Opportunity Information: Apply for 12 536

  • The National Science Foundation in the science and technology and other research and development sector is offering a public funding opportunity titled "CubeSat based Science Missions for Geospace and Atmospheric Research" and is now available to receive applicants.
  • Interested and eligible applicants and submit their applications by referencing the CFDA number(s): 47.050 Geosciences.
  • This funding opportunity was created on Feb 10, 2014 and posted on Feb 9, 2012.
  • Applicants must submit their applications by Opportunity NSF 12 536 has been archived in PIMS and replaced by NSF 14 535.. (Agency may still review applications by suitable applicants for the remaining/unused allocated funding in 2026.)
  • The funding agency has allocated a total of $600,000.00 to eligible and selected applicants.
  • Each selected applicant is eligible to receive up to $900,000.00 in funding.
  • The number of recipients for this funding is limited to 2 candidate(s).
  • Eligible applicants include: Unrestricted (i.e., open to any type of entity above), subject to any clarification in text field entitled Additional Information on Eligibility.
Apply for 12 536

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Opportunity Summary:

The National Science Foundation (NSF) grant opportunity titled "CubeSat based Science Missions for Geospace and Atmospheric Research" was designed to address a persistent gap in space-based observations that has been holding back progress in many areas of geospace and atmospheric science. The core problem NSF highlights is that researchers often lack the essential measurements needed from space to properly observe, test, and refine scientific theories about Earths near-space environment and upper atmosphere. At the same time, NSF notes that recent improvements in sensors, miniaturized instruments, and small-spacecraft engineering have made it realistic to gather these key measurements using relatively low-cost small satellite missions rather than only large, expensive platforms.

A major scientific motivation behind the program is the value of multipoint observations, meaning measurements collected simultaneously from more than one location in space. Many long-standing questions in space physics and upper atmospheric research involve highly variable, spatially structured processes that cannot be understood from a single spacecraft passing through an area. Constellations or coordinated small satellite missions can capture how conditions change across space and time, which is critical for separating local effects from broader system behavior. NSF presents CubeSats as a particularly promising path to make these multipoint missions feasible within constrained budgets while still producing high-impact science.

The program aims to fund complete CubeSat-centered science missions, not just isolated research studies or instrument concepts. In practical terms, NSF intended to support the full mission lifecycle: mission and instrument development, spacecraft construction, integration and testing, on-orbit operations, data handling and distribution, and the scientific analysis of the resulting datasets. The end goal is to produce new observations that materially advance understanding in geospace and atmospheric research, while also building a pipeline of trained talent. NSF explicitly frames workforce development as a co-equal objective, emphasizing hands-on opportunities for students and early-career researchers to gain experience as experimental space scientists and aerospace engineers through real mission work.

To simplify access to launch opportunities and keep missions compatible with common rideshare options, the solicitation focuses on CubeSat form factors and standardized deployment. The primary deployment approach referenced is the Poly Picosatellite Orbital Deployer (P-POD), a widely used CubeSat dispenser system that enables CubeSats to fly as secondary payloads. Launches were expected to occur as auxiliary payloads on Department of Defense (DOD), NASA, or commercial missions. Importantly, NSF indicated that launch arrangements would be handled after project selection and were not something proposers had to secure as part of the solicitation itself, which lowered a major barrier that often prevents academic or small teams from proposing space missions.

From an administrative and funding standpoint, this opportunity was released as NSF 12-536 under the Geosciences program area (CFDA 47.050). It was a discretionary grant program with an estimated total funding of about $600,000 and an expectation of around two awards. Individual award sizes were described with a floor of $300,000 and a ceiling of $900,000, suggesting NSF was prepared to support a small number of relatively substantial projects depending on scope and mission complexity. The solicitation stated that there was no cost sharing or matching requirement, which generally makes participation more accessible to universities and smaller organizations. Eligibility was listed as unrestricted, meaning it was broadly open to applicants, subject to any clarifications in the full program text.

The timeline reflects that the opportunity was originally posted in February 2012 with a full proposal deadline of May 7, 2012. Later, the record indicates the opportunity was archived in 2014 and replaced by a newer solicitation (NSF 14-535), which typically means NSF continued or refreshed the program in a subsequent funding cycle. For access issues, NSF directed applicants to Grants.gov support for technical difficulties, and referenced the program publication (NSF 12-536) as the formal announcement containing full requirements and instructions.

Overall, the solicitation is best understood as NSFs effort to push geospace and upper-atmospheric research toward more frequent, targeted, and distributed space observations by leveraging the CubeSat revolution. It combines a science-driven rationale (closing major observational gaps, enabling multipoint measurements) with a practical mission model (standardized CubeSat deployments as secondary payloads) and a training mission (developing the next generation of space researchers and engineers through end-to-end mission experience).

