PhD in Division of Advanced Materials Science

Tuition fees for PhD in Division of Advanced Materials Science are 7,495 USD per year.

The Division of Advanced Materials Science at Pohang University of Science and Technology (POSTECH) offers a combined master's and doctoral program centered on the science underlying novel and high-performance materials. The field examines how atomic and molecular structure governs properties such as strength, conductivity, and optical behavior, drawing on physics and chemistry to study materials including nanomaterials, semiconductors, and advanced ceramics. Doctoral students typically complete coursework in solid-state physics, materials characterization, and quantum chemistry before pursuing research using tools such as electron microscopy, spectroscopy, and diffraction methods, culminating in an original dissertation. As a natural-science-oriented program, the emphasis tends toward understanding fundamental materials behavior rather than applied engineering processes, though the two areas overlap considerably. Career paths for graduates include research positions in semiconductor and electronics companies, energy storage and materials development firms, and academic or government research laboratories studying next-generation materials. The discipline connects with materials engineering, physics, and chemistry, so doctoral candidates frequently collaborate across departments on materials discovery and characterization projects. Based in Nam-gu, South Korea, the coursework portion of this program spans four years, with admission cycles in the middle of February or the beginning of September. All instruction is delivered in English, allowing international students to complete the degree without a Korean-language requirement. The combined master's and doctorate structure moves students from graduate coursework directly into dissertation research, suiting applicants with a background in physics, chemistry, or materials science who want to pursue fundamental research into advanced materials.