Robotics engineering, a multidisciplinary field, concentrates on the design, development, programming, and upkeep of robotic systems, integrating mechanical engineering, electrical engineering, software systems, artificial intelligence, and machine learning. Robotics and automation are being actively incorporated into various sectors, including manufacturing, healthcare, aerospace, security, and research. Consequently, the demand for robotics engineers is expanding across a wide range of professional roles. By building strong technical foundations, practical experience, and problem-solving skills, graduates can build successful careers in this rapidly evolving and future-oriented domain.
Introduction
Over the last few years, robotics engineering has emerged as one of the most dynamic and application-driven domains of engineering. Development and advancement in this field are rapid, with artificial intelligence and automation on the rise. Robots are no longer restricted to traditional manufacturing and manual labour jobs. They are being designed and programmed to be applicable to various fields of healthcare, education, rehabilitation, military and aerospace. Similarly, robotics engineers are in high demand to expedite this transition. Several job opportunities with good salary packages are available for candidates with top-level technical and soft skills, an educational portfolio and practical exposure.
In this blog, we discuss the future scope of robotics engineering and what its graduates can expect. Continue reading to learn more!
What Is Robotics Engineering?
As the name suggests, robotics engineering is a field of engineering that’s concerned with robots and automation. It pertains to the design, programming, development and maintenance of autonomous and semi-autonomous robots. It is a complex field that combines mechanical design, electrical engineering, programming, software development, artificial intelligence, machine learning, control systems and computer science.
However, robotics engineering is also a popular stream, as robots are being integrated into the operations of several industries, like manufacturing, healthcare, logistics, and space exploration. It plays a key role in automating and pushing forward all these and several other industries. Here are some reasons why robotics is a popular field:
- Automation: Robots enable automation and reduce the requirement for manual, human labour.
- Healthcare: Robots are now being used in remote surgeries, rehabilitation, diagnostics and remedies.
- Increased safety: The use of robots removes the imminent threat of danger to human lives, as they handle risky tasks.
- Continued innovation: The field of robotics and AI is growing so fast that it continues to transform the way our everyday life looks.
Career Opportunities in Robotics Engineering
The future of robotics engineering is bright and growing as this field continues to expand. Most companies and organisations are eager to build and integrate automation systems into the workflow. Because of this, robotics engineers experience a high demand in the current industry. You can build rewarding careers in this field through a strong foundation, problem-solving skills, innovation and practical exposure.
Listed in the table below are some of the most popular job roles for robotics engineering graduates and their average salaries. Note that these are tentative estimates, and actual salaries might differ based on educational background, technical skills, experience, and portfolio. Your performance in the hiring process will also contribute significantly.
| 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 |
| AI and ML Engineer | Building AI models for computer vision and decision-making in robots | INR 6 to 10 lpa | INR 15 to 25 lpa |
| Mechatronics Engineer | Integrating electrical, mechanical and computer systems | INR 4 to 7 LPA | INR 10 to 16 LPA |
| Robotics Product Designer | Creating robotics-based products and interfaces | INR 4 to 6 LPA | INR 8 to 12 LPA |
| R&D Specialist | Conducting research on advanced topics and prototypes in this field | INR 6 to 9 LPA | INR 15 to 22 LPA |
| Robotics Technician | Supporting the installation and maintenance of robots | INR 2.5 to 4 LPA | INR 6 to 8 LPA |
| Healthcare Robotics Engineer | Working on surgical robotics and prosthetics | INR 5 to 8 LPA | INR 12 to 18 LPA |
Additionally, here’s a list of the popular fields in which robotics engineers are currently in high demand:
- Aerospace
- Healthcare
- Rehabilitation and mobility training for patients
- Elderly care and assistance
- Industrial manufacturing
- Disaster response
- Education
- Military and security
- Research and development
- Corporate companies looking to automate their systems
Suggested Skills for Robotics Engineering
Robotics engineering is clearly a competitive field. To stand your ground here, you must focus on skill development and building a strong portfolio. To help you out, we’ve put together a list of the major skills required for robotics engineering.
- Programming Proficiency: Robotics engineers are expected to be proficient in programming languages, like Python, C++, and MATLAB, since these are commonly used in this field.
- Physics and Mathematics: A strong foundation in topics such as calculus, linear algebra, mechanics, and electromagnetism is expected.
- Mechanical Design: Since the principles of mechanical design are required routinely, candidates are expected to know them thoroughly.
- AI and Machine Learning: Staying on top of upcoming trends and developments in AI and Machine Learning, in addition to having thorough knowledge of these domains, is essential.
- Soft skills: Teamwork, collaboration, leadership, and similar soft skills will help you grow your career.
- Problem-Solving: Most companies and organisations consider problem-solving ability as incredibly important, in addition to analytical skills.
Mailam Engineering College: Choose The Best
We, at Mailam Engineering College, understand the support and guidance required to build rewarding careers in engineering. Thus, our teachers and educators are committed to providing a strong educational foundation to students, in addition to other facilities, like labs, practicals, library, etc. Our goal is to provide students with the necessary technical skills through high standards of quality so they are capable of keeping pace with new developments in technology. In order to get the right support and guidance for your career, choose Mailam Engineering College.
If you’re interested in knowing more about how Mailam Engineering College prepares students for global career opportunities, read here: How Mailam Engineering College Prepares Students for Global Career Opportunities.
Final Thoughts: The Future of Robotics Engineering
The future scope of robotics engineering continues to grow as more industries turn towards automation and intelligent systems. Robots are being designed and programmed to be more capable, adaptable and collaborative, so their role can be extended from manual labour to industries like healthcare and education. Graduates of robotics engineering can build promising careers by focusing on building good technical skills, soft skills, problem-solving abilities, programming proficiency, and mathematics and physics foundations.
FAQs
Q1. Is robotics engineering good for the future?
Ans: The field of robotics engineering is crucial for future advancements since automation, efficiency improvement, solving complex problems, and disaster response will transform the way workflows function.
Q2. Which is better, AI or robotics?
Ans: AI and robotics aren’t contrary domains. While they are inherently different from each other, they complement one another and are supposed to work in unison. AI is the brain, while robotics is the body. In the future, both AI and robotics are expected to grow and develop rapidly.
Q3. What is the highest-paid job in robotics?
Ans: AI/ML architects, autonomous system engineers, robotics machine learning engineers, computer vision engineers and robotics project managers often earn high annual salaries.
Q4. What is the future of robotics?
Ans: In the future, the field of robotics is expected to completely transform the way we live. Robots are steadily being designed to be smarter, more intelligent, highly efficient and precise machine which can contribute significantly to various industries.
Q5. What are the popular job roles after robotics engineering?
Ans: Robotics Engineer, Automation Specialist, Control Systems Engineer, AI and ML Engineer
Mechatronics Engineer, Robotics Product Designer, R&D Specialist, Robotics Technician, and Healthcare Robotics Engineer are some popular job roles for graduates in robotics engineering.
