The robotics field has grown over the past few decades because of technological progress. With advancements in engineering, software development and artificial intelligence, the robotics industry has experienced great innovation. If you’re considering a career in robotics, there are a variety of exciting job options for you to consider.
In this article, we outline eight different job opportunities within the robotics field, including their salary information and primary duties.
Why choose a career in robotics?
There are many benefits of choosing a career in robotics. Engineers, technicians and scientists can experience advancements in their field that lead to benefits like higher salaries, additional funding opportunities and progressed research capabilities. Here are a few benefits of pursuing a robotics career:
The goal of many robotics professionals is to create innovations in their field. This can be a highly motivating factor for those that work in this industry. Robotics professionals can work with specific technologies, like medical, manufacturing, military or educational technologies that assist in complex procedures and production. Applying your skills to fostering innovation can lead to a rewarding and exciting career.
The field of robotics requires professionals to hone a unique skill set. Robotics combines concepts and skills from engineering, software development, computing and artificial intelligence. Bringing these skills together can help you develop a diverse skill set and find solutions to complex problems.
As a robotics professional, you can learn about ethical and moral issues, which can help you gain a deeper understanding of how innovation impacts people. You may be able to use your position as a robotics professional to influence how the field affects the world. For example, robotics professionals may debate how the development of automation can affect employment, productivity and safety.
As the importance of robotics increases, employment opportunities in the field have grown in demand. The United States Bureau of Labor Statistics predicts growth in the robotics field over the next decade.
For example, the statistics bureau projects a 2% increase in employment for mechanical engineers, a 6% increase for aerospace engineers, and a 21% increase in employment for computer and information research scientists.
8 careers in robotics
Here are eight different job opportunities in the robotics field, ranked by national salary information:
1. Electromechanical technician
National average salary: $56,209 per year
Primary duties: Electromechanical technicians read blueprints to translate schematics and diagrams. They use these diagrams to identify the proper method to assemble parts, machines and other technological and electronic equipment.
They use precise measurements and technical knowledge to ensure efficient assembly. Electromechanical technicians can serve in many environments, including computing, aerospace, plastics and robotics.
2. Account manager
National average salary: $59,029 per year
Primary duties: Robotics account managers handle many financial and sales responsibilities within the industry. They typically perform accounting and customer service duties, connecting customers with information about robotics products suitable for their needs. In addition, robotics account managers may act as a liaison between clients and engineers who develop robotics products to ensure customer satisfaction.
3. Mechanical engineer
National average salary: $80,124 per year
Primary duties: Mechanical engineers design, develop, build, test and maintain mechanical devices and systems. They may work on specific machines, tools or engines. In the robotics field, they typically develop sensors and other devices that robotics engineers use during the physical installation of a robot. Mechanical engineers may also conduct research to find the most cost-effective ways to build parts.
4. Aerospace engineer
National average salary: $85,586 per year
Primary duties: Aerospace engineers in robotics may help design and develop the artificial intelligence of robots. Engineers train and build robots to perform different duties in the aerospace industry.
Aerospace engineers may help design robots that can efficiently perform tasks such as drilling, painting and building aircraft. Aerospace engineers also help create aircraft robotics technology, such as drones.
5. Sales engineer
National average salary: $86,018 per year
Primary duties: Sales engineers are business-oriented professionals with the technical knowledge to understand advanced products such as robots. In robotics, sales engineers are responsible for knowing how robots operate, what their design specifications are and how they can assist customers.
Sales engineers interface with their clients to meet their needs. They might work alongside mechanical, robotics and aerospace engineers to collaborate on design modifications to meet customer needs.
6. Robotics engineer
National average salary: $87,640 per year
Primary duties: Robotics engineers are responsible for designing, developing, testing, building and servicing robots. The goal of their work is to engineer robots that are productive and safe for a variety of purposes. They often use computer-aided design and manufacturing software to draft their plans.
Robotics engineers collaborate closely with software developers to create highly sophisticated robots that can perform certain tasks properly. Robotics engineers might interface with market scientists to find the most cost-effective materials needed to build robots.
7. Software engineer
National average salary: $93,809 per year
Primary duties: Software engineers in the robotics field build the computerized systems that exist inside of robots. These are highly complex systems that ensure robots are able to perform their duties efficiently.
Software engineers use computer coding and software design to accomplish this task. Many software engineers in robotics focus their work on creating software for safer robots for human interaction.
8. Computer scientist
National average salary: $109,106 per year
Primary duties: Computer scientists use technological hardware and software to solve complex problems. They may write software to create applications or develop systems for people and computers to interact in different capacities.
In the robotics field, they aid in the development of artificial intelligence applications that can help humans and robots interact effectively. Computer scientists test these systems regularly and determine whether they need calibration to function properly.
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