Master's in Engineering & Technology in South Korea

Materials Science and Engineering

The Department of Materials Science and Engineering (MSE) at POSTECH is a leading global department dedicated to advancing research and education in the field of materials. Established in 1986, MSE has evolved to encompass new material development, next-generation energy sources, and biomaterial research. The department is committed to contributing to humanity by leading future science and engineering through excellence in both education and research. With approximately 30 undergraduate and 50 graduate students graduating annually, MSE is a vibrant community preparing students for impactful careers. The department boasts a strong research infrastructure, including over 100 advanced research facilities valued at over 50 million USD, and hosts 8 dedicated research institutes. This robust environment supports extensive research activities, including significant group and personal research projects funded by billions of Korean Won. MSE alumni have achieved notable success, with a high percentage pursuing careers in industry and academia, including numerous faculty appointments at top universities worldwide.

Materials Science and Engineering

Materials Science and Engineering is an interdisciplinary field combining physics, chemistry, polymer engineering, metallurgy, and electrical/electronic engineering. It focuses on developing new materials to create more efficient designs and advanced technologies that improve human life. The program aims to foster excellence in both teaching and research, leveraging world-class faculty, state-of-the-art facilities, and dedicated students. Graduates will gain a deep understanding of materials, preparing them for significant contributions to advanced technological fields. Research within the school spans nano-scale electronic and photonic materials, organic materials and devices, polymers, and biomaterials. Specific research areas include semiconductor materials for optoelectronics, electronic materials for nanoelectronics, organic materials for information processing, materials for energy technology, and polymeric biomaterials for biomedical engineering. The department is committed to achieving top-tier academic and research performance, aspiring to be a global leader in new materials.

MSc Convergent Science and Technology