Workshop on Future Trends in Research and Education in Computational Mechanics for Design and Manufacturing

Funding Supported by

 

The Workshop on Future Trends in Research and Education in Computational Mechanics for Design and Manufacturing is a visionary gathering of thought leaders, researchers, and educators dedicated to shaping the future of computational mechanics in the age of artificial intelligence (AI) and advanced manufacturing. As AI and machine learning revolutionize engineering design and manufacturing, the seamless integration of these technologies with computational mechanics opens new frontiers for innovation. This workshop will serve as a catalyst for pioneering discussions on cutting-edge methodologies, from AI-driven predictive modeling to physics-informed neural networks, accelerating the development of next-generation computational tools for design optimization, novel material systems, additive manufacturing, and intelligent manufacturing ecosystems.

Set against the backdrop of Texas A&M University in College Station in August 2025, this exclusive event will unite experts from Mechanics of Materials and Structures, Design, and Advanced Manufacturing to explore the convergence of multi-physics simulations, digital twins, and real-time computational solutions. With an emphasis on transformative research and forward-thinking education, the workshop will ignite conversations on modernizing curricula, empowering future engineers with interdisciplinary expertise, and fostering collaboration across academia, industry, and government. As a key outcome, the workshop aims to lay the foundation for a national roadmap that will guide the integration of computational mechanics, AI, and manufacturing science—driving innovation, competitiveness, and excellence in engineering education and practice.

 

*While attendance to this workshop is free, registration is required*

 

 

A special room block has been made for attendees at The Hilton Hotel
College Station & Conference Center

Celebrating Dr. JN Reddy’s 80th Birthday

As part of the Workshop on Trends in Research and Education in Computational Mechanics for Design and Manufacturing (CMDM),
we are honored to host a special banquet celebrating Dr. J.N. Reddy’s 80th birthday on August 12, 2025.
This special banquet will bring together friends, colleagues, former students, and admirers from around the world to honor
Dr. Reddy’s achievements and contributions.

Honoring a Legacy of Excellence

Prof. J.N. Reddy is a highly distinguished scholar and educator in computational mechanics, currently serving as a Distinguished Professor, Regents’ Professor, and holder of the O’Donnell Foundation Chair IV at Texas A&M University. With a career spanning over five decades, he has made pioneering contributions in finite element analysis, solid and structural mechanics, and nonlocal theories in engineering. His research has significantly influenced the development of advanced mathematical models for composite materials, fluid mechanics, and structural analysis, with many of his theories implemented in widely used commercial finite element software. Dr. Reddy has mentored over 125 graduate students, supervised numerous postdoctoral researchers, and delivered more than 190 keynote and plenary lectures worldwide. His groundbreaking work has earned him prestigious accolades, including the Timoshenko Medal, ASME Medal, and membership in esteemed academies such as the U.S. National Academy of Engineering, the Chinese Academy of Engineering, and the European Academy of Sciences. As a mentor, researcher, and educator, Prof. Reddy has shaped the careers of countless students and professionals, influencing generations of scholars and practitioners.
Dr. Reddy is the author of 25 widely recognized books, many of which have gone through multiple editions, covering topics such as energy principles, variational methods, finite element analysis, composite materials, and solid mechanics. His books, including An Introduction to the Finite Element Method and Mechanics of Laminated Composite Plates and Shells, are foundational texts in engineering curricula worldwide. Known for their rigorous mathematical approach and practical applications, his publications serve as essential resources for students, researchers, and professionals in computational mechanics. Additionally, he has published an extensive body of research, with over 39,000 citations in Web of Science and 105,000 citations in Google Scholar, further solidifying his legacy as a leading figure in the field.