Active Government Funding Opportunities

This program funds advanced rehabilitation research training focused on employment outcomes for individuals with disabilities. It supports researchers developing innovative approaches to improve workforce participation and career advancement.

ARRT funds advanced research training to develop rehabilitation interventions and evidence-based practices that improve health outcomes and functional abilities for individuals with disabilities. This program supports scientific studies and workforce development in rehabilitation research.

SBIR Phase I funding supports small businesses developing innovative technologies and solutions for aging populations and community living. Proposals should address unmet needs in senior care, accessibility, health management, or independent living through novel R&D and prototype development.

ACL seeks innovative small business solutions through Phase II SBIR to advance aging and disability services. This program funds development of new technologies and products addressing challenges for older adults and people with disabilities.

ACL is establishing specialized burn injury model system centers to advance comprehensive clinical care, rehabilitation, and long-term recovery outcomes for burn survivors. This funding supports research and demonstration of integrated treatment models addressing the complex medical and psychosocial needs of burn injury patients.

This funding supports a research center focused on translating disability and rehabilitation research into practical knowledge and applications. It aims to bridge the gap between scientific discoveries and real-world implementation for improved outcomes.

Support research and clinical care innovation at specialized Traumatic Brain Injury Model Systems Centers. These centers develop evidence-based treatment approaches and rehabilitation strategies to improve outcomes for individuals recovering from severe TBI.

This program funds field-initiated research projects addressing challenges in aging, disability, and long-term services. It supports community-based solutions and evidence-building to improve outcomes for vulnerable populations.

This program funds researcher-initiated projects advancing aging and disability research. It supports innovative studies addressing challenges in long-term services, supports, and community living for older adults and people with disabilities.

This center funds research and development of recreational, sports, and exercise technologies designed specifically for people with disabilities. It aims to create innovative solutions that increase accessibility and participation in physical activities through engineering advances.

This funding supports research and development of assistive technologies specifically designed for people who are blind or have low vision. The center will engineer innovative solutions to improve accessibility, independence, and quality of life for individuals with visual disabilities.

This funding supports a national research center studying parents with disabilities, focusing on rehabilitation research and training to improve outcomes and family well-being. The center addresses gaps in understanding disability support systems and develops evidence-based interventions for this underserved population.

Research, Development, Test & Evaluation support for Navy's Center for Corrosion Science and Engineering. Seeks contractors for materials science and corrosion mitigation R&D.

EPA Small Business Innovation Research Phase I solicitation seeking novel environmental technology solutions. Supports innovative research and development by small businesses in environmental sectors.

NOAA seeks research teams to advance natural infrastructure for coastal flood protection through public-private partnerships, innovative insurance products, and sediment management. Projects will develop practical solutions that strengthen state and local flood preparedness capacity.

NSF Ocean Education supports ocean research integration through undergraduate internships (REU) and early-career faculty programs combining research with education. Funding enables universities and marine labs to train the next generation of ocean scientists.

Develop innovative insecticides, personal protective technologies, and pesticide application equipment to protect deployed military personnel from disease-carrying arthropods like mosquitoes, ticks, and emerging threats. Research focuses on new formulations, enhanced protection modalities, and improved vector control sustainability.

NASA GSFC seeks information on Ground Systems and Mission Operations (GSMO-4) support for science and Earth science missions including JWST, EOS, and GOES, encompassing systems engineering, launch operations, flight dynamics, and cloud infrastructure management.

DOE is offering vouchers to energy companies for performance validation, modeling, and certification support to accelerate commercialization of advanced energy technologies. Recipients gain access to testing, digital twin development, and failure-mode analysis to increase market readiness.

DOE is offering in-kind support vouchers to help states, tribes, and local governments streamline energy infrastructure siting and permitting processes. This accelerates commercialization of innovative energy technologies by reducing regulatory barriers.

DOE seeks companies with advanced energy technologies ready for commercialization or large-scale demonstration. Voucher-based in-kind support funds studies and analyses to accelerate market readiness and reduce commercial risk.

Fund marine mammal rescue and stranding response efforts through grants supporting sick, injured, or entangled animal recovery, emergency response operations, and health data collection to advance understanding of marine mammal population trends.

This STTR seeks bio-inspired underwater vehicle teams that leverage schooling hydrodynamics to achieve superior efficiency, range, and stealth compared to conventional designs. Proposals should demonstrate untethered UUVs (1-5 meters) reaching 4+ meters/second while minimizing acoustic signatures and optimizing cost of transport.

This RFP seeks development of a geometric amplifier for telecom applications that leverages Berry phase modulation through fiber-coupled resonators. The approach offers potential advantages over conventional gain mechanisms through reduced complexity, size, and power consumption using RF modulation.

The Navy seeks monolithic graphene-CMOS focal plane arrays that detect targets across ultraviolet to long-wave infrared wavelengths in low-light conditions. This technology would replace multiple incumbent detector systems, reducing size, weight, cost, and complexity while improving naval imaging capabilities for multi-domain operations.