ACADEMICS
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Undergraduate
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College of Engineering
- School of Electronic Engineering
- School of Architecture
- Department of Industrial Engineeing
- Department of Polymer Science and Engineering
- Department of Materials Design Engineering
- Department of Environmental Engineering
- Department of Chemistry and Bio Science
- Department of Chemical Engineering
- School of Materials Science and Engineering
- Department of Mechanical Engineering
- School of Mechanical System Engineering
- Department of Civil Engineering
- Department of Computer Engineering
- Department of Computer Software Engineering
- Department of Optical Engineering
- Department of Medical IT Convergence Engineering
- Department of IT Convergence
- College of Natural Sciences
- College of Business administration
- School of General Education
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College of Engineering
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Graduate
- Electronic Engineering
- Architectural Engineering
- Industrial Engineering
- Polymer Science and Engineering
- Materials Design Engineering
- Environmental Engineering
- Applied Chemistry
- Chemical Engineering
- Advanced Materials Science and Engineering
- Mechanical Engineering
- Civil Engineering
- Computer·AI Convergence Engineering
- Software Engineering
- Optical Engineering
- Medical IT Convergence Engineering
- IT Convergence Engineering
- Mathematics
- Business Administration
- Department of Consulting
- Academic Calendar
“We train professionals in high-tech polymer materials who will lead the development of future industry.”
'Global Standard' education system based on the engineering education accreditation system Best-in-the-country education linked to cutting-edge experiments, R&D, and equipment
Polymer materials, a basis of modern industry, serve as a core element in an array of high-tech industries such as household goods, electronics, sports & leisure goods, civil engineering and construction, automobiles, ships, and composite materials for aviation and space. The applications range from high-performance polymer materials to biomedical materials, carbon materials, energy materials, electronic component materials, and fine chemical materials, which are core elements in many industries these days. Polymer science and engineering, a key to researching and developing new polymer materials and advanced materials, is closely associated with convergence science and engineering such as chemical engineering, material engineering, textile engineering, and applied chemistry, in terms of basic science. In the Department of Polymer Science and Engineering, the Engineering Education Accreditation
System is carried out for all students. Through this system and systematic intensive education, students will be equipped with polymer science and engineering expertise to become professional polymer scientists and engineers who can demonstrate their best capability inv arious fields.
Careers after graduation
Engineers and researchers in the fields using utilize various plastics, fibers, rubbers, films, adhesives, paints, coating agents, packaging materials, biomedical materials, composite materials, carbon materials, electronic materials including automobile, aviation, space, defense, electronics, medical care, ship, sports, leisure, civil engineering, architecture / production, manufacturing, R & D, quality control, technical support of large-, medium-, and small-scaled companies / industrial research institutes, local-government research institutes, national research institutes / graduate school, studying abroad
Sources of pride
- Acquired engineering education accreditation from the Accreditation Board for Engineering Education of Korea (ABEEK) from 2007
- High employment of undergraduates and almost 100% employment of graduates
- Possesses best-in-the-country polymer-related experiment / R&D equipment
- Active R&D activities, industrial-academic research, and employment activities
- Highest graduate school admission rate in the school
- Performs various R&D projects by excellent faculty members