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Opportunity Summary:

NASA's Smallsat Technology Partnerships (STP) opportunity is a competitive funding call released by the Space Technology Mission Directorate (STMD) under the broader NASA Research Announcement (NRA) framework called Space Technology Research, Development, Demonstration, and Infusion 2015 (SpaceTech REDDI 2015). The program is run in connection with NASA's Small Spacecraft Technology Program and is structured as an appendix to the umbrella NRA, meaning applicants follow NASA's standard NRA approach and submission rules while targeting the specific smallsat-focused topics in this STP appendix. The synopsis notes that the posting previously appeared under a closely related solicitation number and was re-posted with a slightly modified number to support Grants.gov posting, without changing the substance of the announcement.

At its core, STP is designed to bring U.S. universities into closer, hands-on collaboration with NASA through cooperative agreements rather than traditional grants or contracts. The work supported can range from ground-based technology development to building spacecraft or payloads intended for flight demonstrations, including suborbital, balloon, or orbital missions. The emphasis is on practical technology maturation and demonstration pathways relevant to small spacecraft, while also using small spacecraft as a testbed for technologies that could later scale or transfer to broader NASA missions.

The opportunity has several interlocking objectives that shape what NASA wants to get out of the program and what proposers should build into their project plans. First, NASA is explicitly looking to leverage the creativity, specialized expertise, and "fresh perspectives" found in university environments to produce new capabilities for small spacecraft or to demonstrate more general technologies on smallsat platforms. Second, STP is meant to be a two-way exchange: NASA contributes experience and technical expertise into the university-led projects, while NASA personnel gain exposure to the rapid, agile, cost-conscious development culture that has become common in university smallsat programs. Third, NASA is prioritizing student involvement and workforce development by funding and collaborating with university teams in a way that supports student-driven hardware and technology efforts, helping build a pipeline of future innovators for NASA and the broader U.S. space sector.

Eligibility is centered on U.S. colleges and universities, with the principal investigator required to be affiliated with a U.S.-accredited college or university that has a campus located in the United States. A notable feature of STP is that NASA wants to support both experienced university teams that already have a small spacecraft track record and institutions that are new to smallsat work. The solicitation encourages partnerships where established smallsat universities team with less-experienced schools to help broaden participation and capability across the university community. Collaboration with a NASA Center or NASA's Jet Propulsion Laboratory (JPL) is described as a key characteristic of STP projects, signaling that proposals should plan for meaningful NASA involvement rather than treating NASA as a distant sponsor.

Technically, STP targets four specific topic areas that reflect common bottlenecks in small spacecraft performance, mission assurance, and sustainability. Topic 1 focuses on precise attitude control and pointing systems for CubeSats, which is critical for applications like imaging, remote sensing, high-gain communications, and any payload needing stable or accurate pointing. Topic 2 covers power generation, energy storage, and thermal management, recognizing that power and heat constraints are among the biggest limiting factors for capable small spacecraft. Topic 3 seeks simple, low-cost deorbit systems, aligning with growing concerns about orbital debris and the need for responsible end-of-life disposal, especially for proliferating smallsat constellations. Topic 4 addresses communications and tracking systems and networks, which can include improving downlink/uplink capability, increasing access to tracking, or enabling more robust networked operations for small spacecraft missions.

NASA also sets a clear maturity window for what it will fund through this opportunity using Technology Readiness Levels (TRLs). Proposed technologies must start no lower than TRL 3 (proof of concept demonstrated analytically and experimentally at a critical function or characteristic level) and no higher than TRL 6 (prototype or model demonstrated in a relevant environment). In practical terms, this means NASA is not looking for purely speculative ideas with no demonstrated feasibility, and it is also not primarily trying to pay for technologies that are already close to flight-qualified or fully mature. Proposers are expected to show that their starting point is credible and that the project plan will advance the technology toward a more demonstrable, usable state within the program's scope.

From an administrative and submission standpoint, proposals must be submitted electronically through NASA's NSPIRES system or through Grants.gov by an authorized organizational representative, and applicants are advised to register and get familiar with the submission platforms well ahead of deadlines. A Notice of Intent was requested but not mandatory, with a due date of May 20, 2015, while full proposals were due by June 8, 2015. The program also provided an avenue for questions, with comments and inquiries directed by email to the listed NASA contact (Rachel Khattab) by May 20, 2015, and NASA indicated responses could be shared via email and/or added to an FAQ on the NSPIRES solicitation page while preserving anonymity for those submitting questions.

In terms of funding, STP anticipated making around eight awards, with an estimated ceiling of $200,000 per cooperative agreement and total expected program funding of about $1.6 million. The listing indicates no cost-sharing or matching requirement. The funding instrument is a cooperative agreement, which generally implies a higher level of NASA involvement during project performance compared with a standard grant, consistent with the program's emphasis on active collaboration between university teams and NASA centers or JPL.

Overall, STP is a smallsat-focused university partnership mechanism that aims to move mid-stage technologies forward through development and demonstration, strengthen NASA-university collaboration, expand participation in small spacecraft work across the U.S. higher education landscape, and address practical smallsat needs in attitude control, power/thermal, deorbit capability, and communications/tracking.

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