Graduate Curriculum
Our graduate program at the School of Mechanical Engineering provides a practical curriculum to cultivate global leaders
through hands-on education and advanced research tailored to meet the demands of the 4th Industrial Revolution.
Global Curriculum
The curriculum and course codes are subject to change based on periodic curriculum revisions. Please refer to graduate school announcements for updates.
* Common Courses
† Cross-Listing
⁑ Intensive Courses by Invited Overseas Scholars
§ IC-PBL+
Mathematics Core Course
- Advanced Engineering Mathematics 1(Differential Equations) *
- Advanced Engineering Mathematics 2(Linear Algebra) *
- Linear Algebra
- Probability and Statistics *
Fundamentals of Artificial Intelligence for Users
- Big Data Mining(FIR) *
- Machine Learning(FIR) *
- Machine Learning Basic §
- Tensorflow AI (FIR) §
Problem Solving in Mechanical Convergence Engineering
- Innovation Thinking in Mechanical Engineering
- Livinglab for Mechanical Convergence Engineering1,2
- Problem Solving in Mechanical Convergence Engineering1,2,3,4
AI and Reliability
- Artificial Intelligence and Deep Learning §
- Artificial Intelligence Theory and Applications §
- Deep Learning and Statistical Learning for Mechanical Engineers (FIR) ⁑
- Big Data Systems and Computation †
- ArtificiaI Intelligence and Prognostics and Health Managements §
- Optimization and Hard Problems Solution Methods §
Fluid Mechanics
- Advanced Fluid Dynamics §
- Turbulence §
- Microfluidics §
- Viscous Flow §
- Physicochemical Hydrodynamic Systems §
- Particle Technology
- Advanced Aerosol Science and Technology
Thermal Engineering
- Advanced Thermodynamics §
- Combustion Engineering §
- Selected Topics in Power and Propulsion §
- Compressible Flow
- Advanced Molecular Thermodynamics †
Solid Mechanics
- Advanced Stress Analysis1
- Advanced Stress Analysis2
- Advanced Mechanics of Composite Materials §
- Design of Composite Materials
- Advanced Mechanical Behavior of Materials
- Plates and Shells
- Introduction to Surface and Interface Engineering for Mechanical Engineers ⁑
Dynamics/Vibration/Measurement
- Advanced Dynamics
- Dynamics of Structures
- Advanced Mechanical Vibration §
- Engineering Acoustics §
- Aeroacoustics
- Ultrasonic Engineering
- Advanced Optical Engineering §
- Nanosensor Technology †
Dynamic Control/Robot
- Advanced Control System §
- Linear System Analysis
- Design and Control of Special Electric Machine †
- Robotics §
Heat Transfer
- Radiative Heat Transfer
- Conductive Heat Transfer
- Convective Heat Transfer
- Special Topics on Laser Radiative Heat Transfer
- Micro and Nanoscale Heat Transfer and Thermophysics §
- Heat Exchanger Design §
Mechanical Design
- Multidisciplinary Design Optimization §
- Robust Optimal Design §
- Introduction and application of Genetic algorithm §
- Advanced Computer-Aided Design §
- Design of Basic Electro-Mechanical Device
Advanced Semiconductor
- Introduction to Advanced Semiconductor Packaging ⁑
- Introduction to Micro Systems §
- Flexible and Strtchable Mechanoelectronics ⁑
- Introduction to Micromechanical system design and semiconductor processes §
- Laser Material Processing and Additive Manufacturing §
- Embeded System and IoT §
- Nano Semiconductor Materials 1 †
- Nano Semiconductor Materials 2 †
Carbon-Neutral Mobility/Advanced Defense Technology
- Advanced Topics in Vehicle Structure Analysis §
- Seminar on Satellites §
- Computational Geometry
- Vehicle Dynamics and Control †
- Recent Trend and State-of-the-Art Technology on Composite Materials for Future Automobiles †
- Intelligent Vehicle Control System †
Digital Healthcare
- Biomedical Ultrasound
- Biomechanical Medical Devices and Drug Delivery ⁑
- Biorobotics §
- Structural Acoustics
- Advanced Manufacturing Process for Medical Devices in Human Healthcare ⁑
- Bioimaging for Mechanical Engineering ⁑
- Mechanical Implants and Imaging Technologies ⁑
Sector-Coupling Energy
- Special Topics on Heat Exchangers §
- Fuel Cell Science and Technology §
- Renewable Energy Smart Grid System §
- Transport Phenomena in Fuel Cells
- Next Energy §
- Special Lecture on hydrogen Energy §
- Introduction to Wind Turbine Technology ⁑
- Advanced Safety Analysis Technology for Energy Conversion and Storage Systems §
- Special Topics on Piezoelectric Technology †
- Special Topics on Secondary Batteries †
Doctoral Dissertation Research 12,
Master's Thesis Research, Internship