All course materials will be made publicly accessible.

This course provides a hands-on introduction to material modeling at the atomic scale, equipping students with practical experience using both open-source and commercial software widely utilized in the field. 

Students will explore a diverse range of materials, such as 2D nanostructures, proteins, and polymers, while utilizing advanced facilities, including 3D visualization equipment, and access to High-Performance Computing (HPC) systems to enhance their learning experience. Through strong collaborations with research institutions and high-tech industries, we will host invited lecturers who will present case studies on real-world applications, including energy storage, advanced material design, and drug design. The course assessment will evaluate both theoretical understanding and practical skills through multiple project-based assignments. 

This course is part of an NSF-funded initiative aimed at strengthening high-tech engineering practices at West Texas A&M University, preparing students for cutting-edge research and industry applications. The course is designed for engineering and science majors and does not require any prior knowledge beyond what is typically covered in undergraduate math, physics, and programming courses.