Energy Department Broadens Manufacturing Innovator Challenge, Launches Two New Prizes

Tuesday, December 4

Today, the U.S. Department of Energy (DOE) announced two new prizes as part of its Manufacturing Innovator Challenge, an effort to crowdsource solutions for next generation manufacturing to increase energy productivity and strengthen America’s industrial base.

DOE is seeking new concepts in biobased materials for additive manufacturing. Large-scale additive manufacturing allows for rapid prototyping of complex structures. Biobased printing materials are critical for making 3D printed structures renewable and potentially biodegradable; however, they are currently plagued with problems of material strength and printability. The BAM Prize is looking to identify new materials that are made from at least 90% plant matter or algae and can meet or exceed the performance of current commercial 3D printing materials. This opportunity ends on January 10, 2019. Learn more.

DOE is seeking new and exciting concepts for the use of large-scale 3D printing. The ability to manufacture large-scale objects using 3D printing has opened a range of new technical possibilities. DOE is hoping to bring attention to these possibilities, while harnessing the creative power of the crowd to identify spaces where 3D printing can play a role in breakthrough technologies. This opportunity ends on February 1, 2019. Learn more.

DOE is seeking design concepts that explore new applications for large-scale additive manufacturing for disaster response. Natural disasters can rapidly destroy critical large- and small-scale infrastructure, such as power lines and communications towers, and delay aid and relief efforts. By producing critical infrastructure components on-site, rather than shipping them from afar, additive manufacturing has the potential to accelerate disaster recovery times. Learn more.

DOE is seeking applicants for a Solid State Lighting (SSL) manufacturing design concept that advances novel 3D printing for use in luminaire applications, specifically 3D printing concepts of optical materials for SSL. Learn more.

Full Story with more opportunities and prizes.

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