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Graduate Program

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The Control and Automation Systems Major is one of the most promising convergence studies in that it will lead the engineering fields in the future as the brain of mechanical systems. The aim of control and automation systems education is to cultivate talents who can take the lead in the intellectualization and automation of mechanical systems. About 100 graduate students and 14 faculties are focusing on various research areas ranging from dual-use technology for civilian and military use including missiles and underwater vehicles to intellectualization of advanced systems such as intelligent vehicles, robot systems, medical systems and intelligent manufacturing systems.

Major Research Areas

  • Robotics : Intelligent service robots, virtual simulators, mobile robots
  • Intelligent manufacturing system : Intellectualization and automation of manufacturing system, CAM, high-precision manufacturing, inspection and diagnosis of manufacturing process & network of monitoring vehicles, rapid prototyping, computer networking using CIM, FMS
  • Intelligence information control : Intelligence information control, interactive technology
  • Control and instrumentation : System dynamics and control, multi-variable control, guidance, navigation and control, system theory, nonlinear system control
  • Intelligent fluids : Electroviscous magnetism, analysis and control of flow of electro-magnetic fluids, hydraulic system control
  • Information mechatronics : Medical mechatronics, manufacturing automation using mechatronics, system integration

Curriculum

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Subject No. Subjects Credit Remarks
MN6600331 È®·ü¹×Åë°è (Probability & Statistics) 3 ±âÃÊ
MN7500124 °øÇмöÄ¡Çؼ®Æ¯·Ð (Advanced Numerical Methods with Engineering Applications) 3 ±âÃÊ
MN6800426 ¹ÌºÐ¹æÁ¤½ÄƯ·Ð (Advanced Differential Equation) 3 ±âÃÊ
MN6200693 ¼±Çü´ë¼öÇÐƯ·Ð (Advanced Linear Algebra) 3 ±âÃÊ
MN7200274 ÀÀ¿ë°ø¾÷¼öÇÐ (Applied Engineering Mathematics) 3 ±âÃÊ
MN6000515 °íü¿ªÇÐƯ·Ð (Advanced Solid Mechanics) 3 ÇÙ½É
MN6400237 Àç·á°úÇÐƯ·Ð (Advanced Material Science) 3 ÇÙ½É
MN6200713 ¼±ÇüÁøµ¿·Ð (Theory of Linear Vibration) 3 ÇÙ½É
MN6100480 µ¿¿ªÇÐƯ·Ð (Advanced Dynamics) 3 ÇÙ½É
MN7600516 »ý»ê°øÇÐƯ·Ð (Advanced Manufacturing Processes) 3 ÇÙ½É
MN6800488 À¯Ã¼¿ªÇÐƯ·Ð (Advanced Fluid Dynamics) 3 ÇÙ½É
MN6800663 ¸¶ÀÌÅ©·Î°¡°ø (Micromachining Theory) 3 ÇÙ½É
MN7600506 ¹ÙÀÌ¿À¿µ»ó½Åȣó¸® (Bio Image-Signal Processing) 3 ÇÙ½É
MN6300518 ¿­¿ªÇÐƯ·Ð (Advanced Thermodynamics) 3 ÇÙ½É
MN7200307 ½ÇÇè¿­À¯Ã¼¿ªÇÐ (Experimental Methods of Thermo-Fluid Mechanics) 3 ÇÙ½É
MN7600507 ¿­¹°ÁúÈ®»êƯ·Ð (Advanced Heat and Mass Diffusion) 3 ÇÙ½É
MN6200706 ¼±ÇüÁ¦¾î (Linear Control) 3 ÇÙ½É
MN6000280 °èÃø¹×½Åȣó¸® (Measurement and Signal Processing) 3 ÇÙ½É
MN7200282 ¹æ»ç¼±°øÇÐ (Radiation Engineering) 3 ÇÙ½É
MN7600512 ¿øÀÚ·ÎÀÌ·Ð (Nuclear Reactor Theory) 3 ÇÙ½É

* Refer to the attached file about other subjects