There is an incredibly diverse range of careers in robotics that you might consider pursuing. Here’s a look at a few of them:
Robotics engineers typically have at least a bachelor’s degree. Many also have a master’s degree. After a new robotics engineer gains experience, they may qualify to pursue licensure.4 Robotics engineers may be responsible for designing new robotics equipment or planning improvements to existing equipment. In addition, robotics engineers may do any of the following:
- Conduct research regarding the feasibility and design of new robotics equipment
- Install new robotics systems and test them to ensure proper function
- Supervise robotics technicians and operators and review testing data and repairs
- Debug problems detected within the robotics system
- Integrate robots with peripheral equipment
Communication, including active listening, is a crucial skill for robotics engineers. These professionals may be responsible for explaining ideas and robotics equipment to executives, some of whom may have little technical knowledge. Creativity and problem-solving skills are also assets.4
Automated machinery is used in a range of industries, including automotive and manufacturing. Automation engineers are responsible for designing, developing and testing automated machines and devices. They also work to streamline automated processes.
Aerospace engineers are responsible for designing, developing and testing aircraft, satellites, spacecraft and missiles. Some aerospace engineers choose to specialize in robotics. For example, they might design autonomous drones or robotic devices that are used in aerospace technology.
A controls engineer is responsible for designing and developing instrumentation and control systems. They focus on looking for ways of improving operational efficiency. Controls engineers must also troubleshoot any problems that develop with their control systems and instrumentation.
Robotics technicians may perform a wide range of tasks, from the building and set-up of robotic equipment to disassembly. Technicians may perform routine maintenance on robots. They are often responsible for troubleshooting problems and fixing errors to keep the machinery running properly. Technicians may also perform the following tasks:
- Installing robotics systems
- Teaching robots to perform new tasks via computer code
- Testing new robotics equipment
- Coordinating with customers to ensure the proper function of robotics equipment
- Maintaining system documentation (technical writing)
In addition, robotics technicians may work closely with robotics engineers, such as by assisting in the design or construction of new systems and incorporating peripheral systems.
Some people break into the robotics field as entry-level operators. Robotics operators are responsible for ensuring the smooth operation of computer-controlled equipment.
Robotics operators may work in a range of industries. Depending on the specific job, robotics operators may also be responsible for troubleshooting problems that arise, performing repairs and offering feedback to engineers on robotic designs.
If you’d rather work primarily with blueprints, rather than machinery, then you might consider becoming a computer-aided design (CAD) designer. These experts use sophisticated CAD software to create designs for machinery.
Like software engineers, hardware engineers could also choose to specialize in robotics. They develop, implement, test and maintain robotics hardware that is used in a wide range of industries — from healthcare to telecommunications.
If your talents predominantly lie in software, rather than hardware, you might consider becoming a software engineer who specializes in robotics. In robotics, software engineers design software and direct programmers to write code that will control robotic equipment and devices.
A user interface/user experience designer who specializes in robotics is responsible for designing the interface that enables people to use robots. A UI/UX designer must ensure that the interface is intuitive and fairly easy to use, while meeting all the functionality needs of the users.
