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- 대학원
대학원
교과목 소개
역학 · 소재
| 과목명 (Title) | 학점(Credits) |
|---|---|
유체윤할 MEU5027 · Fluid Film Lubrication | 3 |
재료의 원자모사 방법론 MEU5028 · Atomistic Simulation of Materials | 3 |
연속체 역학 MEU5030 · Continuum Mechanics | 3 |
코팅의 물리 및 기계적 특성 MEU5033 · Physics and Mechanics of Coatings | 3 |
첨단응용소재 MEU5034 · State-of-the-art Materials | 3 |
역학및전자기학응용해석 MEU5041 · Applied Engineering in Mechanics and Electromagnetics | 3 |
재료및구조역학 MEU5042 · Material and Structure Mechanics | 3 |
선형탄성파괴역학 MEU5080 · Linear Elastic Fracture Mechanics | 3 |
기계금속학 MEU5120 · Mechanical Metallurgy | 3 |
유한요소법 MEU5370 · Finite Element Method | 3 |
탄소성파괴역학 MEU6020 · Elastic-Plastic Fracture Mechanics | 3 |
기계금속학특론 MEU6050 · Special Topics of Mechanical Metallurgy | 3 |
접촉역학 MEU6190 · Contact Mechanics | 3 |
실험역학 MEU6241 · Experimental Mechanics | 3 |
복합재료역학 MEU6261 · Engineering Mechanics of Composite Materials | 3 |
고급윤활공학 MEU6270 · Advanced Triboligy | 3 |
접촉역학특론 MEU6450 · Special Topics in Contact Mechanics | 3 |
응력해석과파손설계 MEU6470 · Stress Analysis and Failure | 3 |
마찰및마멸 MEU6610 · Friction and Wear | 3 |
나노트라이볼로지 MEU6630 · Nanotribology | 3 |
파손설계특론 MEU7003 · Special Topics on Failure Design | 3 |
응력재료설계특론 MEU7005 · Special Topics of Design of Stress and Materials | 3 |
기계와 금속공학의 융합기술 MEU7006 · Fusion Technology of Mechanical and Material Engineering | 3 |
기계금속해석특론 MEU7007 · Special Topics on Mechanical and Metallugical Analysis | 3 |
응력해석 MEU7011 · Stress Analysis | 3 |
탄성이론 MEU7030 · Theory of Elasticity | 3 |
근사해법 MEU7270 · Pertubation Method | 3 |
판의이론 MEU7310 · Theory of Plates | 3 |
복합재료역학 MEU7350 · Mechanics of Composite Materials | 3 |
윤활특론 MEU7450 · Special Topics in Tribology | 3 |
마찰학응용 MEU7610 · Applications in Tribology | 3 |
재료거동학특론 MEU8400 · Special Topics in Mechanical Behavior of Materials | 3 |
에너지 · 열유체
| 과목명 (Title) | 학점(Credits) |
|---|---|
분자열역학 MEU5002 · Molecular Thermodynamics | 3 |
복사열전달 MEU5003 · Radiation Heat Transfer | 3 |
고급열역학 MEU5020 · Advanced Thermodynamics | 3 |
비등열전달 MEU5024 · Boiling Heat Transfer | 3 |
터보기계 MEU5038 · Turbomachinery | 3 |
장치설계 MEU5039 · Thermal and Rotating Equipment Design | 3 |
비점성유체역학 MEU5040 · Inviscid Flow Theory | 3 |
에너지변환시스템의 통합적해석 MEU5046 · Integrative analysis of Energy Conversion System | 3 |
전산유체특론 MEU5100 · Special Topic in Computational Fluid Dynamics | 3 |
내연기관이론 및 실험 MEU5150 · Internal Combustion Engine Theory and Experiment | 3 |
통계열역학 MEU5210 · Statistical Thermodynamics | 3 |
터보기계특론 MEU5230 · Special Topics in Turbomachinery | 3 |
