Active Government Funding Opportunities

Navy seeks engineering and software development support for submarine C4I systems, featuring hardware prototypes, SUBSAFE compliance, and CMMI Level 3 development over five years.

USSOCOM seeks innovative solutions for SOF combat diving communications, diver propulsion systems, and maritime domain awareness sensors integrated on unmanned surface vehicles.

This RFP seeks development of a standardized AI Performance Evaluation Tool to address gaps in assessing AI system reliability and trustworthiness across Air Force test and evaluation missions. The tool will provide consistent, quantifiable metrics for validating AI models' performance in sensor systems while supporting DoD Trusted AI principles and operational readiness goals.

This RFP seeks development of an affordable multi-function Ku-band radar system for high-speed airborne platforms, addressing the current shortage of cost-effective options at scale. The system must integrate imaging radar, passive direction-finding, and fuze sensing within a compact 6-inch diameter configuration while meeting demanding thermal and performance specifications.

NSF seeks to transform open-source tools into secure, sustainable ecosystems addressing national challenges in AI, cybersecurity, and critical infrastructure. Funding supports establishing governance structures, expanding promising projects, and enhancing safety and security across distributed developer communities.

NSF FINDERS FOUNDRY supports K-12 educators, technologists, and researchers collaborating to develop AI-integrated learning solutions and tools. Teams co-design evidence-based technologies addressing real challenges identified by students and educators to prepare the workforce for an AI-driven future.

Support early-career scientists conducting dissertation research on Arctic environmental and social systems change. Funding advances fundamental understanding of rapid Arctic transformation and builds STEM workforce capacity in polar sciences.

NSF seeks research on how engineers develop professional skills across education, training, and workplace contexts. Projects should integrate engineering and social science expertise to build pathways creating ethical, globally-competent engineers ready for evolving technical careers.

Five-year ongoing BAA soliciting innovative concepts, technological innovations, prototypes, and scientific breakthroughs to enhance Missile Defense System robustness and effectiveness.

NASA seeks early-stage research to advance Rotating Detonation Rocket Engine (RDRE) performance beyond traditional chemical rockets. Multi-institutional teams will develop transformative propulsion technologies for future civil-space applications.

Build interdisciplinary research networks combining learning science, education practice, and data science to create high-value datasets advancing K-12 mathematics learning. Phase I funds dataset generation; Phase II establishes a collaborative platform for sustained innovation.

NSF seeks foundational engineering research across chemical processes, bioengineering, energy, and transport systems. Support covers intellectually ambitious work to advance knowledge in resource management, biological systems, and multi-scale transport phenomena without requiring near-term commercialization.

NSF seeks foundational research on wave-based computing approaches that leverage wave dynamics principles for novel computation methods. Projects will advance transformative computing paradigms with potential long-term impact on strategic technology priorities.

NSF seeks engineering faculty to develop expertise in education research focused on professional formation of engineers. This program builds a new research community to address how engineers are trained and shaped for inclusive, responsive practice.

NSF seeks human-centered, fundamental research integrating social sciences with engineering to strengthen America's infrastructure systems. Projects should explore how human decision-making, governance, and social processes enable building and maintaining effective infrastructure that improves quality of life.

Develop expertise at the intersection of AI and biology to become a field leader applying machine learning to biological systems. This fellowship trains postdocs to drive biotechnology breakthroughs and innovations that strengthen the U.S. economy.

NSF seeks proposals to develop and operate novel national-scale cyberinfrastructure systems that enable data-intensive and AI-driven research across science and engineering disciplines.

NSF seeks proposals to unlock hidden value in existing scientific datasets through AI-driven feature extraction, metadata generation, and automated analysis pipelines. Enable interdisciplinary discovery by harmonizing data for AI tools while addressing security, governance, and community contribution frameworks.

NSF is funding regional AI Infrastructure Hubs to expand computing access for AI-enabled scientific discovery. This program connects researchers to shared compute resources while developing workforce expertise in AI applications across science and engineering.

NSF BIO Core funds foundational and interdisciplinary biological research across all organizational levels—from molecules to ecosystems. Support spans exploratory projects to long-term studies addressing legacy and emerging areas of biological science.

NSF seeks ambitious, multidisciplinary computing research teams to pursue transformative 7-10 year agendas in areas like AI architectures, embodied intelligence, and next-generation networks. Awards up to $15M support high-risk foundational breakthroughs that single disciplines cannot achieve alone.

BIG BLUE 3 MAC multiple award contract vehicle for Navy task order procurement. Vehicles for defense contracting and federal procurement opportunities.

This RFP seeks development of room-temperature infrared and terahertz sensing devices using non-toxic, supply-chain-secure materials to replace cryogenically-cooled systems. The technology targets fast, low-power detection for hypersonic threats and drone detection without the toxicity and cooling requirements of current military sensor platforms.

TAPPAS seeks compact, lightweight sensing technology for satellites that enables real-time threat detection and space domain awareness. The payload combines onboard processing with local situational assessment to support self-protection and shared tactical awareness across contested space environments.

This RFP seeks to adapt autonomous drone swarm technology with AI-driven control software to enhance self-protection and security for military aircraft and forward operating bases. Vendors should propose integrated systems demonstrating secure communications, high-altitude deployment, and autonomous ground-based perimeter defense capabilities.