Robotic engineers are experts who use principles pertaining to mechanics, electronics and electrics to manufacture robots that help expedite automation. If you wish to take up robotics as your career, you may end up doing profiles such as reviewing designs, program debugging, servicing and maintaining robots, or probably leading a team of technicians and engineers to realize a project.
So, how do we get started? Let’s share some ideas with you. Firstly, robotics does not have a direct route to specialization. It is an interdisciplinary career. That means there are two or more branches of knowledge that are fused and you would need to learn these to understand and navigate this fascinating field.
Children with an inclination towards robotics should ideally study two core subjects — mathematics and physics. In mathematics, a strong grasp of algebra and geometry is essential to understand the dynamics of robotics. Similarly, understanding electrical circuits, mechanics, and material science through physics is also a must.
Students should consider taking advanced courses when entering higher secondary school.
One can further pursue disciplined studies in the form of a Bachelor of Science in robotics. A student can learn fundamental concepts of each of the fields such as unified robotics, calculus, and industrial robotics. Similarly, you can do a postgraduate program for a more in-depth study of robotics.
Aspirants can also enroll in a Masters\’s course in robotics built on the principles of computer science.
Whichever course you choose, you will be required to research extensively on robotics and prepare a thesis for the same.
Similarly, you can also choose elective subjects depending on the varied interests you hold. Some of the subjects you can venture into are computing and programming, design and technology, blueprint reading, electronics, and laws of mechanics.
Many short courses (online and offline), too, are available so that one can grasp relevant knowledge specifically on one form of robotics. Some of the courses that you can try are modeling and control of robots, robotics of industrial applications, intelligent machining, and robotics mobility.
No matter where the heart of your interests resides, there’s always a career in robotics for you.
If you haven’t yet, it’s time to choose a college major, get a trade certificate, or start working with that robotics hobby kit you’ve yet to build.