Fundamentals of Material Simulations

Understanding material behavior is crucial in many fields. This course introduces you to the fundamental principles of computer simulations that predict material properties and performance without expensive lab experiments. By the end of this course, you will be equipped with the core knowledge to approach, understand, and interpret various material simulation techniques, laying the groundwork for practical application and further study. What you'll learn: Understand the core concepts and applications of material simulations. Learn the principles behind atomistic simulation methods like Molecular Dynamics and Monte Carlo. Grasp the basics of quantum mechanical approaches, including Density Functional Theory for materials. Apply foundational knowledge to interpret simulation outputs and predict material properties. Explore the role of computational tools and open-source libraries in modern materials research. Practice analyzing data from simple simulation scenarios to draw meaningful conclusions. The course begins with essential terminology and theoretical foundations, then progresses through different simulation methodologies, culminating in practical exercises for interpreting results. This course is designed for absolute beginners in computational materials science, with no prior experience in simulations or advanced materials modeling required. Begin your journey into the exciting world of material simulations and computational design.