Spring 2012

• Automatic Control (Electrical Engineering)
  
• University Life and Social Service (Electrical Engineering)
  
• Engineering Clinic (Electrical Engineering)
  

  Fall 2011

• Modern Control Theory (Electrical Engineering)
  
• Robust Control Theory (Graduate School)
  
• Unified Design Project (Electrical Engineering)
  

  Spring 2011

• Automatic Control (Electrical Engineering)
  
• University Life and Social Service (Electrical Engineering)
  
• Engineering Clinic (Electrical Engineering)
  

  Fall 2010

• Modern Control Theory (Electrical Engineering)
  
• Linear Control Theory (Graduate School)
  
• Unified Design Project (Electrical Engineering)
  

  Spring 2010

• Automatic Control Systems (Electrical Engineering)
  
• Automatic Control Systems (Night Class, Electrical Engineering)
  
• Design Project for EE (Electrical Engineering)
  
• Design of University Life and Service (Electrical Engineering)
  

  Fall 2009

• Modern Control Theory (Electrical Engineering)
  
• Nonlinear Control Theory (Graduate School)
  
• Unified Design Project (Electrical Engineering)
  

  Spring 2009

• Automatic Control (Electrical Engineering)
  
• Automatic Control (Night Class, Electrical Engineering)
  
• Design Project for EE (Electrical Engineering)
  
• Design of University Life (Electrical Engineering)
  

  Fall 2008

• Modern Control Theory (Electrical Engineering)
  
• Modern Control Theory (Night Class, Electrical Engineering)
  
• Linear System Analysis (Graduate School of Industrial Technology)
  
• Unified Design Project (Electrical Engineering)
  

  Spring 2008

• Automatic Control (Electrical Engineering)
  
• Automatic Control (Night Class, Electrical Engineering)
  
• Linear System Analysis (Graduate School of Electrical Engineering)
  
• Design of University Life (Electrical Engineering)
  
• Unified Design Project (Electrical Engineering)
  

  Fall 2006

• Numerical Analysis and Practice (Electrical Engineering)
  
• Electronic Circuit (Electrical Engineering)
  
• Studies of Special Problems I (Graduate School)
  

  Spring 2006

• Automatic Control (Electrical Engineering)
  
• Digital Control (Electrical Engineering)
  
• Linear System Analysis (Graduate School)
  

  Fall 2005

• Modern Control Theory (Electrical Engineering)
  
• Numerical Analysis (Electrical Engineering)
  
• Robust Control Theory (Graduate School)
  

  Spring 2005

• Automatic Control (Electrical Engineering)
  
• Digital Control (Electrical Engineering)
  
• Design of University Life (Electrical Engineering)
  

  Fall 2004

• Modern Control Theory (Electrical Engineering)
  
• Numerical Analysis (Electrical Engineering)
  
• Nonlinear Control Theory (Graduate School)
  

  Spring 2004

• Digital Control System (Electrical Engineering)
  
• Engineering Mathematics (Computer Science)
  
• Numerical Analysis (Electronics Engineering)
  
• Design of University Life (Freshman, Electrical Engineering and Computer Science)
  
• Individual Study I (Graduate School of Electrical Engineering)
  
  

  Fall 2003

• Digital Control System (EE)
  
• Experiment for Digital Control System (EE)
  
• Signal & System (EECS)
  
• Individual Study I (Graduate School: Ms. Student)
  
• Individual Study III (Graduate School: Ph.D. Student)
  
• Linear System & Its Applications (Graduate School)
  

  Summer 2003

• Information Technology (Graduate School of Education)
  

  Spring 2003

• Engineering Mathematics (EECS)
  
• Numerical Analysis (Graduate School of Industrial Technology)
  
• Individual Study I (Graduate School: M.S. Student)
  
• Individual Study II (Graduate School: Ph.D. Student)
  
• Design of University Life (EECS: Freshman)
  

  Fall 2002

• Linear Algebra (EECS)
  
• Special Topics II (Gradudate School)
  

  Spring, 2002

• Automatic Control (EE)
  
• Engineering Mathematics (EECS)
  

  Fall, 2001

• Circuit Theory (EECS)
  
• Linear Algebra (EECS)
  

  Spring, 2001

• Digital Control System (EE)
  
• Engineering Mathematics (EECS)
  
• Robust Control Theory (Graduate School)
  

  Fall, 2000

• Engineering Mathematics II (EE)
  
• Circuit Theory (EECS)
  
• Special Topics on Linear Control Theory (Graduate School)
  
• Digital Control System (Graduate School of Industrial Technology)
  

  Spring, 2000

• Engineering Mathematics I (EECS)
  
• Electrical and Electronics Engineering (Mech. Eng.)
  
• Circuit Theory I (EE)
  
• Nonlinear Control Theory (Graduate School)