts in addressing the talent shortfall in the space sector.