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How To Become A Robotics Programmer

Robotics is a fast-growing technology used in manufacturing industries and web-based networks, such as communications systems and search engines. Throughout the global economy, robots are increasingly used to assemble products in factories, assist surgeries in healthcare settings, monitor environmental factors, and support military operations. And anticipated advances in smart home and transportation technology will only increase the need for robotics programmers.

Students who are interested in this vast field can earn a master’s degree in artificial intelligence and machine learning from the School of Computer and Information Systems at Fairfax University of America in Virginia.

What is Robotics Programming?

Machines can be programmed to perform many tasks, using computer science skills that encompass electronics and mechanical engineering, as well as computer languages, coding, and the knowledge necessary to develop and maintain complex scenarios and systems. For example, robots are used on automotive assembly lines in the U.S., where they do heavy lifting, welding, and spray painting, among other production tasks.

Robotics programmers devise the plan and structure for the function of these auto industry robots, working with algorithms, software development, data, coding, and testing systems to develop a working, computerized solution. Additionally, programmers may help robotics engineers design and set up robots. As they continue to work with the production system, they perform maintenance, testing, data collection, and other monitoring tasks to increase efficiency.

Education and Background for Robotics Programmers

Since computerized systems, machines, and robots are part of everyday modern life, and their use is expected to increase, robotics programmers are in demand. Additionally, students who study these computerized systems start with varying levels of experience and knowledge. That’s why Fairfax University of America offers the Master of Science in Artificial Intelligence and Machine Learning program, which is available to students whether or not they have earned a prior computer science degree.

The master’s degree in artificial intelligence and machine learning has some prerequisites, including computer algorithms and programming logic using Python, an introduction to operating systems, and database concepts. The program itself offers courses in several categories: core, application, and specialization.

Skill-based and competency certifications through the Office of Micro-Credentials are also available for students in the robotics programmer program, such as:

  • Artificial intelligence/machine learning engineer
  • Artificial intelligence specialist
  • Machine learning engineer
  • Robotic process automation programmer

Career Advancement Opportunities for Robotics Programmers

In a special report, the U.S. Bureau of Labor Statistics (BLS) projects employment growth through 2029 for the investigation and security services sector. Focusing on advances in robotics technology and artificial intelligence, it points to increasingly sophisticated technologies, such as sensors, cameras, audio surveillance, and recognition software. And this is only a small segment of the overall projected job growth for computer and information research scientists through 2030.

Demand for more technological innovation, increased dependence on data mining services, and cybersecurity threats are cited by the BLS as factors driving the appetite for more software, robotics, and machine learning. In this dynamic economic environment, wage information varies widely, ranging from a median annual wage of $161,870 for those working in computer systems design to $79,510 for those working in colleges, universities, and professional schools. Most of these professional pathways require a master’s degree.

These are a few of the duties and tasks performed by robotics programmers, utilizing knowledge of artificial intelligence, machine learning, and computer science:

  • Collaborate with engineers, project managers, and developers to create designs and configurations for robotic systems
  • Draft blueprints and other documents for proposed robotic systems and prototypes
  • Develop software and programming
  • Assemble, construct, test, and make corrections to robotic systems
  • Produce reports, maintain, and improve robotic systems

Develop Your Knowledge in Computer Science and Robotics Programming

You will find our business-focused master’s degree program in artificial intelligence and machine learning to be affordable in tuition and cost. Yet this educational endeavor is extremely valuable, with information and communication technology transforming the global economy. Fast-moving changes in modern manufacturing and other systems signal growth in this dynamic field. Robotics programmers and other computer scientists have important roles to play in developing innovative technology. Discover your career studying robotics programming in Virginia with Fairfax University of America ­– request information online today.