Founded in 2019 at Utah State University (USU), the Extreme Mechanics for Advanced Composites (EMAC) Laboratory specializes in the design, analysis, and development of high-performance, multifunctional composite materials engineered for extreme operational environments. Our research focuses on pushing the boundaries of composite materials by enhancing their mechanical, thermal, electrical, and environmental properties to meet the demands of aerospace, defense, automotive, and energy industries. 

The EMAC team thrives on multidisciplinary collaboration, engaging with academic institutions, national laboratories, and industry partners worldwide to advance the frontier of composite materials research. Through strategic partnerships, we integrate knowledge across mechanical engineering, materials science, applied physics, and computational modeling to solve complex, real-world problems. Our research encompasses a diverse and technically rich portfolio, including: 

1. Composites in Extreme Environments

2. Machine Learning Applications in Composites

3. Stochastic, Multiphysics, and Multiscale Modeling

4. Advanced Fiber and Composite Manufacturing Techniques

5. High-Performance, High-Temperature Multifunctional Composites

At EMAC, we are committed to shaping the future of composite materials by combining advanced science, engineering, and computation to deliver innovative, high-impact solutions for the next generation of structural and multifunctional systems.