Active Government Funding Opportunities

This program funds research projects advancing community living and participation for people with disabilities. It supports studies exploring rehabilitation interventions, accessibility solutions, and evidence-based practices that enhance independence and quality of life.

This program funds research projects to strengthen the ADA National Network's capacity to provide information, guidance, and technical assistance on disability rights and ADA compliance to individuals, businesses, and organizations nationwide.

Development of modeling, simulation, and analysis tools for air superiority concepts. Research includes virtual/constructive simulation, detailed sensor modeling, and multi-level engagement analysis for novel weapon systems.

Research in missile guidance and control technologies including robust algorithms, seeker systems, and reinforcement learning approaches. Focus on advanced autopilot architectures and optimal engagement guidance laws for air superiority.

Advanced missile propulsion R&D including propellant formulations, nozzle technologies, ignition systems, and compact multi-pulse motor architectures.

Missile test and evaluation technology development including miniaturized systems, encrypted telemetry, autonomous flight termination, and tracking technologies.

Modeling, simulation, and analysis R&D for air superiority concepts evaluation using multi-level engineering and campaign-level digital simulation.

Aircraft integration technologies R&D covering physical, electrical, and logical interfaces for munitions and weapons system integration.

High-velocity fuzing R&D developing Electronic Safe and Arm devices, Target Detection Devices, and integrated guidance fuzing for intercept applications.

Missile power electronics and thermal management R&D focusing on miniaturized power conversion, advanced batteries, ultracapacitors, and compact thermal systems.

Missile guidance and control R&D including robust guidance algorithms, seeker technologies, reinforcement learning, and advanced autopilot design.

Advanced missile propulsion R&D covering propellant formulations, grain structures, nozzle technologies, and compact multi-pulse motor systems.

High-density munitions carriage and release technology R&D for weapon bay integration with advanced aircraft-to-weapon communications and power systems.

Missile test and evaluation technology development including miniaturized telemetry, autonomous flight termination, and encrypted tracking systems.

Machine learning and autonomy R&D for swarm coordination of networked autonomous weapon systems operating in dynamic battlespace environments.

Aerosol science and technology R&D for CBRNE defense applications including detection and mitigation strategies.

Chemical agent point detection technology development for real-time field identification and analysis capabilities.

CBRNE early warning and detection R&D focusing on advanced sensor technologies and algorithms for threat identification.

Develop computational modeling, simulation, and analysis tools for predicting chemical and biological smoke and obscurant behavior and effects.

Develop collective protection systems and technologies for sheltering personnel from CBRNE threats.

Develop CBRNE countermeasures and defensive technologies against terrorism threats with protective and detection capabilities.

Research flame and incendiary technologies for military applications and threat assessment.

Develop explosives detection technologies operating at point, proximal, and standoff distances for security and force protection.

Develop chemical forensics methods for attribution and analysis of chemical agents in defense operations.

Research advanced materials and manufacturing science for chemical and biological defense applications with enhanced protective properties.