Computational Materials Design Fundamentals

Traditional materials discovery can be slow and resource-intensive. This course introduces you to the transformative power of computational materials design, enabling you to accelerate innovation by predicting and understanding material properties through advanced simulation. By the end of this course, you will possess a solid foundation in using computational approaches to design and optimize new materials. What you'll learn: * Understand the fundamental concepts of materials science and quantum mechanics relevant to computational design. * Learn essential computational methods for simulating and predicting material properties. * Apply basic quantum simulation program codes to model atomic and molecular structures. * Analyze and interpret simulation results to inform practical materials development. * Explore modern data-driven approaches in computational materials science for enhanced design. * Practice setting up and executing foundational computational materials workflows. This course begins with an exploration of core theoretical principles, moves into practical computational techniques, and guides you through applying quantum simulation tools to fundamental materials problems. It is designed for absolute beginners with no prior experience in computational materials design or quantum simulation. Start your journey into the exciting field of materials innovation today.