Credit Requirements
| Requirement / Program | Master's | Doctoral | Combined MS/Ph.D. |
| Enrollment | Minimum 4 semesters Maximum 4 years |
Minimum 4 semesters Maximum 6 years |
Minimum 4 semesters Maximum 6 years |
| Minimum Credit Requirements (including Ⓐ) |
24 | 36 | 60 |
| Ⓐ Maximum (Accepted) Credits for Thesis & Seminar Courses |
6 (Seminar Courses in ∎ME can not be credited) |
12 (including Seminar Courses in ∎ME) |
18 (including Seminar Courses in ∎ME) |
- Combined MS/Ph.D. Students who had completed minimum 3 semesters and had earned 24 credits or more are recognized as a Ph.D. student.
♦ Seminar Course in ME : M2794.013300 Mechanical Engineering Seminar
※ Students may take graduate courses that are offered by other departments/divisions, even if not considered as major courses in their own departments/divisions, based on their academic advisors' recommendation and approval of the head of their own departments/divisions. In this case, course credits may be counted as major course credits up to half(1/2) of the required credits for program completion of pursuing degree minus no. of credits taken as Thesis & Seminar courses in ME. (e.g. for M.S. student if one takes 6 credits of Thesis/Seminar courses, he can only take (24-6)/2=9 credits from other departments/divisions (In the case for Ph.D. and Combined MS/Ph.D. students, substracted from 36 credits and 60 credits respectively). Students may take up to six credits from the undergraduate program(also counts as the category of other departments/divisions), according to Article 71 Clause 2 of the university regulations.
※ Students can only take a maximum of 12 credits per semester.
※ Graduate students must receive 3.0 or higher in overall GPA to complete coursework.
Course Requirements
| Requirement / Program | Master's | Doctoral | Combined MS/Ph.D. |
| Ⓐ Required Courses | - M1570.000300 Engineering Research Ethics and Writing Skills (2 credits) - M2794.005200 Student Research Colloquium in Mechanical Engineering (1 credits) ※ Students may take the above 2 required courses ONCE during the Master's or Doctoral or Master’s & Doctoral or Combined MS/Ph.D. Program ※ Foreign students may substitute the above 2 courses by taking an additional Graduate School Major course within Mechanical Engineering (of 3 credits). ※ Doctoral and Combined MS/Ph.D. Students need to take at lease 3 credits (3 subjects, 1 credits each) of the 'Seminar in Mechanical Engineering' courses. However, also in relation to this requirement, Foreign students may substitute the above seminar courses by taking an additional Graduate School Major course within Mechanical Engineering (of 3 credits) ※ This means that in conclusion, Foreign students need to take an additional 6 credits in total as Mechanical Engineering subjects to substitute the above requirements (This substitute is allowed since those courses are only carried out in Korean). |
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| Ⓑ Core/Advanced Courses in ▣ Main Module | Minimum 6 Credits including Min. 1 Core Course |
Minimum 6 Credits including Min. *1 Core Course (* Students who have taken the Core Course in Master's can not retake the course, but need to take two Advanced courses within main module/major group) |
Minimum 12 Credits including Min. 1 Core Course |
| Ⓒ Core/Advanced Courses in Non-Main Module or other Dept. | Minimum 3 Credits | Minimum 6 Credits | Minimum 12 Credits |
| Ⓐ Ⓑ Ⓒ requirements apply to students entered in 2014 and thereafter. ▣ Main Module : In principle, Students follow the module of your advisor. As an exception, students may change main module depending on the field of their Master's & Doctoral theses within 1st semester after entering.(submit change-of-main module group form) ♦ Students can take up to three ME Seminar(M2794.013300) Series (e.g., Robotics Seminar SP19, F20 and SP21) and use up to three credits for their graduation. This holds for the Integrated MS/PhD and PhD students only through not for MS students.) The ME Seminar course does not count for credit recognition of the MS course. Therefore, MS students should rather not take the ME Seminar courses unless one wants to take it regardless of credit recognition. |
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Graduate Courses in Mechanical Engineering
