Materials Science and Engineering

Materials Science and Engineering at Yonsei University offers a comprehensive and interdisciplinary curriculum designed to prepare students for innovative careers in the development, processing, and applications of materials. This program emphasizes fundamental principles in chemistry, physics, and engineering to understand the structure-property relationships of metals, ceramics, polymers, and composites. Students gain hands-on experience through laboratories and research projects, fostering practical skills alongside theoretical knowledge. The curriculum covers areas such as materials characterization, nanotechnology, biomaterials, electronic materials, and sustainable materials, aligning with the latest advancements and industry needs. The program also promotes critical thinking, problem-solving, and collaboration skills essential for leadership roles in academia, research institutions, and industrial sectors. Yonsei University's state-of-the-art facilities and experienced faculty provide an ideal environment for innovative research and development in materials science. Graduates are well-equipped to contribute to technological progress in areas such as energy storage, medical devices, environmental sustainability, and advanced manufacturing. The program encourages international collaboration and continuous learning, preparing students to meet global challenges through cutting-edge research and application. With a focus on both foundational knowledge and applied skills, the Materials Science and Engineering program at Yonsei University aims to cultivate experts capable of driving innovation and addressing societal needs through advanced materials technologies.

• DIFFERENTIAL EQUATIONS FOR MATERIALS SCIENCE (1)
• NUMERICAL MATHEMATICS IN MATERIALS SCIENCE AND ENGINEERING (2)
• SOLID STATE CHEMISTRY
• SOLID STATE PHYSICS
• INTRODUCTION TO MATERIALS SCIENCE (1)
• INTRODUCTION TO MATERIALS SCIENCE (2)
• THERMODYNAMICS OF MATERIALS (1)
• THERMODYNAMICS OF MATERIALS (2)
• CRYSTALLOGRAPHY
• PHASE EQUILIBRIUM AND TRANSFORMATION
• GATEWAY TO MATERIALS WORLD
• MATERIALS ENGINEERING LABORATORY (1)
• MATERIALS ENGINEERING LABORATORY (2)
• MATERIALS DESIGN & CHARACTERIZATION
• DESIGN FOR RESEARCH
• ELECTRONIC PROPERTIES OF ENGINEERING
• MECHANICAL PROPERTIES OF MATERIALS
• OPTICAL PROPERTIES OF MATERIALS
• MATERIALS CHEMISTRY
• TRANSPORT PHENOMENA IN MATERIALS SCIENCE AND ENGINEERING
• FUNDAMENTALS OF SURFACES AND INTERFACES
• MECHANICS OF SOLID MATERIALS
• THE STRUCTURE OF MATERIALS
• MATERIAL REACTION KINETICS
• DESIGN OF POLYMER MATERIALS
• COMPUTER MODELLING IN MATERIALS SCIENCE AND ENGINEERING
• INTRODUCTION TO SEMICONDICTOR ENGINEERING
• PHYSICAL CERAMICS
• SINTERING : THEORY AND PROCESS
• X-RAY DIFFRACTION
• BIO & ORGANIC MATERIAL ENGINEERING
• JOINING OF MATERIALS
• MATERIALS CHARACTERIZATION
• PHYSICAL CHEMISTRY FOR MATERIALS SCIENCE
• SOLIDIFICATION OF METALS AND ALLOYS
• SEMICONDUCTOR PROCESSING
• ELECTROCHEMISTRY IN MATERIALS PROCESSING
• CREATIVE MATERIAL DESIGN
• THIN FILM MATERIALS
• ENVIRONMENTAL DEGRADATION OF MATERIALS AND ITS PREVENTION
• INTRODUCTION TO SOFT MATERIALS
• COMPOSITE MATEIRLAS : DESING,PROCESS AND PROPERTIES
• MANUFACTURING PROCESSES OF MATERIALS
• METALLIC ALLOY DESIGN
• COLLOID SCEINCE AND ENGINEERING
• INFORMATION STORAGE MATERIALS
• MICROSYSTEM ENGINEERING
• MATERIALS ENGINEERING MANAGEMENT & LEADERSHIP
• NANOSTRUCTRUED MATERILAS : SCIENCE AND TECHNOLOGY
• CERAMIC PARTS AND MATERIALS FOR DISPLAY & ENERGY DEVICE
• DEVICE MATERIALS
• MAGNETIC MATERIALS AND DEVICES
• ELECTRONIC CERAMICS
• BIO MATERIALS
• NANO ELECTRONIC DEVICES
• NON-CRYSTALLINE MATERIALS
• INFORMATION & DISPLAY MATERIALS
• SEMICONDUCTOR DEVICES
• INTRODUCTION TO FUEL CELL FUNDAMENTALS
• FERROUS MATERIALS
• OPTICAL MATERIALS
• FRACTURE MECHANICS
• MATERIALS IN ENERGY STORAGE DEVICES
• FUNCTIONAL BIOMATERIALS AND DEVICES
• PYROMETALLURGICAL PROCESSING
• SPECIAL TOPICS IN BIOMATERIALS
• CERAMICS PROCESSING
• MICRO AND NANO FABRICATION
• HYBRID MATERIALS
• ORGANIC MATERIALS PROCESSING
• HEAT AND SURFACE TREATMENT
• HIGH TEMPERATURE MATERIALS
• SELECTED TOPICS IN MATERIALS SCIENCE (1)
• LIGHT METALLIC ALLOYS
• MATERIALS RECRYCLING
• SELECTED TOPICS IN MATERIALS SCIENCE (2)
• MECHANICS AND MATERIALS PLASTICITY
• BIOMATERIALS ENGINEERING)
• ORGANIC MOLECULAR MATERIALS
• HIGH TEMPERATURE PHYSICAL CHEMISTRY OF MATEIRLALS PROCESSING AND THE ENVIRONMENT
• ELECTRONIC STRUCTURE THEORY FOR MATERIALS:BACK TO THE BASICS
• SYSTEMATIC CHEMISTRY OF THE ELEMENTS
• PROCESS DESIGN FOR THIN FILM MATERIALS

