DARPA - Microsystems Technology Office
DARPA's Microsystems Technology Office funds innovative research & development programs, providing grants for advanced microelectronics & related technologies.
Unlock Funding: Groundbreaking Detector Tech
This DARPA grant is for researchers developing revolutionary compact optical detectors with unparalleled sensitivity. Secure funding to push the boundaries of detection technology and create next-generation instruments.
Unlock Funding for Future Tech & Communication Innovations
DARPA's FLEX program is searching for businesses with groundbreaking ideas in information and communication technologies that will shape our data-driven future. This grant supports fundamental research and development to accelerate disruptive advancements and build the next generation of U.S. tech leaders.
Fund Your Next Chip Innovation: E-PHI Grants
This DARPA program invites businesses developing advanced chip-scale electronic-photonic integration technologies to apply for funding. The goal is to create groundbreaking mixed-signal integrated circuits on a common silicon substrate.
Get Funding for Cutting-Edge Electronic Testing
Seeking funding for advanced radiation testing solutions for 3D integrated electronics? This program supports the development of next-generation component testing to accelerate the deployment of resilient electronics for space and defense applications.
Unlock Funding for High-Temp Sensor Innovation
Seeking funding to develop advanced, high-temperature sensor technologies? This program supports the creation of high-bandwidth, high-dynamic-range analog sensor microelectronics for extreme environments, including a demonstration pressure sensor module.
Unlock DARPA Funding for Your Tech Breakthroughs
This DARPA program empowers technology developers to create advanced tools for system acquisition and exploitation. Secure funding to build groundbreaking capabilities and gain a competitive edge.
Get DARPA Funding for Advanced Medical Tech
Are you developing cutting-edge in-vivo neural interfaces for recording brain signals and stimulating sensory feedback? DARPA is seeking innovative solutions to create clinically viable technologies that can help wounded service members control advanced prosthetic limbs.
Get Funding for Advanced Thermal Tech
Innovators in advanced thermal management for 3D integration can apply for funding to develop revolutionary solutions. This program aims to significantly boost heat removal efficiency in complex electronic systems.
DARPA Grants: Fund Your Next Breakthrough Device
DARPA's Microsystems Technology Office is seeking innovative proposals for cutting-edge microplasma device technologies. This funding is designed to support the development and demonstration of devices that can perform in challenging Department of Defense environments.
Boost Your Business with Advanced Space Electronics Funding!
Are you a business involved in developing cutting-edge power conversion electronics for space applications? This DARPA program offers funding to create radiation-tolerant and efficient compact voltage converters, driving innovation in aerospace technology.
Get Funding for Advanced Microchip Manufacturing!
This grant supports domestic research and development for cutting-edge 3D microchip integration, paving the way for a new manufacturing center. Businesses involved in microsystems R&D can help define future manufacturing needs and potentially secure significant funding.
Unlock Grants for Cutting-Edge Research & Development
Junior faculty at universities and non-profits can secure funding for groundbreaking research in science, math, and engineering. This grant supports innovative R&D projects aligned with DARPA's advanced technology goals.
Fund Your Tech: Get Grants for Advanced Clock Development
Are you a business developing ultra-small, low-power, and fieldable clocks that maintain precision for a week? DARPA's H6 program offers funding to accelerate your cutting-edge technology development.
Funded Research: Revolutionize Your RF Transmitter Tech
This DARPA initiative seeks groundbreaking research to create advanced RF transmitters as integrated circuits or modules, moving beyond incremental improvements. It's a unique opportunity for innovators to develop next-generation power conversion technologies for high-impact applications.
Fund Your Tech Innovation: DARPA Grants for Advanced Sensing
This DARPA program is looking for businesses developing cutting-edge correlator technology to boost power efficiency and bandwidth. If your innovation supports passive sensing, real-time SAR imaging, or jam-resistant communications, you could secure significant funding.
DARPA Funding: Boost Your RF Filter Tech
DARPA is seeking innovative proposals for advanced front-end RF filters designed to protect digital Active Electronically Scanned Arrays (AESAs) from interference. This funding is for businesses developing cutting-edge solutions to enhance performance in crowded RF spectrum environments.
DARPA Funding for Advanced Sensing & Comms Tech
US-based small businesses and research institutions can secure funding to develop cutting-edge, low-noise microwave frequency synthesizers for improved sensing and communication systems.
Get DARPA Funding for High-Performance Chip Tech!
Calling all tech innovators! DARPA is seeking proposals to develop cutting-edge low-temperature chip technology that can dramatically boost CPU performance and power efficiency. This funding aims to accelerate the creation of next-generation processing units.
Secure Funding for Advanced RF Tech & Electronics Defense
DARPA seeks innovative R&D for advanced broadband amplifiers and agile waveform techniques to boost directed energy capabilities. This program aims to dramatically extend the range and effectiveness of high-power microwave attacks on targeted electronics.
Grant Funding for Sepsis Treatment Innovation
This DARPA program seeks cutting-edge research proposals to develop portable devices that can treat life-threatening blood infections like sepsis. The funding supports advancements in sensing, fluid manipulation, and control systems to save lives.