Frequently Asked Questions (FAQs)

What is the title of this NSF grant opportunity?

The opportunity is titled "CubeSat based Science Missions for Geospace and Atmospheric Research."

What scientific problem is NSF trying to address with this program?

NSF describes a persistent gap in space-based observations that has slowed progress in many areas of geospace and atmospheric science. The core issue is that researchers often do not have the essential space-based measurements needed to properly observe, test, and refine theories about Earth's near-space environment and upper atmosphere.

Why does NSF emphasize CubeSats for geospace and atmospheric research?

NSF points to recent advances in sensors, miniaturized instruments, and small-spacecraft engineering that make it realistic to collect key measurements using relatively low-cost small satellite missions. CubeSats are presented as a practical way to make high-impact missions possible within constrained budgets, especially when more than one spacecraft is needed.

What does NSF mean by "multipoint observations," and why are they important?

Multipoint observations are measurements collected simultaneously from more than one location in space. NSF highlights that many long-standing questions in space physics and upper atmospheric research involve highly variable, spatially structured processes that cannot be understood from a single spacecraft. Coordinated small satellite missions or constellations can capture how conditions change across both space and time, helping separate local effects from broader system behavior.

Is this program intended to fund complete missions or only research studies/instrument concepts?

This program aims to fund complete CubeSat-centered science missions, not just isolated research studies or stand-alone instrument concepts. NSF intended support for the full mission lifecycle.

What parts of the mission lifecycle does NSF expect proposals to cover?

NSF describes support for end-to-end mission activities, including mission and instrument development, spacecraft construction, integration and testing, on-orbit operations, data handling and distribution, and scientific analysis of the datasets produced by the mission.

What are the main program goals beyond producing new science data?

In addition to advancing understanding in geospace and atmospheric research through new observations, NSF explicitly treats workforce development as a co-equal objective. The solicitation emphasizes hands-on opportunities for students and early-career researchers to gain real mission experience as experimental space scientists and aerospace engineers.

What deployment approach does the solicitation emphasize for CubeSats?

The solicitation focuses on CubeSat form factors and standardized deployment, referencing the Poly Picosatellite Orbital Deployer (P-POD) as the primary deployment approach. P-POD is described as a widely used CubeSat dispenser system that supports CubeSats as secondary payloads.

Are launches expected to be dedicated launches or rideshares/secondary payloads?

Launches were expected to occur as auxiliary (secondary) payloads on Department of Defense (DOD), NASA, or commercial missions.

Do applicants need to secure a launch as part of their proposal?

No. NSF indicated that launch arrangements would be handled after project selection and were not something proposers had to secure as part of the solicitation. This was intended to lower a major barrier for academic and small teams.

What is the NSF publication number for this opportunity?

The solicitation was released as NSF 12-536.

What NSF program area is associated with this funding opportunity?

The opportunity was released under the Geosciences program area.

What CFDA number is associated with this program?

The CFDA number listed for this opportunity is 47.050.

Is this a discretionary grant program?

Yes. The opportunity is described as a discretionary grant program.

How much total funding was NSF expecting to make available?

The estimated total funding level was about $600,000.

How many awards did NSF expect to make?

NSF indicated an expectation of around two awards.

What were the expected minimum and maximum award sizes?

Individual award sizes were described with a floor of $300,000 and a ceiling of $900,000, suggesting NSF could support a small number of relatively substantial projects depending on scope and mission complexity.

Is cost sharing or matching required?

No. The solicitation stated there was no cost sharing or matching requirement.

Who is eligible to apply?

Eligibility was listed as unrestricted, meaning it was broadly open to applicants, subject to any clarifications in the full program text.

When was the opportunity posted and what was the proposal deadline?

The opportunity was originally posted in February 2012, with a full proposal deadline of May 7, 2012.

Is this solicitation still active?

No. The record indicates the opportunity was archived in 2014 and replaced by a newer solicitation (NSF 14-535).

What does it mean that the opportunity was archived and replaced?

Based on the record provided, archiving in 2014 and replacement by NSF 14-535 typically indicates NSF continued or refreshed the program in a subsequent funding cycle under an updated solicitation.

Where should applicants go for technical help with submission issues?

For access or technical difficulties, NSF directed applicants to Grants.gov support.

What document contains the official requirements and instructions for applying?

NSF referenced the program publication NSF 12-536 as the formal announcement containing full requirements and instructions.

What is the overall intent of the program in plain terms?

Overall, NSF framed the solicitation as an effort to accelerate geospace and upper-atmospheric research by enabling more frequent, targeted, and distributed (multipoint) space observations using CubeSats, while also training the next generation of space researchers and engineers through end-to-end mission participation.

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