연소화학개론 MEU5460 · Introduction to Combustion Chemistry | 3 |
나노스케일에너지전달 MEU6010 · Micro/Nanoscale Energy Transport | 3 |
분자기체역학 MEU6060 · Molecular Gas Dynamics | 3 |
전도열전달 MEU6210 · Conduction Heat Transfer | 3 |
점성유체역학 MEU6230 · Viscous Fluid Dynamics | 3 |
연소공학 MEU6240 · Combustion Engineering | 3 |
열시스템설계 MEU6250 · Design of Thermal System | 3 |
전산유체역학 MEU6260 · Computational Fluid Dynamics | 3 |
입자공학 MEU6290 · Particle Engineering | 3 |
전산난류특론 MEU6420 · Special Topics in Computational Turbulence | 3 |
추진공학 MEU6510 · Propulsion Engineering | 3 |
대류열전달 MEU6520 · Convective Heat Transfer | 3 |
가스터빈특론 MEU6530 · Advanced Gas Turbines | 3 |
열/유체실험공학 MEU6540 · Experimental Method in Heat Transfer | 3 |
열환경공학 MEU6560 · Thermal Environmental Engineering | 3 |
입자공학특론 MEU7001 · Advanced Particle Engineering | 3 |
연소공학특론 MEU7002 · Special Topics in Combustion Engineering | 3 |
열환경공학특론 MEU7004 · Advanced Thermal Environmental Engineering | 3 |
에어로졸응용공학 MEU7010 · Application of Aerosol Science and Technology | 3 |
내부유동 MEU7012 · Internal Flow | 3 |
응용전산유체역학 MEU7013 · Applied Device Design and Development | 3 |
전기화학 에너지 시스템 MEU7016 · Electrochemical Energy Systems | 3 |
터보기계 실험공학 MEU7017 · Experimental Methods for Turbomachinery | 3 |
기체운동론 MEU7060 · Kinetic Theory of Gas | 3 |
전달현상특론 MEU7250 · Advanced Transport Phenomena | 3 |
유동안정성이론 MEU7260 · Theory of Hydrodynamic Stability | 3 |
난류이론 MEU7300 · Theory of Turbulent Flow | 3 |
유체기계특론 MEU7410 · Special Topics in Fluid Machinery | 3 |
난류특론 MEU7460 · Special Topics in Turbulence | 3 |
공기조화및냉동공학특론 MEU7630 · Special Topics in HVAC | 3 |
압축성유체역학 MEU7930 · Compressible Fluid Dynamics | 3 |
내연기관특론 MEU8210 · Advanced Internal Combustion Engines | 3 |
열전달특론 MEU8250 · Special Topics in Heat Transfer | 3 |
로보틱스 · 제어
| 과목명 (Title) | 학점(Credits) |
|---|---|
음향학 I MEU5005 · Accoustics I | 3 |
음향학 II MEU5006 · Accoustics II | 3 |
로보트공학 MEU5008 · Robotics | 3 |
공학도를위한심리음향학 MEU5009 · Psychoacoustics for Engineers | 3 |
비선형 음향학 MEU5010 · Nonlinear Accoustics | 3 |
응용동역학 MEU5026 · Applied Dynamics | 3 |
실험모우드해석 MEU5029 · Experimental Modal Analysis | 3 |
시스템 다이나믹스 MEU5043 · System Dynamics | 3 |
매개변수추정 MEU5045 · Parameter Estimation | 3 |
기계진동학특론 MEU5310 · Advanced Mechanical Vibration | 3 |
동역학특론 MEU6000 · Advanced Dynamics | 3 |
기계역학특론 MEU6160 · Advanced Dynamics of Machinery | 3 |
자동제어론 MEU6340 · Theory of Automatic Control | 3 |
로봇운동학 MEU6641 · Kinematics and Dynamics of Robots | 3 |
운동기하학 MEU6671 · Kinematic Geometry | 3 |
나선이론 MEU7070 · Screw Theory | 3 |
