Space Forge selects The Texas A&M University System as manufacturing base

Building US capacity in advanced semiconductor materials: Space Forge selects The Texas A&M University System as manufacturing base

• Agreement sets the framework for the company’s first US facility for semiconductor materials manufacturing and processing.

Florida, US, 17 August 2026 – Space Forge Inc., the advanced materials company using space to produce semiconductor materials that cannot be made on Earth, has signed a master research agreement with  The Texas A&M University System, which sets the framework for a research collaboration and marks a first step towards Space Forge establishing its initial semiconductor materials manufacturing and processing capability in the U.S.

ADVERTISEMENT

The agreement applies throughout the Texas A&M System and establishes how future research will be handled across all joint projects.

The Texas A&M System was selected for the strength of its existing semiconductor facilities and infrastructure, including cleanrooms, material processing and characterization capabilities, alongside aligned research, access to a skilled local workforce and the major semiconductor projects planned across the region. Space Forge will work closely with the Texas A&M Semiconductor Institute as well as  the AggieFab Nanofabrication Facility. AggieFab is a part of  the Texas A&M Engineering Experiment Station and the Texas A&M University Department of Electrical and Computer Engineering.

Texas already has an established semiconductor and space ecosystem, with many of Space Forge’s current collaborators based in the state, including Intuitive Machines, Voyager and Starlab.

Steve Putna, Director, Texas A&M Semiconductor Institute, and Associate Vice Chancellor for the Texas A&M System said: “Space Forge’s leadership in developing high-quality substrates for advanced materials and semiconductor applications aligns perfectly with our institute’s mission to drive disruptive, next-generation research. Together, we will pursue breakthroughs that strengthen semiconductor innovation. Texas is one of the most dynamic environments for semiconductors in the nation, and collaborations like this one are exactly what will keep the Texas A&M System at the forefront of that momentum. This collaboration not only advances cutting-edge research, but also fuels workforce development and economic growth right here in Texas. We look forward to the impactful work ahead with Space Forge.”

Arum Han, Director, AggieFab and Associate Agency Director for the Texas A&M Engineering Experiment Station said: “AggieFab has built its reputation as a nanofabrication facility where researchers and industry partners can turn ambitious ideas into real devices and materials. Our cleanroom environment, along with our advanced fabrication, characterization and material processing tools, gives Space Forge a powerful foundation to develop and refine the next generation of semiconductor substrates right here in Texas. We’re excited to put our infrastructure and technical expertise to work in this collaboration while giving our students and researchers hands-on experience with the pioneering materials that will define the future of the industry.”

Michelle Flemming, President, Space Forge Inc., said: “This agreement is an important first step in establishing our manufacturing presence in the United States. The Texas A&M System gives us the infrastructure, the research strength and the talent to stand up our first US facility for semiconductor materials, and to do it in a state that has demonstrated with funding, how serious it is about both advancing semiconductors and space.”

The collaboration supports Space Forge’s broader goal of building US capacity in advanced semiconductor materials and speaks to a national priority, with US domestic semiconductor manufacturing capacity projected to grow 203% in the decade following the 2022 CHIPS and Science Act, according to the Semiconductor Industry Association and Boston Consulting Group.

The collaboration will begin with terrestrial material growth, characterization and processing, before expanding over the next 12 to 24 months to include  joint research opportunities across the Texas A&M System.