Are you fascinated by robots and artificial intelligence? If you love solving complex problems and are interested in electronics, programming, and mechanics, You may want to consider a career as a robotics engineer!
In robotics, there’s always something new to learn, and it’s incredible what these companies have in terms of robotics - they are at the forefront of innovations. Take every opportunity you get to learn about robotics technology because it’s not only the way of the future but also a very entertaining career.
Robotics Engineering is one of the most sought-after and fast-growing disciplines in the world today. As industry after industry is getting impacted by the use of robots, the demand for engineers who know how to design, build, operate and use robots is soaring.
About Robotics Engineers
Robotic engineers plan, build, and maintain robots. These engineers plan how robots will use sensors for detecting things based on light or smell, and they design how these sensors will fit into the designs of the robots.
In simple words, a robotics engineer is a behind-the-scenes designer responsible for creating robots and robotic systems that are capable of performing duties that humans are either unable or prefer not to complete. Through their creations, robotics engineers help make jobs easier and more efficient.
What does a Robotics Engineer do?
The majority of a robotics engineer’s time is used to design a robot and get the robot to work efficiently. As a robotics engineer, you can even design the machines that assemble these robots!
Unlike other types of engineering, robotics engineering requires the ability to be proficient in a variety of technical areas — mechanics, electronics, computer science, and cognitive psychology.
The first step is Mechanical Design which involves giving the robot capabilities of powerful and precise movement. For instance, the highly advanced robots used in the healthcare and automobile industries.
The second step is Electronics, that is, bringing these robots with powerful physical capabilities to life using cutting-edge circuitry.
This is followed by Coding. It is the bedrock of modern machines. You write programs to instruct robots to operate by themselves. You can think of coding as the language in which humans communicate with machines or machines communicate with each other.
After this, robotics engineers work with IoT (Internet of Things), enabling the robots to communicate.
Lastly, Artificial Intelligence! Over time, as we manage to build advanced robots with cutting-edge programming, the machines become capable of learning and acting themselves.
Do you have what it takes to be a Robotics Engineer?
According to multiple research endeavors, robotics engineers are said to have very distinct personalities. Certain personality traits/dimensions actually foster their success in the profession like the three I's - inquisitive, introspective, and intellectual. Qualities like communication skills, rationality, analytical thinking, and logic are also positively associated with the career.
But the most important trait in a robotics engineer is passion! If you have a passion for robotics, you'll be able to learn in due time.
Still unsure if becoming a robotics engineer is the right career path? Take the free Career Map Test by InternMart to find out if this career is in your top matches. The assessment will help you know your natural strengths and explore related career paths.
How to Become a Robotics Engineer
If you are considering becoming a robotics engineer, you can rest assured in knowing that the career will be a lucrative, sustainable, and rewarding one.
To work as a robotics engineer, an individual will first need to earn a bachelor's degree, ideally in Robotics Engineering. However, not all universities offer this degree. Since robotics technology relies heavily on the expertise of several engineering disciplines, employers will also accept a degree in electrical engineering, industrial engineering, mechanical engineering, mathematics, or computer engineering.
For upper-level positions within the industry, a master's or doctorate is required.
Further, to remain abreast of new changes and developments within the industry, working robotics engineers will need to continually update their technical knowledge. This requirement is generally satisfied by annual conferences, seminars, and training sessions.