Requirements

• Personal Statement
• Letter of Recommendation
• Counselor Reference
• Records of School Attendance
• Information on Schools Attended
• List of Supplementary Documents
• Letter of Consent and Letter of Request
• High School Diploma or Certificate of (Expected) Graduation
• Official Transcripts of All Attended High Schools
• Certificate proving Korean language proficiency
• Documents verifying foreign nationality of applicant and his/her parents
• Middle school transcripts, awards, reports of standardized test scores, proof of foreign language proficiency, certificates/licenses, school profile etc

Scholarships

• Korean Government Scholarship Program
• Korean Government Support Program for Foreign Exchange Students
• Support Program for Self-financed Students

The Materials Science and Engineering program at Yonsei University is a comprehensive undergraduate and graduate course designed to prepare students for advanced careers in research, industry, and academia related to materials. The curriculum covers a wide range of topics including the fundamental principles of materials properties, processing techniques, characterization methods, and applications across various industries such as electronics, aerospace, automotive, and biomedical fields. Students gain theoretical knowledge through coursework in thermodynamics, kinetics, crystal structures, and electronic properties of materials, complemented by practical laboratory experiences that foster skills in materials synthesis, testing, and analysis.

The program emphasizes multidisciplinary approaches, integrating principles from physics, chemistry, and engineering to understand and develop new materials with desirable properties. It includes specialized tracks such as nanomaterials, biomaterials, polymers, ceramics, and metals, allowing students to tailor their education toward specific interests or industry needs. Research activities are a core part of the program, often involving collaborations with industries and research institutes, providing students with real-world experience and opportunities to participate in cutting-edge projects.

Yonsei University's facilities support innovative research, with modern laboratories equipped for materials characterization techniques like electron microscopy, X-ray diffraction, and spectroscopy. The program also fosters international exchange opportunities, encouraging students to study abroad and collaborate with global research partners. Graduates from the Materials Science and Engineering program are well-equipped to pursue careers in materials development, quality control, product design, and may continue their academic pursuits through master's and doctoral programs.

The program emphasizes critical thinking, problem-solving, and sustainable development practices, preparing students to address modern challenges related to resource efficiency, environmental impact, and technological advancement. Faculty members are distinguished researchers and industry practitioners who provide mentorship and guidance throughout the course of study. Overall, the Materials Science and Engineering program at Yonsei University aims to produce versatile engineers and scientists capable of contributing to innovation in materials technology and society's evolving needs.