The SAT program matures technologies across the mid-TRL gap, so they can be infused into strategic missions and/or enable international collaboration on projects relevant to Program goals. These technologies are also available for infusion into Explorers, suborbital missions, and ground-based experiments.
Most PIs leverage SAT funding to generate matching internal R&D funding; fellowships; contributed labor, parts, and/or infrastructure funding; industry contracts; Small Business Innovation Research (SBIR) grants; and/or funded parallel efforts on related projects.
Most of our technology development PIs hire students and postdocs, on average three or four per project, totaling many dozens to date. This helps train the future astrophysics workforce. As can be seen in the quotes below, the Program is making a deep impact on these future technologists, and through them promotes astrophysics missions over many decades to come.
Students and post-doctoral fellows involved in PCOS and COR technology development projects, which help to train the future astrophysics workforce. The program is making a deep impact on these future technologists, and through them promotes astrophysics missions over many decades to come.
The above-mentioned benefits have a broad geographic impact, including PI institutions, collaborators and partners, and universities and colleges where students and post-docs involved in SAT projects study and work.
Geographic distribution of benefits from the SAT Program: locations of PI institutions, collaborators and partners, and schools where students and post-docs involved in SAT projects attended.