COURSE DETAILS
   Introduction - M.Tech (Instrumentation and Control Engineering)
  A greater understanding of the measuring equipment and the instruments can improve the performance of the operator and this in turn will improve plants performance. Better knowledge of how equipment is selected and how it is constructed and how it works also helps an operator to identify the cause of problems and prevent their reocurrence. Hence, The economics benefits of properly trained and informed operators can be readily quantified.
  Awarded by
  MVNU
  Entry Requirement
  B.Tech in Electrical or Electronics or Instrumentation Engineering
  Course Fees


  Note : Indian residents to pay fee in INR and rest in $.
  Course Duration
  2 YEARS (4 SEM.)
  Subject Information 
  Lateral Entry : Not Available
  Credit Transfer : Not Available
SEM-1
  		• Mathematics for Electrical Engineerings
     
  		• Systems Theory
     
  		• Digital Singla Processing
     
  		• Control System Design
     
  		• Transducers, Signal Conditioning Transmission & Display
     
  		• Robotics and Automation
    SEM-2
  		• Measurement and Instrumentation
     
  		• Digital Control Systems
     
  		• PC Based Instrumentation
     
  		• Digital Singal Processors for Digital Design
     
  		• Digital Instrumentation
     
  		• Design of Intelligent Controllers
    SEM-3
  		• Elective-I
     
  		• Elective-II
     
  		• Elective-III
     
  		• Project Work Phase-I
    SEM-4
  		• Project Work Phase-II
      Elective Papers / Specializations
       
    Elective-I
  		• Internet Based Measurement and Control
     
  		• Internet Based Measurement and Control
     
  		• Optimal Control and Filtering
     
  		• Optimal Control and Filtering
    Elective-II
  		• System Identification
     
  		• System Identification
     
  		• Theory and Design of Neuro-Fuzzy Controllers
     
  		• Theory and Design of Neuro-Fuzzy Controllers
     
  		• Virtual Instrumentation
     
  		• Virtual Instrumentation
      Career Opportunities
     Control System engineering involves the design and manufacture of instrumentation and ways to control dynamic processes automatically. Such engineers draw on a variety of disciplines, including elements of electrical, mechanical and chemical, and focus on the technologies needed for feedback and feed forward control of dynamic systems. These engineers ensure safe and efficient system performance.