A career in robotics technology offers a wide variety of options. For those enjoy math, science and utilizing their creativity to bring an idea to life, it can be a fun and rewarding job field. Fortunately, there are a number of pathways and education entry points to a career in the world of robots and different specialization areas such as technology and engineering. Let’s explore some examples.
Career Options in Technology
Careers in the technology end of the spectrum usually require an associate’s or bachelor’s level degree. They often focus on manufacturing, computers, mechanics and mathematics. Often geared toward management and oversight of design, many of these jobs utilize things such as assembling robots and coordinating their actions for various industries.
A number of jobs fall under the category of robotic technology. A technician specializing in the field works to service and repair robots, performing regular maintenance to keep them running smoothly. After accumulating some experience in these areas, they may even go on to assist in the design of robots. They often will be charged with delivering robots to customers and training them in proper use, as well as installing and programming the technology. A computer controlled machine programmer is another job related to robotic technology. These are the professionals who tell the robots what to do, essentially. Daily jobs these programmers may encounter are using a computer to input instructions, testing those instructions for accuracy, reading blueprints and making calculations. Someone interested in robots, but who doesn’t want to do the hands-on technical work, may be interested in a career as a sales representative in the field. They reach out to prospective clients through cold calls and other marketing methods. They make on-site visits to demonstrate products.
Engineering
Those who continue their education to the master’s level can become robotics engineers, a sub discipline of mechanical engineering. These engineers actually design the robots, working to find new uses for them. Also, such engineers create prototypes and experimental robots. Their work can be used in various settings from military to medical. Sometimes travel is required of engineers in order to visit clients on-site for repair and maintenance issues, as well as other problems that may develop. They’re employed most often in manufacturing industries. Much of their job involves research, staying abreast of the newest innovations in computer engineering and electronics. With their research, these specialized engineers are able to propose brand new applications and uses for robots and come up with alternate uses for the ones already in existence. If you’re skilled in technology and design, this field may be for you. Beyond manufacturing, robotic engineers work in fields like mining, agriculture, nuclear power plant maintenance and other such industries that can benefit from the use of robots to do specialized tasks.
Working with robots can be challenging and exciting for those interested in mathematics and technology. The field of robotic is a vast one, with a full spectrum of jobs for professionals at every level.
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