What is Robotics Engineering? Why does it matter in 2025? Full form, Duration, Criteria (Robotics Engineering)

Robotics Engineering is a branch of engineering that is expanding and brings together mechanical, electrical, and computer engineering. Students in this course learn how to design, build, and program robots. 

These robots can be used in fields such as healthcare, research, and defence. By 2025, robotics engineers are expected to be in great demand due to the growing popularity of automation and Industry 4.0.

The Robotics Engineering B.Tech program is a four-year course. You’ll learn about robot kinematics, control systems, sensors, actuators, embedded systems, and AI. You can expect practical training in the form of labs, projects, and internships to prepare you for a job after graduation.

Robotics Engineering Highlights 

What is Robotics Engineering?

Robotics engineering helps to build robots. It's a combination of mechanical, electrical, and computer engineering. The Robotics Engineering scope is growing fast, and you will learn many things. 

Top Robotics Engineering Specialisations 

The Robotics Engineering field offers multiple paths. It allows students to focus on their specific interests in robotics, automation, and AI. Because each path helps to improve your technical skills and opens up new job opportunities. The top Robotics Engineering Specialisations are - 

• Industrial Robotics

• AI and Machine Learning in Robotics

• Mechatronics and Automation

• Control Systems Engineering

• Mobile Robotics and Drones

• Embedded Systems in Robotics

• Healthcare and Surgical Robotics

Robotics Engineering Syllabus 

The Robotics Engineering syllabus provides students with both theoretical and practical knowledge of robotics, automation, and artificial intelligence. You'll learn through classes, labs, projects, and elective courses.

Robotics Engineering Eligibility Criteria 

The requirements to enrol in a robotics engineering course vary depending on whether you're pursuing a bachelor's or master's degree.

Bachelor's degrees, such as B.Tech / B.E. in Robotics Engineering, require completion of 10+2 coursework in maths, physics, and chemistry from an accredited board. 

Additionally, some universities may require a specific percentage or a high entrance exam score.

If you’re going for a master’s degree, M. Tech / M.E. in Robotics Engineering, you should have a bachelor’s degree in engineering, electronics, mechanical, or something similar.  

How to apply for Robotics Engineering?

Before applying to Robotics Engineering, students should confirm that they are eligible for the program. The majority of bachelor's degree programs require that you have finished your 10+2 coursework in maths, physics, and chemistry. You normally need a bachelor's degree in engineering or a related discipline to enrol in master's programs.

You need to apply online via the website of the college or university. And you must fill out the application, pay the application fee, and upload supporting documentation such as your ID and grade reports.

Students will receive confirmation of admission to the Robotics Engineering course once everything has been checked.

Robotics Engineering Entrance Exam 

An entrance exam is required if you wish to pursue robotics engineering. These exams typically cover maths, physics, chemistry, and some fundamental engineering concepts. Your results on state or national engineering entrance exams may also be taken into consideration by certain colleges.

Top Robotics Engineering Colleges in India 

There are many colleges in India that offer robotics engineering programs. They offer good classes, practical training, and chances to learn about the field. You can pick from bachelor's, master's, and diploma programs. Let's have a look at some of the best robotics engineering colleges in India:

Robotics Engineering vs Automation Engineering 

Robotics Engineering centres on the design, programming, and control of robots. Automation Engineering addresses the automation of industrial processes and control systems. A comparison of these fields assists students in selecting the best path for their career goals and aptitudes.