The SecureAmerica Institute will provide necessary resources and industry connections to support MetPeel, a new low-temperature, single-step mechanical process to make steel sheet and strip that reduces energy consumption and carbon emissions in one of the hardest sectors to decarbonize — steel.
SecureAmerica Institute set to galvanize Texas’ aerospace manufacturing community
The Department of Defense has awarded the Texas A&M Engineering Experiment Station (TEES) a grant to establish the Texas Defense Aerospace Manufacturing Community (TDAMC). This five-year program will inject targeted smart manufacturing skills and technologies into Texas’ diverse aerospace manufacturing portfolio to support defense aerospace manufacturing needs and affiliated supply chains across the state.
Texas A&M Engineering to provide free training in Rio Grande Valley
The Texas A&M RGV Advanced Manufacturing/Training Innovation Now (TRAIN) program gathers community input, creates collaborations and develops training courses that meet the needs of current and future employers at the Port of Brownsville. In two years, TRAIN will award 10,000 certificates through online and on-site classes.
Simulation Drives Advancements in Sensor Fusion
Computer vision and the latest generation of simulation technology is supporting the design and operation of critical facilities and finding utility in training and operations. Our Chief Technology Officer, Darrell Wallace, contributed to this important discussion.
The Curious Case of Copper and Nickel Alloys in Additive Manufacturing
Warm thanks to Dr. Ankit Sharan from EOS who shared his thoughts with SecureAmerica partners today on the exciting developments in 3D-printable copper and nickel alloys and the work EOS is doing to expand their use. The increasing availability of 3D printable copper- and nickel-based alloys is a critical enabler to support space and hypersonics applications, which are two of the recently announced U.S. Defense Modernization Priorities.
