Do you enjoy solving complex problems or creating objects with specific functions? Have you ever watched a Transformers movie and imagined how crazy it would be if we could build those machines in real life to help us? If you answered yes, you have the mindset of a robotics engineer!
Robotics engineering is a growing field that combines data analysis, engineering, and computer science. Robot designers, builders, and testers use software and mechanical hardware.
Do you aspire to be a Robotics Engineer or are you just exploring the field? In either case, you’ve arrived at the right place! This blog discusses the career as a robotics engineer, necessary skills, colleges and courses, salary, and other requirements for becoming a Robotics Engineer. To become a Robotics Engineer, follow the blog’s detailed guide.
Table of Contents
What does a Robotics Engineer do?
Unlike other types of engineering, robotics engineering necessitates expertise in a wide range of technical areas — robotics engineers serve as a link between mechanics, electronics, computer science, and cognitive psychology.
Robotics engineers spend the majority of their time designing the plans and processes required to not only build but also operate robots. The nature of the job also entails designing the machines that actually assemble the robots.
Engineers determine exactly what a robot will be used for before it is built. Because robots are designed to solve problems or perform human tasks, robotics engineers conduct a thorough examination of the job that the robot will be assigned.
What problem is the robot attempting to solve? Is it a recurring task? Is it a function that humans should avoid? What could prevent the robot from working properly? These and many other questions must be addressed before proceeding to the design stage.
Typical day-to-day responsibilities include:
Robot design, configuration, and testing
Developing software systems to control their robotic systems, such as manufacturing robots
Creating automated robotic systems that are used to boost production and precision within a specific industry.
Analyzing and assessing their prototypes and robotic systems. Because technology is constantly changing and advancing, this is generally a never-ending task.
Cost estimates and design calculations must be reviewed and approved.
Serving as technical support for their robotic systems
Robot path planning
Conducting research on robotic mechanism components or systems’ design, operation, and performance
Job Roles for Robotics Engineers
The following are the various job roles that a Robotics Engineer can pursue:
Robotics Programmer:
A Robotics Programmer is a professional who is in charge of designing, building, and implementing automated business processes using robotic technology.
The Robotics Programmer is also in charge of monitoring the production of a robot.
Robotics System Engineer:
Robotics System Engineers are professionals who use Computer-Aided Design and Computer-Aided Manufacturing to design and develop robotic systems.
They are also in charge of ensuring that the system is both safe and cost-effective.
Design Engineer:
Robot Design Engineers are professionals who use design software and tools to create the various components of a robotic system.
They are also in charge of creating system specifications based on business processes and requirements.
Automated Product Design Engineer:
An Automated Product Design Engineer is a professional who designs and manufactures automated products based on use cases.
They are in charge of developing low-cost automation systems.
Robotics Test Engineer:
Robotics Test Engineers are in charge of testing the automation system that has been designed and developed.
A Robotics Test Engineer’s main responsibilities include ensuring that the designed robotic system is safe for customers to use and that it operates according to the specifications.
Career path of Robotics Engineer
Although there are many paths to starting your career as a Robotics Engineers, here are the ideal ones.
Path 1: Select science stream after 10th ➜ Complete bachelor’s degree after 12th ➜ Become a Robotics Engineer
Path 2: Select science/commerce stream after 10th ➜ Complete bachelor’s degree after 12th ➜ Pursue a Master’s degree ➜ Become a Robotics Engineer
Path 2: Select science/commerce stream after 10th ➜ Complete bachelor’s degree after 12th ➜ Pursue a Master’s degree ➜ Get a PhD ➜ Become a Robotics Engineer
After 10th, students should focus on and learn math, physics, computer, and programming subjects to prepare them for learning advanced topics in these subjects while pursuing their bachelor’s degree.
Students who have completed class 12 with a science stream (Physics, chemistry, and mathematics) from any recognised board, such as CBSE/ICSE/State board, are eligible for a bachelor’s degree in robotics engineering. Some of the important entrance exams are JEE Main, JEE advance, SRM Engineering Entrance Examination (SRMJEEE), BITSAT, Tamil Nadu Common Entrance Test (TANCET), KL University Engineering Entrance Exam (KLUEEE), MHT CET, COMEDK UGET, KEAM, etc.
