Active Government Funding Opportunities

NSF seeks interdisciplinary research teams to establish shared infrastructure platforms advancing alloys, amorphous, and composite materials discovery. These collaborative ecosystems integrate synthesis, characterization, theory, and data science to accelerate materials development and deployment.

This funding supports rigorous research evaluating school safety interventions—specifically anonymous threat reporting systems and threat assessment teams. Projects will assess effectiveness and generate practical recommendations for K-12 schools.

Metal printer alterations and maintenance onboard Navy amphibious assault ships USS Iwo Jima, USS Boxer, and USS Makin Island for equipment repair capability.

NASA's Biosphere program seeks research advancing understanding of Earth's biological systems and their interactions with climate and ecosystems. This competitive grant opportunity supports scientific investigations addressing fundamental questions in biosphere science through a two-step peer review process.

NSF supports foundational mathematical sciences research across pure and applied domains—from algebra and topology to computational mathematics and mathematical biology. These intellectually ambitious grants fund transformative discoveries without requiring near-term commercial outcomes.

USAF seeks small-business sources for AC-130J technical data management, configuration management, technical writing, and provisioning support for Special Operations Forces aircraft.

CDC's SPEED IDIQ contract seeks research and consulting support across healthcare epidemiology, antimicrobial resistance, infection prevention, health IT, and emergency preparedness over five years.

DoD seeks prototype innovations to reduce size, weight, and power in 30kW High Energy Laser systems mounted on Infantry Squad Vehicles. Solutions across 12 subsystem categories will support Army laser weapon deployment by 2031.

NASA seeks innovative spaceflight science proposals advancing heliophysics research foundations. This dual-anonymous, two-step program supports novel scientific investigations into solar-terrestrial physics and space weather phenomena.

NSF seeks exceptionally innovative, large-scale research partnerships that create new scientific paradigms and transformative technologies across any science/engineering discipline. Centers must integrate world-class research with education, broaden STEM participation, and transfer knowledge across sectors for broad societal impact.

Air Force Research Laboratory seeks innovative space vehicle technologies via STAR-FISH Call 017. Two-step process soliciting white papers for secure-by-design spaceflight systems and space-related signal, energy, and transportation technologies.

Train the next generation of Ph.D. scientists in artificial intelligence and super intelligence paired with core scientific disciplines. This pilot program bridges academic research with real-world experience at national labs and industry to address critical DOE science challenges.

NSF funds foundational astronomical sciences research and instrumentation to advance understanding of the universe, from discovering habitable planets to studying black holes. Support includes core research, advanced technologies, and transformative innovations with no requirement for near-term commercial outcomes.

NSF MPS supports fundamental materials research across biomaterials, ceramics, polymers, metals, and photonic materials. This program funds intellectually ambitious, foundational science that advances understanding of material properties without requiring near-term commercial outcomes.

NSF supports foundational chemistry research across nine specialized programs, from catalysis and synthesis to computational methods and life processes. Funding prioritizes intellectually ambitious, potentially transformative research without requiring near-term commercial outcomes.

NSF seeks proposals to develop AI and cybersecurity education programs and scholarships, addressing critical workforce shortages in these fields. Support includes both scholarship funding for students and innovation grants to enhance curricula, partnerships, and training methods.

NSF seeks innovative STEM education projects at two-year colleges that enhance student success and faculty capacity. Funding supports disciplinary, multi-department, and college-wide initiatives addressing foundational courses and academic pathways for both majors and non-majors.

Market research to identify Insurance Advisors for Build America Bureau, supporting federal transportation infrastructure financing and advisory services.

This RFP seeks development of a computationally efficient engineering model to predict fluid jet formation from shaped-charge liners. The reduced-order model will enable faster warhead design iteration by accurately forecasting spurt characteristics while avoiding expensive hydrocode simulations.

This RFP seeks mature counter-UAS technologies addressing detection, identification, and defeat of Group 1-2 unmanned aerial systems threatening tactical forces and infrastructure. Solutions must operate in denied environments without permanent infrastructure, prioritizing passive sensing, non-radiating approaches, and on-platform processing.

This SBIR seeks scaled production of AFRL-patented UHTC preceramic polymers to support defense composite manufacturing. The initiative addresses supply chain needs by making ultra-high temperature ceramic materials available at production scale and competitive pricing for defense acquisition programs.

This RFP seeks development of a luminescence-based measurement technique to simultaneously capture pressure and temperature data in non-oxygen hypersonic wind tunnels. Current pressure-sensitive paint technology requires oxygen in the flow, limiting advanced facilities like nitrogen-based tunnels to discrete measurements.

The Air Force is seeking optimized, lightweight optical beam control systems for airborne high-energy lasers. Proposals should focus on compact internal packaging using advanced materials, ruggedized designs, and precision assembly techniques that prioritize alignment, maintainability, and contamination resistance.

The Navy seeks a redesigned Input-Output Unit (IOU) that consolidates signal processing for naval vessels using simplified, modular hardware instead of multiple proprietary circuit cards. This modernized approach reduces lifecycle costs while maintaining continuous operation across legacy and future shipboard systems.

AEDC seeks a high-speed hyperspectral imaging system to simultaneously measure surface temperature and emissivity on test articles during ground testing. The solution must achieve 4000 Hz capture rates across 0-1500°F with submillimeter spatial resolution and ±10°F accuracy.