Environmental Materials Science at Seoul National University focuses on sustainable bio-based materials such as wood, paper, and forest products, linking materials science with environmental performance and recycling. The programme combines laboratory training with research-led learning to prepare graduates for industry and academic careers in wood and paper engineering.
The Master’s program in Environmental Materials Science at Seoul National University emphasizes the development and application of sustainable bio-based materials, including wood, paper, and forest products. This interdisciplinary course integrates materials science with environmental performance and recycling, equipping graduates for successful careers in both industry and academia.
The program combines theoretical knowledge with hands-on laboratory training, allowing students to engage in research-led learning. Core learning areas cover the materials science of wood and paper, focusing on chemistry, processing, and performance-oriented engineering.
Research and practical components are integrated through laboratory work and supervised studies, culminating in a graduate research project such as a thesis or dissertation. Electives and special topics may also be available based on individual research interests.
Applicants are expected to hold a relevant Bachelor’s degree (or equivalent) in fields such as engineering, materials science, chemistry, forestry/wood science, or paper science. While specific GPA or grade thresholds are not publicly stated, a strong academic background in related disciplines is essential.
For non-native English speakers, standardized test scores are typically required. Minimum scores may include:
It is advisable to verify the latest English language requirements directly with Seoul National University.
Graduates of the Environmental Materials Science program will be well-prepared for various career paths in industries related to wood and paper engineering, including roles focused on sustainable materials development, recycling technologies, and environmental performance assessment. Opportunities may also exist in academic research and teaching, further contributing to advancements in sustainable practices within the materials science field.
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