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Education
Curriculum
Curriculum
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| 학수번호 | 교과목명 | 학수번호 | 교과목명 |
|---|---|---|---|
| GIFT501 | Seminars in Ferrous & Eco MetallurgyⅠ | GIFT502 | Seminars in Ferrous & Eco MetallurgyⅡ |
| GIFT505 | Seminars in Ferrous & Eco MetallurgyⅢ | GIFT504 | Seminars in Ferrous & Eco MetallurgyⅣ |
| GIFT50201 | Masters Thesis Research | GIFT50203 | Masters Thesis Research |
| GIFT50206 | Masters Thesis Research | GIFT50301 | Doctoral Dissertation Research |
| GIFT50303 | Doctoral Dissertation Research | GIFT50305 | Doctoral Dissertation Research |
| GIFT600 | Metallurgical Thermodynamics | GIFT601 | Metallurgical Reaction kinetics & mech. |
| GIFT602 | Principles of Steelmaking Process | GIFT603 | Principles of Ironmaking Process |
| GIFT606 | Computational Thermodynamics | GIFT610 | Solid State Physics for Ferrous Technology |
| GIFT611 | Transmission Electron Microscopy | GIFT611 | TEM Laboratory |
| GIFT613 | Theory of Dislocations | GIFT619 | Special Topics on Physical Metallurgy |
| GIFT620 | Phase Transformation in Steels | GIFT655 | FEM for Crystalline Solid |
| GIFT661 | Electrical Steels | GIFT671 | Corrosion Science and Engineering |
| GIFT678 | Special Topics on Chemical Metallurgy | GIFT694 | Structure and Properties of Slags and Glasses |
| GIFT695 | Advanced Alloys and Metal Forming | GIFT700 | Introduction to Metallurgical Engineering |
| GIFT701 | Characterization and Microanalysis | GIFT702 | Solidification |
| GIFT703 | Steel Production Technology | GIFT704 | Computational Materials Science |
| GIFT706 | Phase-Field Model | GIFT713 | Project Financing & Eng Economics |
| GIFT714 | Engineering Project Management Guideline | GIFT715 | Cost Control: Estimation & Control |
| GIFT716 | Contracts & Disputes Management |
Curriculum
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| 학수번호 | 교과목명 | 학수번호 | 교과목명 |
|---|---|---|---|
| BATT501 | Seminars for Energy Storage Materials & SystemsⅠ | BATT502 | Seminars for Energy Storage Materials & Systems Ⅱ |
| BATT503 | Seminars for Energy Storage Materials & Systems Ⅲ | BATT504 | Seminars for Energy Storage Materials & Systems Ⅳ |
| BATT50201 | 석사논문연구(PBL) | BATT50203 | 석사논문연구(PBL) |
| BATT50205 | 석사논문연구(PBL) | BATT50301 | 박사논문연구(PBL) |
| BATT50303 | 박사논문연구(PBL) | BATT50305 | 박사논문연구(PBL) |
| BATT505 | 산업체인턴십I | BATT506 | 산업체인턴십II |
| BATT520 | Thermal and Fluid Engineering | BATT521 | Intro. To Battery system |
| BATT523 | 비정질 세라믹스 | BATT524 | 에너지전기화학 |
| BATT525 | 반응공학특론 | BATT526 | 열역학특론 |
| BATT527 | 고분자특론 | BATT528 | 전기화학 |
| BATT529 | 나노화학 | BATT530 | 재료화학 |
| BATT531 | 고체화학 | BATT532 | Active materials for lithium-ion batteries |
| BATT533 | Energy Material Chemistry for Battery Devices | BATT534 | Computational Materials Science |
| BATT535 | Phase-Field Model | BATT536 | Organic energy materials |
| BATT537 | Introduction to energy materials characterization | BATT601 | Metallurgical Thermodynamics |
| BATT602 | Advanced X-ray Diffraction Analysis | BATT603 | Introduction to Organic Coatings |
| BATT604 | Chemical Process Synthesis | BATT605 | Reaction Process Design |
| BATT606 | Separation Process Design | BATT607 | 구조재료의 가공 |
| BATT608 | 고분자젤 | BATT609 | 세라믹재료특론: Electrochem. Sys. For Energy App. |
| BATT610 | 배터리를 위한 탄소 기반 소재 | BATT611 | 고분자블랜드 |
| BATT612 | 기능성 나노재료 | BATT613 | 환경에너지광촉매 |
| BATT614 | 중합반응 및 분석 | BATT615 | 응용전기화학 |
| BATT616 | 특성고분자 | BATT617 | Energy engineering |
| BATT618 | Energy Storage System and Design | BATT619 | Electrolytes for lithium-ion batteries |
| BATT620 | Carbon-based materials | BATT621 | Nanomaterials for energy applications |
| BATT701 | Transmission Electron Microscopy | BATT702 | Special Topics on Chemical Metallurgy |
| BATT703 | 고급소재열역학 | BATT704 | 전자현미경론 |
| BATT705 | 고체 전기화학과 연료전지 | BATT706 | 유기재료화학특론 |
| BATT707 | 무기재료공정특론 | BATT708 | 고등무기화학Ⅰ |
| BATT709 | 고등무기화학II | BATT710 | 형태구조 및 물성 |
| BATT711 | 고분자화학특강 | BATT712 | Membrane Technology |
| BATT713 | Fine crystal structural analysis for Li-ion battery materials | BATT714 | Advanced Battery Science and Engineering |
| BATT715 | Analysis techniques for nano & energy materials |