About Mechatronics Engineering

Modern machines in industry do not belong excusively to any one branch of engineering, as they are interdisciplinary in nature like Mechtronics Engineering which is a combination of mechanical, electronics and communication and computer engineering frequently using embedded systems. Basically, Mechatronics Engineering encompasses the study of mechanics and electronics to provide a comprehensive understanding of engineering. The Faculty of Engineering offers a 4 year Bachelors degree program in Mechatronics Engineering which explores the concurrent technologies in this field. As a way of ensuring the highest form of quality academics, the program is UGC approved and is centred on providing students with the most comprehensive understanding of all the significant elements of Mechatronics Engineering. The department is equipped with a number of instructional and research laboratories which provide students with quintessential practical exposure and these include Basic Workshop Lab, Hydraulic & Pneumatic Lab, Automation Lab and CNC machine Lab. With the department’s particular focus in research and innovation, the students are constantly engaged in experiential learning programs, which are designed to enhance the students scope of innovation. Upon completing this program, students will develop the ability to navigate and effectively execute the various industrial roles in Mechatronics Engineering.

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National Applicants

International Applicants

Program Outcomes

Why Study Mechatronics Engineering

Mechatronics is vital pillar of various industries and engineers who are trained in this field develop the ability to pay pivotal engineering roles. It provides a pool of practical exposure and trains engineers who can design and integrate the systems with basic principles of mechanical engineering, electronics control and computer software. Upon completing this program, students can take up careers in various fields such as:

Robotics engineer/technician

An ability to understand the fundamental elements of mechanics and electronics, and to practically put them into application.

Automation engineer

An ability to solve engineering problems through a mastery of fundamental engineering subjects such as mathematics, engineering graphics, engineering physics amongst others.

Control system design/troubleshooting engineer

An ability to navigate the industrial dimensions of aeronautical engineering with the relevant skillsets to pursue lucrative career prospects.

Electronics design engineer

An ability to develop the communication skills along with other career oriented skill sets, essential for various career prospects.

Mechanical design engineer

An ability to innovate and engineer new modern technologies in mechatronics, which will play a role of great industrial significance.

Curriculum

Fundamentals of Programming	Workshop
Basic Electrical Engineering	Elements of Civil Engineering
Elements of Mechanical Engineering	Environmental Science
Mathematics 1	Mechanics of Solids
Engineering Physics	Engineering Graphics
Communication Skills - 1	Mathematics-II
	Communication Skills - 2

Electrical Machines	Engineering Materials and Metallurgy
Electrical Machines Lab	Engineering Materials and Metallurgy Lab
Digital System Design	Theory of Machine for Mechatronics
Digital System Design Lab	Theory of Machine for Mechatronics Lab
Simulation and Design Tools	Engineering Drafting Lab
Control Theory	Mini Project
Control Theory Lab	Microprocessor & Microcontroller with it's Interfacing
Engineering Thermodynamics	Microprocessor & Microcontroller with it's Interfacing Lab
Transforms and PDE	Basics of Signal & Systems
Professional Communication Skills-1	Basics of Signal & Systems Lab
	Probability, Statistics and Numerical Methods

Open Elective 01	Manufacturing Process-II
Basic Aircraft Science	Manufacturing Process-II Lab
Disaster Preparedness and Planning	Kinematics and Dynamics of Machine
Cyber Security	Kinematics and Dynamics of Machine Lab
Energy Science and Engineering	Mechanical Component Design I
Fundamentals of Communication Engineering	Mechanical Component Design I Lab
Internet of Things	Mini Project
Electromechanical Measurements & Metrology	Mechatronics Maintenance Lab
Analog Circuits	Advanced Programming and Placement Essentials
Analog Circuits Lab	Internal Combustion Engines
Hydraulics and Pneumatic systems	Process Control
Hydraulics and Pneumatic systems Lab	Industrial Engineering
Manufacturing Process-I	Internal Combustion Engines Lab
Sensors & Transducers Laboratory	Process Control Lab

Advanced Manufacturing System	Robotics & Industrial Automation
Advanced Manufacturing System Lab	Robotics & Industrial Automation Lab
Artificial Intelligence	Mechatronics Software Lab
Artificial Intelligence Lab	Project-II
Summer Internship	Digital Image Processing for Mechatronics
Project-I	Internet of Things
Advanced Control System	Basics of Nanotechnology
Automotive Electrical and Electronics Systems	Digital Image Processing for Mechatronics Lab
Power Electronics	Internet of Things Lab
Advanced Control System Lab	Basics of Nanotechnology Lab
Automotive Electrical and Electronics Systems Lab
Power Electronics Lab