M. E. in Electrical Engineering: Control Systems

Birla Institute of Technology
In Ranchi

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Important information

  • Master
  • Ranchi
  • Duration:
    2 Years
Description

Important information
Venues

Where and when

Starts Location
On request
Ranchi
Birla Institute of Technology, Mesra, , 835215, Jharkhand, India
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Frequent Asked Questions

· Requirements

Candidates must hold a B.E. / B.Tech / AMIE or equivalent degree in the appropriate disciplines / branches for the respective courses. Candidates must have a first class or minimum 60% marks in average (45% for SC/ST) in graduation.Candidates should preferably be GATE qualified. Non-GATE candidates may also apply.

Course programme

The Institute offers M. E. in Electrical Engineering: Control Systems course to its students, the course structure for it is as follows:

I SEMESTER
Digital Signal Processing
Soft Computing Techniques
Project Engineering & Management
Advanced Electrical Machines
Advanced Microprocessors
Computer Aided Control System Design
Advanced Power Electronics
Machine Electronics
System Approach to Management
Stochastic Processes
Optimal Control Systems
Modern Control Theory
Optimization in Engineering Design
Control System Design
Microprocessor Applications
Systems Biology
Neural Network & Applications
Discrete Data Control Systems
Estimation and Identification Techniques
Non Linear Control Systems
Non-linear and Discrete Control Systems
Robotics and A.I.
Fuzzy Logic Control

II SEMESTER
Neural Network & Applications
Discrete Data Control Systems
Modern Control Theory
Digital Signal Processing
Soft Computing Techniques
Optimization in Engineering Design
Project Engineering & Management
Advanced Electrical Machines
Advanced Microprocessors
Computer Aided Control System Design
Advanced Power Electronics
Machine Electronics
System Approach to Management
Stochastic Processes
Optimal Control Systems
Control System Design
Non-linear and Discrete Control Systems
Microprocessor Applications
Robotics and A.I.
Systems Biology
Fuzzy Logic Control
Estimation and Identification Techniques
Non Linear Control Systems


Compare this course with other similar courses
See all