b'Advanced Materialsand Manufacturing forExtreme EnvironmentsShifting the paradigm from design-build-test to digital design and manufacturing enables simultaneous fabrication with process monitoring and control for applications in nuclear fuels, lightweight materials, and advanced survivability materials. The laboratory integrates experimental, computational, and data-driven design approaches necessary to link the advanced manufacturing process parameters to the material microstructure and ultimately predict their performance Researchers use in service environments. We are focusing efforts toglove boxes for strategically and rapidly design materials with predictedpersonal safety.performance in extreme environments. Our goal is to accelerate innovation in advanced materials and manufacturing for extreme environments by: (1) expanding advanced manufacturing process development; (2) developing advanced manufacturing process-informed material design; (3) integrating comprehensive data analytic and modeling and simulation techniques; and (4) enabling rapid material characterization and testing designed for advanced manufacturing.90'