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Home > College > School of Mechatronics Engineering  |
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 This process is done by automated production based on the technology of mechatronics. In other words, automated production comes not only by the old machines facility and processing but also by the Combination of Electricity & Electronics into Machines, Mechatronics. With the current trend of automated and unmanned system, The School of Mechatronics Engineering is most reflecting reality and promising in the future. The School of Mechatronics Engineering is on the research and the education of varied
technology and information in electricity, electronics and control measurement on the basis of mechanical engineering for computer-using system design and Nano-technology, hyper-precision technology. You can be specialists after graduation in varied new technology field having complex linkage with semiconductor, control, mechanical and electrical & electronic technology with the spotlight of mechatronics as a modern industrial favorite. We also educate students to make them practical experts, who can design, produce, process, organize, and control Mechatronics products or manufacture systems. |
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| [the professors] |
Name |
E-mail |
Major |
a field of study |
Choi,
Man-Sung |
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Manufacturing Process |
* Production System
* Engineering Statistics |
Ryu,
Gil-Ha |
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Robotics & Design |
* Robotics
* Kinematics
* Mechanism Design |
Kim,
Moon-Ki |
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Computer Aided Manufacturing |
* CAD/CAM
* Factory Automation |
Yoo,
Joong-Hak |
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Jig & Fixture Design |
* Injection Molding
* Precision Machining
* Mold Design and Making |
Huh,
Jun-Young |
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Fluid Power Control |
* Hydraulics & Pneumatics
* Nonlinear Control |
Kim,
Kwang-Sun |
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Mechatronics & Computational Mechanics |
* Numerical Analysis
* Heat & Flow Control
* Computational Fluid Mechanics
* Optimization |
Youn,
Young-Han |
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Computational Mechanics |
* Vehicle Structures and Safety
* Occupant Injury Assessment and Safety |
Huh,
Yong-Jeong |
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CAD/CAE, Knowledge-based Design System |
* CAD/CAE
* Axiomatics &TRIZ
* Intelligent Design System |
Rhee,
Ihn-Seok |
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Control System |
* Optimal Control
* Robust Control |
Min,
Dong-Kyun |
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Mechanical Design & Production Engineering |
* Metal Forming
* Plasticity Engineering |
Rim,
Kyoung-Hwa |
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Vibration Control |
* Dynamics Analysis
* Vibration & Noise
* Signal Processing
* Sensor & Actuator |
Won,
Yun-Jae |
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Control & Automation of Mechanical System |
* Measurement & Control
* AI control |
Chun,
Sam-Pyo |
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* Computer-aided control system design |
Chung,
Dong-Teak |
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Program of Industrial System |
* Applied Mechanics
* Impact & high strain-rate deformation
* Dynamic fracture and plasticity |
Kim,
No-Hyu |
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Nondestructive Evaluation |
* Ultrasonic Material Characterization
* Acousto-elasticity (Residual stress measurement)
* Laser interferometry for thin film
* X-ray Backscattering Technique
* Defocused Scanning Acoustic Microscopy |
Lee,
Sang-Soon |
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Computational Mechanics |
* Microelectronics Reliability
* Fracture Mechanics |
Chang,
Young-Chol |
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Fluid Dynamics |
* Solar Energy Process
* Mass Flow Controoler |
Jin,
Kyoung-Bog |
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Electronics |
* Optical Control
* Robust Control |
Kang,
Ki-Ho |
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Industrial Electronics |
* Distributed Control
* Vehicle Electronics |
Seong,
Sang-Man |
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Control Engineering |
* Display |
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