모우드해석 MEU7110 · Modal Analysis | 3 |
진동제어 MEU7120 · Vibration Control | 3 |
메카트로닉스응용 MEU7140 · Application of Mechatronics | 3 |
구조진동학특론 MEU7330 · Advanced Method in Structural Vibration | 3 |
자동제어특론 MEU7370 · Advanced Theory of Automatic Control | 3 |
비선형제어 MEU8350 · Nonlinear Control | 3 |
설계 · 제조
| 과목명 (Title) | 학점(Credits) |
|---|---|
품질공학설계 MEU5001 · Quality Engineering Design | 3 |
기전설계 MEU5018 · Electromechanical Design | 3 |
위상최적설계이론 MEU5019 · Theoretical Topology Optimization | 3 |
기구합성론 MEU5031 · Planar Mechanism Design | 3 |
기계가공의역학 MEU5036 · Mechanics and Dynamics of Machining | 3 |
기계기구학특론 MEU5130 · Advanced Kinematics of Machines | 3 |
응용수치해석 MEU5241 · Applied Numerical Analysis | 3 |
시스템설계 MEU5320 · System Design | 3 |
동시공학설계 MEU5410 · Concurrent Engineering Design | 3 |
공정계획설계 MEU5420 · Process Planning Design | 3 |
제품개발및설계 MEU5430 · Product Development and Design | 3 |
창의적문제해결방법론의 개요 MEU5630 · Introduction to TRIZ | 3 |
제품개발론 MEU6003 · Product Planning And Development | 3 |
마이크로옵틱스설계제조 MEU6006 · Design and Fabrication of Micro-Optics | 3 |
컴퓨터해석기구학특론 MEU6011 · Computer Aided Mechanism Analysis | 3 |
최적설계공학 MEU6041 · Engineering Design Optimization | 3 |
소프트컴퓨팅응용시스템설계 MEU6071 · Soft Computing in Intelligent System Design | 3 |
기계-전자기기설계 MEU6101 · Mechanical-Electric Device Design | 3 |
구조최적설계 MEU6111 · Structural Optimal Design | 3 |
용접공학특론 MEU6130 · Advanced Welding Engineering | 3 |
특수가공법 MEU6140 · Special Topics in Contact Manufacturing Process | 3 |
신뢰성공학 MEU6180 · Engineering Reliability | 3 |
공리설계론 MEU6200 · Axiomatic Design | 3 |
전기부품신뢰성설계 MEU6350 · Reliability Design For Electric Parts | 3 |
설계최적화특론 MEU6360 · Advanced Optimal Design | 3 |
마이크로광부품제조특론 MEU6411 · Micro-Optics Fabrication | 3 |
마이크로 및 나노 성형공정 MEU6430 · Micro and Nano Molding Process | 3 |
기계공학을위한센서기술 MEU6460 · Sensor Technology Applied To Mechanical Engineering | 3 |
센서공학 MEU6500 · Sensors | 3 |
창의설계특론 MEU6900 · Special Topics in Creative Design | 3 |
위상최적설계이론 MEU7009 · Theoretical Topology Optimization | 3 |
컴퓨터통합생산시스템특론 MEU7130 · Computer Integrated Manufacturing | 3 |
생산시스템제어공학 MEU7170 · Control of Manufacturing System and Processes | 3 |
정밀가공이론 MEU8120 · Theory of Precision Machining | 3 |
제조공정특강 MEU8130 · Special Topics in Manufacturing Processes | 3 |
방전가공특론 MEU8230 · Special Topics in Electrical Discharge Machining | 3 |
공작기계설계특론 MEU8260 · Design of Precision Machine Tool System | 3 |
고분자가공특론 MEU8770 · Special Topics in Polymer Processing | 3 |
마이크로 · 나노
| 과목명 (Title) | 학점(Credits) |
|---|---|
나노기전소자 MEU5004 · Nano Electro-Mechanical Devices | 3 |
