Robotics is a growth industry in the United States. The workplaces of the future are almost certain to require a steady supply of autonomous and semi-autonomous equipment, and the expertise needed to keep it all functional.
If you’re embarking on your career, or you’re looking to re-skill midway through, then it’s easy to see why this particular field might appeal.
But what does a person need to thrive in this niche? Let’s take a look at a few of the key skills.
Core Technical Skills: Programming and Engineering Fundamentals
Computer science underpins just about every aspect of modern robotics. If you don’t understand how computers, and microcontrollers, function, then you’re unlikely to get anywhere. In most cases, this means grappling with common high-level and low-level programming languages, like Python and C++ respectively.
Often, robotics requires an understanding of both software and hardware, and how the two interact to produce the desired outcome. Thus, it doesn’t always pay to over-specialize in one particular branch of science.
Mechanical and Electrical Knowledge in Robotics
Robots are machines. As such, working with them means understanding mechanical design – not just intuitively, but technically. This is what will allow you to understand the design choices of others, and to work collaboratively on robotics-related problems.
If you can’t make sense of a circuit diagram, or a blueprint, then you may find yourself at a disadvantage, however excellent your practical knowledge.
You’ll need a good knowledge of the various component you’re using – from transistors and resistors to more specialized devices like limit switches. This means not only understanding what these components can do, but how they actually work on a fundamental, physical level.
This understanding is often what will allow you to figure out why a particular failure is occurring under a specific set of conditions.
Problem-Solving, Automation Thinking, and Real-World Application
It’s also worth thinking about the deeper skills and mindset shifts that you’ll need to leverage on your way to your desired career.
If you aren’t able to analyze problems and work through them through deductive reasoning, then you may find the experience frustrating. A strong career in robotics often means being able to push through tough problems – and that requires being able to take satisfaction from solving them.
This might mean focusing on the results that you’ll be able to bring about. Robots in healthcare, manufacturing, and logistics can produce real-world value, and this can be a source of motivation for many. In most cases, however, you’ll need to find engineering and programming inherently satisfying.
We should also note the importance of certain soft skills, like the ability to communicate with a team. The most effective engineers rarely work alone – and success often means working on your ability to communicate.
