Master of Technology Degree in Industrial Automation

Master of Technology Degree in Industrial Automation

The Master of Technology in Industrial Automation Degree is meant to provide the students with appropriate theoretical inputs and opportunities for hands-on training. The Degree provide students with preparation to become worthy of professional careers in the field and to be motivated for lifelong learning. It is dedicated to equip students with the design, implementation, testing, and modification skills of Automation in a bid to improve its effectiveness, efficiency, viable, maintainable and affordable. The four semester M.Tech degree program is premised on research, innovation, and development of industrial real-time solutions. In pursuit of this mandate the curriculum emphasises the principles and applications of modern Electronic and Instrumentation Engineering to fully enhance technical cognition while developing the ability to put knowledge into practice for the benefit of all mankind.

The programme aims to provide students with pertinent and up-to-date education in Industrial Automation and Engineering preparing them for productive and rewarding careers in the Industrial Automation field.

Intended Learning Outcomes

By the end of the programme students should be able to:

  • Select and apply appropriate methods for modelling and analysing problems in Automation and Control.
  • Use scientific principles in the modelling and analysis of engineering systems, processes and products.
  • Select and apply appropriate methods for developing Automation and Control solutions to practical problems.
  • Produce engineering solutions to problems through the application of knowledge and understanding in Automation and Control.
  • Create new designs in Automation and Control through synthesis of ideas from a wide range of sources
  • Develop ideas and opinions through the critical research of information from a wide range of sources.
Program Structure

SEMESTER I

COURSE CODE

COURSE NARRATION

CREDITS

EIA 7101

Advanced Mathematical Methods

18

EIA 7102

Process Dynamics and Control

18

EIA 7103

Industrial Automation

18

EIA 7104

Data Acquisition and Hardware Interfaces

18

EIA 7105

Applied Research Methods

18

EIA 7106/ EIA 7107/ EIA 7108

Elective I

18

SEMESTER II

EIA 7201

Intelligent Systems and Control

18

EIA 7202

Electric Drives and Machines

18

EIA 7203

Modelling and Simulation

18

EIA 7204

Industrial Management Systems

18

EIA 7205

Fluid Power Systems Design

18

EIA 7206/ EIA 7207/ EIA 7208

Elective II

18

SEMESTER III

EIA 8101

Industrial Data Networks

18

EIA 8102

Industrial Robotics

18

EIA 8103/ EIA 8104

Elective III

18

HIT0800

Project

54

SEMESTER IV

HIT0800

Project

90