A master’s or doctorate degree is required for upper-level positions in the industry.
An entry-level Robotics Engineer with less than one year of experience can expect to earn an annual total compensation (tips, bonus, and overtime pay) of ₹3,96,635.
An early career Robotics Engineer with 1-4 years of experience earns an annual average total compensation of ₹4,13,056.
A mid-career Robotics Engineer with 5-9 years of experience earns an annual average total compensation of ₹6,50,000.
An experienced Robotics Engineer with 10-19 years of experience earns an annual total compensation of ₹23,00,000.
Skills Required to become a Robotics Engineer
To succeed in their careers, Robotics Engineer must have diverse skills. Here are some Robotics Engineer skills to work on, list on your resume, and explain during job interviews:
Systems Thinking: Robotics Engineer must be skilled in mechanics, electronics, and electricity, as well as programming, sensing, and even psychology and cognition.
Complex Problem Solving: Foreseeing problems, fixing them before they arise, and troubleshooting them if they do arise are all skills required for complex problem-solving.
Judgment and Decision Making: Because of their broad knowledge base, robotics engineers may be in a better position to weigh certain problems than engineers from more specialised disciplines.
The Programming Mindset: Programming is a required skill for robotics engineers. Robotic engineers can be involved in the programming abstraction process at any point.
Mathematics: Without a strong understanding of algebra, calculus, and geometry, you will most likely struggle to succeed in robotics engineering.
Technology Design: Being proficient in Technology Design entails being able to design functional systems, which is obviously important when building a robotic system.
Persistence: Given the complexities of robotics engineering, persistence is a necessary skill.
Good Communication: Robotics engineers with strong communication skills act as a link between various disciplines.
Robotics engineering is a growing industry with numerous job opportunities, but it is not easy to break into. Engineers may need a higher level of skill and understanding of engineering design principles in the future to do their jobs well.
Robots will be more sophisticated and well-designed in 2022, necessitating a deeper understanding of materials and control systems among robotics engineers. As robots become more common in various industries, the demand for these specialists will continue to rise.
According to compensation data, the estimated salary potential for Robotics Engineers will rise 42% over the next five years.
Types of industries Hiring Robotics Engineer
As technology advances, an increasing number of industries benefit from robotics technology. Robotics engineering drives progress in a wide range of professional fields, from smart infrastructure to intelligent transportation, from exploration to sustainable agriculture. Here is a list of industries where Robotics Engineers can find work:
Applications of robotics have made inroads in various business areas. Robots are being used by industries, companies and households to perform tasks that are complex for humans. The following are the top ten companies for robotics engineers in India:
Upskilling in robotics will be beneficial for engineers and those with similar backgrounds in this growing and evolving field, allowing professionals to actively play a role in speeding up the accuracy of work, freeing up talents who can better use their skills elsewhere, and even speeding up the manufacturing processes.
If you want to improve your robotics knowledge, here is a list of courses to help you:
Robotic process and intelligent automation for finance
Multi-Object Tracking for Automotive Systems
Ergonomics in Design
Ergonomics in Action
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Qualifications to become Robotics Engineer
Bachelor’s degree in a related field required: A bachelor’s degree is required for employment as a robotics engineer. BE Robotics and Automation Engineering and B.Tech Robotics and Automation are the most popular bachelor’s degrees pursued by students. Many aspiring robotics engineers study mechanical or electrical engineering with a focus on robotics.
Master’s degree and PhD: Many engineers also have a master’s degree or a PhD, which is two to five years or more of additional education. By devoting time to education, you can advance your career and earn a higher salary over the course of your working life.
Degrees in India
UG courses:
BE Robotics and Automation Engineering: The Bachelor of Engineering in Robotics and Automation Engineering programme lasts four years. Robotics and automation is a branch of engineering that deals with the conception, design, fabrication, and operation of robots. It is an interdisciplinary engineering field that deals with the concepts, manufacture, design, and operation of robots.