| Major group | Core/ Advanced |
Courses | ||
| Mechanics 역학 |
Core | M2794.007100(446.622) | Continuum Mechanics* 연속체역학 |
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| Advanced | Mechanics based |
M2794.007200 (446.618) |
Plasticity 소성역학 |
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| M2794.007300 (446.624) |
Finite Element Analysis* 유한요소해석 |
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| M2794.007400 (446.681) |
Theory of Elasticity* 탄성학 |
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| M2794.007500 (446.746A) |
Computational Analysis of Plates and Shells 판과 쉘 전산해석 |
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| M2794.007600 (446.774) |
Computational Nanomechanics 전산나노역학 |
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| Multi scale |
M1598.000400 (4461.524) |
Guided Ultrasonic Wave Analysis and Applications 유도초음파해석및응용 |
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| M1598.000300 (4461.546) |
Fabrication and Characterization of Nanoscale Materials 나노재료의 제작 및 특성평가 |
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| Design based |
M2794.007700 (446.685) |
Smart Materials and Design 지능재료 및 설계 |
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| M2794.007800 (446.779) |
Probabilistic Engineering Analysis and Design 통계기반 공학해석 및 설계 |
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| Professors | Yoon Young Kim, Maenghyo Cho, Byeng Dong Youn, Do-Nyun Kim / Frank Chongwoo Park, Yongdae Shin, Howon Lee | |||
| Thermal Engineering 열공학 |
Core | M2794.007900(446.544) | Advanced Thermodynamics* 고급열역학 |
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| Advanced | M2794.008000(446.507) | Advanced Mechanical Engineering Analysis 고급기계공학해석 |
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| M2794.008100(446.514) | Advanced Internal Combustion Engine 고급내연기관론 |
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| M2794.008300(446.518) | Radiation Heat Transfer 복사열전달 |
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| M2794.008400(446.524) | Thermofluid Measurement 열유동계측 |
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| M2794.008500(446.540) | Cryogenic Engineering 저온공학 |
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| M2794.008200(446.515) | Convective Heat and Mass Transfer* 대류열및물질전달 |
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| M2794.010400(446.776) | Fuel Cell Fundamentals 연료전지개론 |
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| M2794.012300 | Laser Diagnostics 레이저 이용 계측 |
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| M2794.012600 (M2794.006500) |
Energy System Modeling 에너지 시스템 모델링 |
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| M2794.012900 | Principles of Combustion Engineering 연소공학원론 |
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| Professors | Sang Ken Kauh, Charn Jung Kim, Min Soo Kim, Kyoungdoug Min, Seung Hwan Ko, Han Ho Song, Hyungrok Do, Sangwook Park / Man Soo Choi, Haecheon Choi, Suk Won Cha, Hyungmin Park, Wontae Hwang | |||
| Dynamics, Control 동역학/제어 |
Core | M2794.005300(446.632A) | Control Systems 1 제어시스템 1 |
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| Advanced | M2794.005400(446.607) | Engineering Acoustics 기초음향공학 |
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| M2794.005900(446.630) | Control System 2* 제어시스템 2 |
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| M2794.005500(446.612) | Robot Mechanics* 로봇역학 |
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| M2794.006000(446.639A) | Vector Space Optimization* 벡터공간최적화 |
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| M2794.005600(446.613A) | Control of Nonlinear Dynamic Systems 비선형시스템제어 |
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| M2794.005700(446.620A) | Advanced Topics in Dynamics, Control and Robotics 동역학, 제어 및 로보틱스 특론 |
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| M2794.005800(446.623A) | Vehicle Dynamics and Control 차량동역학 및 제어 |
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| M2794.006100(446.646) | Vibration 진동학 |
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| M2794.006200(446.778) | Biologically Inspired Robotics 생체모사로봇공학 |
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| Professors | Kyong-su Yi, Frank Chongwoo Park, Yeon June Kang, Kyu-Jin Cho, Dongjun Lee / Yong-Lae Park, Ayoung Kim | |||
