The ERDC International Research Office invites international representatives from industry and academia to attend an informational webinar on June 12 to discover how to pursue innovation and collaboration opportunities with ERDC.
ERDC invites proposals for the development of Computational Fluid Dynamics (CFD) methods and methodology tailored for application in U.S. Army Corps of Engineers projects.
ERDC seeks solutions capable of autonomously performing functions currently undertaken by the Army’s Mk3 Bridge Erection Boat (BEB).
ERDCWERX seeks to identify business entities with the capacity to commercialize SUBMAT, a temporary "roadway" to support the offloading of military vehicles and supplies in austere coastal environments.
ERDC seeks automated lab equipment for culturing microorganisms in cold regions, supporting Department of Defense directives to address biotechnology and enhance warfighting and logistics capability in the Arctic.
ERDC's patented material and sensor technologies have strong market potential. During this webinar, attendees will learn how commercialization of these technologies can be beneficial for business growth and development.
ERDC's patented water technologies have strong market potential. During this webinar, attendees will learn how commercialization of these technologies can be beneficial for business growth and development.
The Innovation 2 Market Patent Showcase will be held on Tuesday, April 2, 2024, for businesses and investors to learn about featured technologies developed by the U.S. Army Engineer Research and Development Center (ERDC). ERDC seeks to identify business entities…
ERDC seeks to identify engineered wood, mass timber, and related renewable materials that are commercially available and supported by industry knowledge and expertise.
ERDCWERX is hosting a small business hybrid workshop for small businesses to learn how to pursue opportunities with ERDC.
ERDC seeks knowledge and expertise of leading industry representatives in Additively Constructed Concrete (ACC) that have design/build experience and success in printing full-scale, occupiable structures.
ERDC seeks to identify and determine the feasibility of innovative, diver-less techniques and technologies capable of cleaning wicket trenches.
ERDC seeks to advance the Beneficial Uses of Dredged Sediment (BUDM) with new techniques and technologies that reduce costs, lessen environmental impacts of dredging, and decrease direct and strategic placement of dredged sediment.
ERDC invites solutions that will develop lightweight-kitted solutions to provide rapidly deployable protection. This includes the advancement of new prototype systems, such as personnel bunkers, as well as further development of existing ERDC prototypes.
ERDC seeks solutions to advance state-of-the-art handbooks, develop force protection planning publications and intuitive protection decision support tools, support demonstration of the developed tools, and conduct protection assessments of USACE facilities.
ERDC is interested in walk-in solutions that can generate severe environmental conditions for testing purposes.