Master’s Programs

The first semester builds a strong foundation in Materials Science, Energy Storage Systems, and related scientific principles. Students focus on conceptual understanding and theoretical knowledge, preparing them to confidently approach advanced modeling and experimental methods in later semesters.

Semesters two and three are dedicated to multiscale modeling and material characterization. Students combine theory, fundamental techniques, and hands-on laboratory and computational practice. This integrated approach helps learners apply modeling methods, perform experiments, analyze data, and develop practical skills across scales.

The final semester is focused on independent research. Students design and execute a thesis project, integrating modeling, characterization, and analysis to address a real scientific problem. This capstone experience develops critical thinking, scientific communication, and prepares students for doctoral research or research-oriented careers.