| Fluids Engineering 유체공학 |
Core | M2794.008700(446.548) | Viscous Flow* 점성유동 |
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| M2794.008600(446.547A) | Inviscid Flow 비점성유동 |
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| Advanced | M2794.008800(446.502) | Advanced Gas Turbines 고급가스터빈론 |
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| M2794.008900(446.504B) | Micro Fluid Mechanics 마이크로유체역학 |
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| M2794.009000(446.506) | Numerical Analysis in Mechanical Engineering* 기계공학수치해석 |
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| M2794.009100(446.511A) | Turbulent Flows 난류유동 |
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| M2794.009200(446.542) | Computational Fluid Mechanics 전산유체역학 |
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| M2794.009300(446.645) | Turbomachinery 터보기계 |
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| M2794.012400 | Multiphase Flow 다상유동 |
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| Professors | Haecheon Choi, Seung Jin Song, Ho-Young Kim, Hyungmin Park, Wontae Hwang / Charn Jung Kim, Han Ho Song, Hyungrok Do | |||
| Design and Manufacturing 설계/생산 |
Core | M2794.012500 | Precision Manufacturing Processes* 정밀제조공정 |
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| M2794.012700 (M2794.012200) |
Precision Machine System Design 정밀기계시스템설계 |
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| M2794.007700 (446.685) |
Smart Materials and Design 지능재료 및 설계 |
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| M2794.006700(446.633) | Computer Aided Design 컴퓨터이용설계 |
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| Advanced | M2794.006800(446.636) | Precision Metrology and Vision Inspection 정밀기계계측 |
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| M2794.006900(446.686A) | Design for Manufacturing 제조고려설계 |
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| M2794.007000(446.777) | Robust Optimal Design Methodology 견실최적설계방법론 |
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| M1598.000300 (4461.546) |
Fabrication and Characterization of Nanoscale Materials 나노재료의 제작 및 특성평가 |
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| M2794.010400(446.776) | Fuel Cell Fundamentals 연료전지개론 |
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| M1598.000200 | Actuation and Sensing Mechanisms for Robots 로봇 액츄에이션 및 센싱 메커니즘 설계 |
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| M3228.000200 | Smart Manufacturing and Applications 스마트 제조 및 응용 |
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| M3228.000300 | Sensor-Based Spatial Intelligence 센서기반 위치 및 공간정보 추정 |
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| Professors | Heui Jae Pahk, Sung-Hoon Ahn, Suk Won Cha, Yong-Lae Park, Yun Seog Lee, Howon Lee / Yeon June Kang, Kyu-Jin Cho | |||
| Nano/Bio 나노/바이오 |
Core | 4461.540 | Fundamentals of Multiscale Fabrication* 멀티스케일가공공정개론 |
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| M1598.000300 (4461.546) |
Fabrication and Characterization of Nanoscale Materials 나노재료의 제작 및 특성평가 |
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| Advanced | Bio | M2794.006300 (446.684) |
Bio-MEMS* 바이오마이크로기전시스템 |
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| 4461.543 | Nano/Bio Fusion Systems 나노/바이오융합시스템 |
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| Energy and MEMS |
M2794.006400 (446.531A) |
Particle and Aerosol Technology 입자 및 에어로졸공학 |
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| 4461.526 | Fundamentals of Multiscale Physical Devises 멀티스케일 물리, 소자이론 |
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| 4461.541 | Hands on Fabrication of MEMS And NEMS 마이크로/나노기전시스템제작및실습 |
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| M2794.013000 | Introduction to Mechanical Nanotech Processing 기계나노공정개론 |
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| M3228.000100 | Molecular, Cellular and Tissue Mechanics 분자세포조직역학 |
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| Professors | Man Soo Choi, Junghoon Lee, Noo Li Jeon, Yongdae Shin / Suk Won Cha, Ho-Young Kim, Seung Hwan Ko, Yun Seog Lee, Sangwook Park | |||
| * Recommended courses for students in other major groups | ||||