B.Tech Robotics and Automation: The Bachelor of Technology in Robotics and Automation is a branch of engineering that deals with the conception, design, manufacture, and operation of robots. Electrical, Electronics, Computer Science, Mechatronics, Instrumentation, Control, Artificial Intelligence, and Machine Learning are all part of this interdisciplinary programme. This programme is four years long.
PG courses:
Course
Duration
M.Tech Robotics and Automation
2 years
M.Tech Automation and Robotics Engineering
2 years
ME Industrial Automation and Robotics
2 years
Degrees Abroad
UG degree: A bachelor’s degree in engineering, such as electrical, mechanical, industrial, or electronic engineering, is required for a robotics engineer. Some colleges and universities offer a robotics engineering programme that includes coursework in CAD/CAM systems, hydraulics, integrated systems, pneumatics, and other related subjects.
PG courses and PhD: Most robotics engineering jobs require a master’s or doctorate, so you’ll almost certainly need to continue your education. A higher degree is especially important for those interested in researching robotics methods and improvements.
Entrance exams: Students must take important international entrance exams such as the SAT, MCAT, LSAT, GMAT, GRE, IELTS, and TOEFL. Clearing these exams is required for admission to universities and colleges in various countries around the world. Clever Harvey’s step-by-step guide to the SAT entrance exam will provide you with all of the necessary information for the SAT exam. Check it out for yourself!
References for Robotics Engineers
Robots have existed in some form or another since the beginning of time. There were early reports of wind-up automata in ancient Greece and Rome, and basic mechanical ‘robots’ were also designed and built in China. In the 15th century, the polymath Leonardo Da Vinci presented an idea for a mechanical knight that is eerily similar to some of the humanoids that the modern world has become accustomed to. Here is a list of modern robotics engineers who have or are currently pushing the boundaries of robotics.
George D. Devol: The inventor of the first programmable industrial robot
Marvin Minsky was the pioneer of artificial intelligence
Victor Scheinman invented the first electrically powered computer-controlled robotic arm
Ichiro Kato built the world’s first real android
Takeo Kanade built the first direct-drive robotic arm
Marc Raibert and his ‘spooky’ Boston Dynamics robots
Nobuyuki Okude popularised robots to a new generation
David Barrett built “RoboTuna” in 1996
Dr. Toshitada Doi was behind Sony’s groundbreaking AIBO Robodog
Satoshi Shigemi is the man behind Honda’s iconic ASIMO series
Jacob Matijevic, and Donna Shirley, and NASA’s Sojourner took robots to Mars
Joe Jones: The Inventor of the Roomba
David Hanson – The man responsible for the creation of Sophia
As robotics becomes more important and prevalent in today’s industries, robotics engineers and the skills they bring to their organisations become more valuable. This is a rewarding and lucrative career. Robotics engineers solve problems that benefit people all over the world, and their work is never boring. Best wishes as you embark on your new career as a robotic engineer and strive to improve the world!
FAQs
Is a robotics engineer a good career?
Ans: Robotics engineers are not only well compensated. Because of skill utilisation and work environments, they are among the happiest tech workers in the world. They received an average rating of 4.2 out of 5, putting them in the top 4% of all careers.
Is there a demand for robotics engineers?
Ans: In 2022, these robotics jobs will be plentiful for tech enthusiasts in India. Global demand for AI talent has more than doubled in the last few years than anyone could have predicted. Robots are becoming increasingly popular in the manufacturing industry, and experts predict that this trend will not abate anytime soon.
IS robotics engineering a good career in future?
Ans: In India, robotics engineering is regarded as a high-level professional career. A candidate with professional training in robotics engineering will find numerous job opportunities.
Is robotics engineering a high paying job?
Ans: An experienced Robotics Engineer with 10-19 years of experience earns a total annual salary of ₹23,00,000.
What are the 5 major fields of robotics?
Ans: 5 major fields of robotics 1. Operator interface. 2. Mobility or locomotion. 3. Manipulators & Effectors. 4. Programming. 5. Sensing & Perception.
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