In today's digital and technological world, Robotics & Artificial Intelligence are one of the fastest-growing fields. At present, the usage of smart machines and automation is rapidly growing in almost every field, including healthcare, defense, agriculture, space research, and more. Recognizing the arise of demand for Robotics and Artificial Intelligence, Chandigarh University, renowned as India's No.1 Private University, offers the Master of Engineering (Robotics & AI) program. Along with the mechanical, electrical, and software aspects of robotics, this two-year postgraduate program offers students with in-depth knowledge of Artificial Intelligence, Machine Learning, and Deep Learning. 

Nowadays, industries demand skilled Robotics & AI engineers who are proficient in designing smart robots, developing autonomous systems, and building intelligent decision-making algorithms. Today, in this article, we will cover almost everything about the Master of Engineering (Robotics & AI) program, from the course overview and career paths and emerging technologies to why students should choose this program. So, without causing any delay, let's get started —

Master of Engineering (Robotics & AI) — Course Overview & Eligibility Criteria 

The Master of Engineering (Robotics & AI) is a two-year postgraduate program that combines hardware design in robotics with software intelligence in artificial intelligence. The primary objective of this program is to prepare professionals skilled in industrial robotics, autonomous robots, humanoid robots, drones, self-driving vehicles, AI-based automation systems, and the development of intelligent gadgets. 

In every semester, the Master of Engineering (Robotics & AI) includes advanced subjects, such as Robotics Fundamentals & Kinematics, Industrial Automation & Control Systems, Artificial Intelligence & Machine Learning, Robot Operating System (ROS), AI Algorithms & Intelligent Decision Making, and more, along with practical labs, simulations, and real-life industry projects.

On the contrary, if we talk about the eligibility criteria for admitting in the Master of Engineering (Robotics & AI) program at Chandigarh University, the candidate must have at least 55% marks in a Bachelor's degree in the relevant field of Engineering or an equivalent qualification. 

Master of Engineering (Robotics & AI) — Future Scope & Career Opportunities 

If you complete your Master of Engineering (Robotics & AI) from India's No.1 Private University, Chandigarh University, it can open a world of opportunities for you; there is no doubt about it. In layman's language, the Master of Engineering (Robotics & AI) degree from Chandigarh University can help you unlock various job roles, including R&D engineer, an autonomy engineer, a perception scientist, a control system engineer, an embedded system designer, a product manager for robotic products, and many more. Additionally, you can also pursue advanced research in robotics and AI through a PhD after completing your M.E. (Robotics & AI) degree from Chandigarh University, renowned as India's No.1 Private University. 

From warehouse automation in logistics hubs, assembly robots in automobile plants, and rehabilitation & surgical assistance in the healthcare to drones and weeding bots in precision farming, and surveillance, UGVs in defence/space, the opportunities in robotics & AI are rapidly growing in India. Apart from this, the need for skilled Robotics & AI engineers is quickly growing in almost every sector, from startups in Bengaluru, Hyderabad, and Pune to government initiatives, such as Smart Manufacturing and the Atmanirbhar Bharat mission. 

Robotics & Artificial Intelligence — Emerging Trends & Upcoming Projects 

The following are few of the expecting projects and emerging trends that you can join or lead in the near future —

Edge AI + TinyML 

Edge AI + TinyML is known as one of the highly advanced and transformative technologies in the field of robotics. The main purpose of this technology is to enable AI processing directly in the device or robot, without depending upon the cloud. Edge AI means to run AI on "edge devices," such as robots, sensors, drones, smart cameras, and more. On the other hand, TinyML aims to optimize Machine Learning models so that it enables to work on low-power devices, such as microcontrollers.

Human-Robot Collaboration (Cobots)

Human-Robot Collaboration (Cobots) aims to develop such smart robots that can share workspace with humans. Unlike traditional industrial robots that operate in an enclosed area, which can be dangerous due to their high speed and high force, cobots come with unique designs that make them safe and user-friendly. Now, if we jump to the characteristics of cobots, they are flexible as well as lightweight, equipped with built-in sensors, and easy to program. Additionally, it helps in boosting productivity and efficiency, and is capable of doing repetitive and heavy tasks. 

Bottomline 

Master of Engineering (Robotics & AI) is a promising and futuristic career path that turns budding robotics engineers into specialists in intelligent machines and automation systems; there is no doubt about it. In the present time, the world is facing a digital transformation and an Industry 4.0 phase, in which AI systems have become a strong tool. So, there is nothing wrong with saying that the demand for skilled engineers is continuously increasing in this field.

Therefore, if you are passionate about the innovation of technology and want to build a future-oriented career in this field, feel free to join in the Master of Engineering (Robotics & AI) program at Chandigarh University. This dynamic field offers promising career opportunities to you and enables you to build solutions that can make human life more advanced and easier. Find it interesting? Apply now to the Master of Engineering (Robotics & AI) program at Chandigarh University via CUCET and get up to 100% scholarship worth ₹200 crore.