고급나노생산송정 MEU5007 · Advanced Topics in Nano Devices | 3 |
나노소자의 기본원리 MEU5013 · Fundamentals for Nano Devices | 3 |
나노전자기학개론 MEU5016 · Fundamentals of Nanoelectronics | 3 |
반도체소자이론 MEU5017 · Principle of Semiconductor | 3 |
나노테크날러지 MEU5035 · Nanotechnology | 3 |
첨단 나노제작 기술 MEU5044 · Advanced Nanofabrication Technologies | 3 |
나노과학개론 MEU5090 · Principles Of Nanoscience | 3 |
마이크로시스템 설계 MEU5450 · Microsystem Design | 3 |
전자기학개론 MEU6001 · Instroduction to Electrodynamics | 3 |
박막플라즈마공정 MEU6004 · Processing of Thin Film and Plasma | 3 |
마이크로시스템역학 MEU6080 · Mechanics of Microsystems | 3 |
플라즈마공학 MEU6440 · Plasma Engineering | 3 |
MEMS특론 MEU6600 · MEMS | 3 |
양자론과 양자역학개론 MEU7008 · Introduction to Quantum Theory and Mechanics | 3 |
전산 나노 과학 MEU7018 · Computational Nanotechnology | 3 |
패키징공학 MEU7470 · Electronic Packaging | 3 |
바이오 · 포토닉스
| 과목명 (Title) | 학점(Credits) |
|---|---|
극초단동역학 MEU5011 · Ultrafast Dynamics | 3 |
생체공학용재료 특론 MEU5012 · Advanced Materials for Bio-Engineering | 3 |
바이오전산유체역학 MEU5014 · Introduction to Computational Biofluidics | 3 |
의생물학용 마이크로시스템의 설계 및 제조 MEU5015 · Design and Fabrication for Biomedical Microdevices | 3 |
바이오메디칼 광학 이미징 MEU5021 · Biomedical Optical Imaging | 3 |
기계공학에서의 광학기술 응용 MEU5022 · Optics in Mechanical Engineering | 3 |
생체 시스템의 기계적 거동 MEU5023 · Mechanics in Biological System | 3 |
생체물리학 MEU5025 · Biopyhsics | 3 |
마이크로 바이오 메카트로닉스 MEU5032 · Microbiomechatronics | 3 |
나노광자공학특론 MEU5060 · Advanced Nano Photonics | 3 |
바이오산업창업과경영 MEU5110 · Bio-Industry and Management | 3 |
생체분석시스템 MEU5480 · Bio-Analytical Systems | 3 |
세포역학 MEU6002 · Mechanical of the Cells | 3 |
고급극초단동역학 MEU6005 · Advanced Ultrafast Dynamics | 3 |
포토닉스 MEU6070 · Photonics | 3 |
세포칩 특론 MEU6090 · Special Topics on Cell Chip | 3 |
첨단레이져광공학 MEU6170 · Advanced Laser and Optical Engineering | 3 |
바이오엔지니어링특론 MEU6620 · Special Topics in Bioengineering | 3 |
바이오엔지니어링특론II MEU6640 · Special Topics in Bioengineering II | 3 |
메디칼디바이스 설계 및 개발 MEU7014 · Medical Device Design and Development | 3 |
분자및세포역학 MEU7015 · Molecular and Cell Biomechanics | 3 |
광공학특론 MEU7160 · Advanced Optical Engineering | 3 |
공통·기초 과목
| 과목명 (Title) | 학점(Credits) |
|---|---|
공학응용수학 MEU5037 · Applied Mathematics for Engineering | 3 |
기계공학세미나1 MEU6810 · Seminar in Mechanical Science I | 3 |
기계공학세미나2 MEU6820 · Seminar in Mechanical Science II | 3 |
기계공학세미나3 MEU7910 · Seminar in Mechanical Science 3 | 3 |
기계공학세미나4 MEU7920 · Seminar in Mechanical Science 4 | 3 |
연구지도1 MEU7999 · Directed Research 1 | 0 |
연구지도2 MEU9999 · Directed Research 2 | 0 |