FET Blogs
14 March 2026
Have you noticed how robots are becoming part of everyday innovation? Over the past few years, robotics engineering has grown into one of the most application-driven branches of engineering. Robots are now used in healthcare, defence, education and aerospace, not just factories. As this transformation accelerates, the scope of robotics engineering in India is expanding fast.
Companies and research organisations are actively investing in automation and intelligent systems, which is increasing the number of jobs in robotics in India. If you build strong technical foundations along with practical exposure, you can position yourself for diverse roles in this field.
This blog discusses the scope and career after robotics engineering, starting with an explanation of what robotic engineering is.
A Bachelor of Technology (BTech) in robotics engineering is a four-year undergraduate engineering course which helps you learn how to design, build and maintain robots that can perform tasks with little or no human intervention.
Robotics engineering is in high demand in manufacturing, healthcare, logistics and even space missions, and is becoming increasingly popular with time.
If you enjoy working on systems that interact with the real world, this field can be the right career option for you. Several strong reasons explain why this field is gaining attention and how it connects to what you will actually work on:
Note that the scope of robotics engineering in India is steadily expanding, especially after the pandemic. Industries such as healthcare, manufacturing, defence, and automation are investing in intelligent systems to improve efficiency and safety.
As companies invest in intelligent systems, they need skilled professionals who understand both hardware and software. With strong fundamentals and hands-on learning, a career after robotics engineering can place you in job roles that combine innovation, stability and long-term growth.
After completing your BTech in robotics engineering, you can enter organisations that focus on automation, intelligent systems and applied research. You can explore the entry-level jobs based on your technical skills and hands-on project experience. As you grow, leadership and specialised positions open up.
A few popular jobs after robotics engineering are mentioned in the table below.
| Level | Job Roles |
| Entry-Level Positions | • Robotics Engineer • Hardware Architect • ROS Developer • Automation Engineer • Electrical Engineer • Project Engineer • Rig Testing and Operations Engineer |
| Experienced Roles | • Research Manager • Senior Robotics Engineer • Motion Planning Specialist • Senior Research Associate • Senior Project Manager • Chief Technical Officer • Senior Automation Engineer • QC Manager |
A robotics engineer is among the most popular job roles after pursuing a robotics engineering degree. Therefore, you must be curious to know about how to become a robotics engineer.
As a robotics engineer, you will design, test and build systems that are safe, efficient and practical to maintain. Your journey usually must begin with a strong foundation in science and mathematics.
Here are two common academic pathways you can consider. Remember, both routes can lead you into robotics. Your choice depends on whether you want early specialisation or a broader engineering base first.
| Stage | Career Path 1 | Career Path 2 |
| School Level | Class 12th with Science (Mathematics recommended) | Class 12th with Science (Mathematics recommended) |
| Undergraduate | BTech/BE in Robotics or Mechatronics Engineering | BTech/BE in Electronics, Mechanical or Electrical Engineering |
| Postgraduate | MTech in Robotics | MTech in Robotics or Mechatronics |
| Doctoral Level | PhD in a specialised robotics domain | PhD in relevant specialisation |
Now that you have understood the job roles and the career path to become a robotic engineer, knowing the salary in this field is your next crucial step.
The average salary for BTech graduates in automation and robotics is around INR 4-10 LPA. The factors that can affect your salary include your skills, experience, the type of sector and location of work. The annual average salary for robotics engineering professionals includes:
| Job Role | Job Description | Average Annual Starting Salary | Average Annual Salary for Mid-Level and Senior Professionals |
| Robotics Engineer | Designing, building and maintaining robots for industrial applications. | INR 4 to 7 LPA | INR 12 to 20 LPA |
| Automation Specialist | Developing automation systems for complex processes. | INR 4 to 6 LPA | INR 10 to 15 LPA |
| Control Systems Engineer | Designing control algorithms for robot movements and stability. | INR 5 to 8 LPA | INR 12 to 18 LPA |
| Robotics Product Designer | Creating robotics-based products and interfaces | INR 4 to 6 LPA | INR 8 to 12 LPA |
| Healthcare Robotics Engineer | Working on surgical robotics and prosthetics | INR 5 to 8 LPA | INR 12 to 18 LPA |
Robotics is a vast and highly in-demand field. It is actively transforming how industries operate and solve complex challenges. If you build strong technical foundations and stay consistent with hands-on learning, this field can open stable and growth-oriented career paths for you.
If you are seeking structured guidance and programmes designed around current technological demands, exploreJAIN (Deemed-to-be University), Faculty of Engineering & Technology (JU-FET) in Bengaluru. With undergraduate, postgraduate and specialised engineering programmes, JU-FET is committed to delivering a high-quality educational experience that prepares you for evolving professional roles.
A1: A Bachelor of Technology (BTech) in robotics engineering is a four-year undergraduate course where one learns to design, build, program and maintain robots that can perform tasks with little or no human intervention.
A2: Yes, it can be a strong career choice if you enjoy technology and problem-solving. With automation growing across industries, skilled robotics professionals are needed in manufacturing, healthcare, defence and research.
A3: A robotics engineer designs robotic systems, tests prototypes, writes control programs and ensures machines operate safely and efficiently.
A4: To become a robotic scientist in India, one needs to pass Class 12 with Physics, Chemistry and Mathematics, followed by a BTech/BE in Robotics, Mechatronics, Mechanical or Computer Science. Pursuing MTech or PhD in Robotics and gaining hands-on experience through internships and projects is essential.
A5: Start with a strong foundation in science and mathematics, choose a relevant BTech programme and focus on practical projects, internships and technical skill development throughout your studies.
A6: The average automation and robotics engineering salary is around INR 4-10 LPA. This salary range is indicative and can vary based on skills, experience, the type of sector and location of work.
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