Active Government Funding Opportunities

A mobile interface utilizing card-based design to streamline information management and user interactions across dynamic digital platforms. The system enables intuitive, touch-friendly navigation and content presentation, optimizing user experience through modular, easily digestible visual components.

A comprehensive national research platform tracking traumatic brain injury (TBI) outcomes and rehabilitation strategies. The data center provides researchers, clinicians, and policymakers with advanced statistical insights to improve care and support for TBI survivors across the United States.

A comprehensive national data center tracking spinal cord injury research and outcomes to improve medical understanding and support for individuals with SCI. The system aggregates clinical data, patient experiences, and rehabilitation insights to advance treatment strategies and quality of life for those affected by spinal cord injuries.

A mobile card interface that helps people with disabilities navigate community living resources and support services through personalized, easy-to-access digital guidance. The platform aims to enhance independence and connection by providing tailored information and intervention strategies directly on users' mobile devices.

Mobile card interface that enables quick, contextual information retrieval for aging services professionals, helping streamline access to community support resources and client management tools across diverse care settings.

AI-powered assistive technology research to enhance accessibility and independence for individuals with disabilities. This center aims to develop innovative rehabilitation solutions that leverage artificial intelligence to improve mobility, communication, and daily living capabilities.

Advance U.S. microelectronics technology through cutting-edge research and prototyping solutions that strengthen domestic semiconductor capabilities. Proposals aim to drive innovation and competitiveness in critical technology areas for the national semiconductor ecosystem.

A research initiative seeking innovative approaches to support independent living and community integration for older adults and individuals with disabilities. The program aims to develop and test novel technologies, service models, and interventions that enhance quality of life and promote autonomy.

A mobile interface that enables community living administrators to rapidly view and manage field project data through an intuitive, card-based design. The system helps track development initiatives for minority-serving institutions by presenting key information in a clear, actionable format that supports quick decision-making.

Comprehensive research network studying long-term outcomes and innovative interventions for individuals with spinal cord injuries. These centers develop evidence-based clinical practices and support strategies to improve quality of life, rehabilitation, and community reintegration for people with spinal cord trauma.

The Merit Switzer Research Fellowships support doctoral students conducting innovative research to advance understanding of aging, disability, and independent living technologies. Fellowships aim to empower emerging scholars in developing solutions that enhance quality of life and community participation for older adults and individuals with disabilities.

A mobile interface exploring research and resources for parents with disabilities, designed to enhance understanding of family support challenges and develop adaptive strategies. The card-based platform provides accessible information and connection tools to help parents navigate unique caregiving experiences.

Developing innovative mobile interface technologies that enhance accessibility and user experience for older adults and individuals with disabilities through adaptive card-based design solutions.

The Air Force Research Laboratory seeks innovative research proposals for human performance enhancement technologies targeting aerospace medicine and human effectiveness. This initiative aims to develop cutting-edge solutions for enabling, restoring, and sustaining human capabilities across critical operational environments.

Explore cutting-edge tech collaborations between U.S., Bahrain, and UK universities to advance strategic innovation in defense, economic, and network security domains. This initiative seeks to strengthen international technology partnerships that enhance national security and create new economic opportunities through trusted research ecosystems.

Air Force seeks innovative research proposals for human performance enhancement technologies focused on developing advanced medical, aerospace, and defense capabilities that improve operational effectiveness and soldier readiness across critical technical domains.

CHEERS seeks innovative research solutions to enhance human performance and effectiveness across Air Force and medical domains. The multiple-phase program aims to advance science and technology capabilities that support critical human factors in military and aerospace contexts.

The National Artificial Intelligence Research Resource (NAIRR) Operations Center seeks to establish a community-driven infrastructure that connects researchers and educators with advanced AI platforms, datasets, and expertise. The initiative aims to accelerate AI-driven discovery, innovation, and workforce development through a collaborative public-private partnership.

Developing a mobile interface that uses card-based design to help users with disabilities easily access and navigate assistive technology resources. The platform aims to simplify information discovery and support decision-making for individuals seeking adaptive technologies and support services.

NASA's Astrophysics Pioneers program seeks innovative research proposals to advance space science discovery and understanding. The initiative aims to support groundbreaking scientific investigations that explore fundamental questions about the universe and expand our knowledge of astronomical phenomena.

NASA seeks research proposals focused on space weather science applications, bridging the gap between scientific research and operational capabilities to enhance understanding and prediction of space weather phenomena and their potential impacts on technology and human systems.

NASA's Research Opportunities in Space and Earth Sciences (ROSES) 2025 solicits innovative research proposals across Earth, planetary, heliophysics, and astrophysics domains. The program aims to support foundational scientific investigations that advance our understanding of space and planetary systems through grants and collaborative research agreements.

NASA seeks innovative research proposals for exoplanet exploration, focusing on advancing our understanding of planetary systems beyond our solar system. The program aims to support groundbreaking scientific investigations that will help characterize, detect, and analyze extrasolar planets using cutting-edge observational and analytical techniques.

NASA's Lunar Mapping Program seeks innovative research proposals for advanced lunar surface exploration technologies. The program aims to support scientific investigations and develop critical mapping capabilities to enhance our understanding of lunar geography and potential resource utilization.

NASA seeks participating scientists for the Artemis III mission to expand scientific understanding and advance lunar exploration capabilities by supporting research that leverages upcoming lunar surface missions and investigates critical scientific questions about the Moon's environment and potential for human exploration.