Drive Technical Innovation with Automation and Robotics Engineering

Published On: April 30, 2024
Drive Technical Innovation with Automation and Robotics Engineering

Picture a scenario where robots evolve into our hard working colleagues, managing tasks ranging from intricate surgeries to extraordinary space expeditions. Automation and Robotics Engineering is constructing the future with its advancements! This is not only regarding advanced robots seen in science fiction films. The focus is on combining computer science, engineering, and biology expertise to create robots that have the potential to transform various industries.

Here’s the most exciting aspect: this industry is eager for new ideas! Obtaining a Master’s in Robotics provides the necessary skills to comprehend and construct advanced machines. You will be taught how to operate robots using advanced software, handle images professionally, and explore the intriguing realm of embedded systems – small computers that drive gadgets like smartphones and robots. If you’re a technology lover who envisions a future brimming with creativity, Automation and Robotics Engineering could be the perfect fit for you. Let us discuss all the important details of this dynamic programme.

M.Tech in Robotics – An Overview

In order to meet this increasing demand for engineers with diverse backgrounds in the field of robotic systems, and to support relevant research and development, an M Tech in Robotics is designed. It is an interdisciplinary programme that spans across software, control, mechanics, sensing, and electronics. The programme offers insights into various tools for designing and analysing Robotic Systems. It also enhances skills in creating technological answers to meet increasing needs for independence in robotics systems such as electric vehicles, drones, and other advanced mobility systems.

M. Tech in Robotics Career Options

Grab hold of your processors, as the Automation and Robotics Engineering field is more than just a prestigious qualification—it opens the door to a future full of opportunities! The prominent career options prevalent to be pursued after the completion of the programme are:

  • Robotics Engineer
  • Humanoid robots
  • Biomedical robotics
  • Mechatronics
  • Automation Engineer
  • Controls Engineer
  • Design Engineer
  • Manufacturing Engineer
  • Industrial Robots manager
  • Automation and logistics manager

M. Tech in Robotics Syllabus

The vast and interesting syllabus of an M.Tech in Robotics hones students’ skills, encompassing not only creating tech solutions but also delving into other cool advancements in future transportation. Common subjects studied in M.Tech in Robotics include:

  • Mathematics for Robotics
  • Advanced Robot modelling and analysis
  • Multi-body Dynamics
  • AI for Robotics
  • Plant automation and Cyber-physical systems
  • Introduction to Robot Operating System (RoS)
  • Robot Control Theory
  • Robotics and hardware interfacing
  • Embedded systems

Pursuing a programme from a reputed institution is as important as pursuing a distinguished programme. Mahindra University offers a distinctive M. Tech in Robotics programme. Let’s examine the specifics.

Be the Master of Robotics with an M. Tech in Robotics at Mahindra University

In collaboration with the Electronics & Computer Science departments,  the Department of Mechanical & Aerospace Engineering at Ecole Centrale School of Engineering, Mahindra University, offers an interdisciplinary M. Tech in Robotics programme. The two-year programme offers students a higher level of engineering knowledge through classes in kinematics, dynamics, electronics, coding, math, and specific electives. The students will acquire a further understanding of intelligent machines, health care, and automation.

Full-time students are required to complete a minimum of 60 credits over the span of four semesters in this programme. Approximately two-thirds of the credits are allocated to coursework, while the remaining portion is dedicated to completing a Master’s thesis emphasising original research. The programme allows students to focus on their specific interests and specialise in that area. The majority of the courses include practical sessions for students to gain hands-on experience.

The expected outcomes of the programme from the students’ perspectives are:

  • To comprehend fundamental and advanced engineering principles with a theoretical grounding in robotics.
  • To comprehend and utilise different principles of mechanical design, electronics design, and control.
  • To be capable of utilising engineering techniques and resources to define and create mechanical parts and systems within the realm of robotics and automation.
  • To acquire the skills necessary for developing robotic systems and products by utilising engineering methods and tools effectively.
  • To possess the skill to use engineering techniques to create analogue and digital electronic circuits with both hardware and software for robotics applications.

Fostering Innovation

It is only through Automation and Robotics Engineering that the never-ending tasks can be completed easily, that too in a very short amount of time, sometimes even in no time. If you are a tech explorer who desires a future abundant with creativity, pursuing an M. Tech in Robotics at Mahindra University is your ideal destination. Wait no more; enrol now and make a successful career in this innovative robotic field.


What does an M.Tech in Robotics entail?

An M.Tech in Robotics is a graduate-level course created to instruct engineers on the process of creating and advancing robots for different purposes.

Why is the Robotics Programme offered?

The need for engineers specialising in robotics is increasing in various sectors. The programme provides them with the essential skills.

What are some job opportunities available after finishing M. Tech Robotics?

There are a multitude of choices available! Possible career paths include Robotics Engineer, Controls Engineer, Automation Engineer, as well as opportunities in Mechatronics or Biomedical Robotics.

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