Robotics – a promising profession in 2025

The “Robotics Engineering” specialty has been very popular in recent years. According to experts’ forecasts, it will be one of the most in-demand over the next 10–15 years, opening excellent prospects for young specialists.

After earning a degree in Robotics, graduates can work in different areas of the field. The most interesting and relevant options are:

• Robotics engineers. They design equipment and also test and analyze how it operates.
• Software developers. They develop software to control and manage robots.
• Technicians. They help design robots and also handle their repair and maintenance.
• Operators. They constantly monitor and/or control machines. If a failure occurs, operators are the first to notice it and involve other specialists if necessary. Operators are heavily involved in using drones and other devices used in the military.

The best programs and job prospects in the world for the Robotics specialty are offered by U.S. universities. Students not only gain the most up-to-date knowledge but also study in the most modern laboratories and have access to leading companies developing robots and automated systems.

The following universities are among the best for studying Robotics Engineering.

The Robotics Institute at Carnegie Mellon University was founded in 1979. Since its inception, the institute has remained a leading center of collaboration for prominent robotics figures from around the world.

The Robotics Institute is an international leader in robotics education. The world’s first Ph.D. program in robotics was established here in 1989 with the goal of providing graduate students with the knowledge, experience and skills necessary to become leaders in robotics research and education. Ph.D. program graduates hold diverse positions, from teaching at leading universities to designing and managing Mars rovers.

At this university, students are offered the following programs:

• Bachelor of Science in Robotics;
• Master of Science in Robotics (MSR);
• Master of Robotics Systems Development (MRSD);
• Master of Computer Vision (MSCV);
• Accelerated graduate program;
• Ph.D. program in robotics.

Students from other faculties can also choose robotics as an additional specialty.

Talking about technical education in the USA, it is impossible not to mention MIT. The university makes a significant contribution to training engineers, including roboticists.

MIT trains future leaders in mechanical engineering who are capable of modeling, designing, innovating and solving large-scale challenges facing our society. Students and professors advance science and technology by discovering solutions, developing products and engineering processes that help make our world better.

MIT conducts cutting-edge research at the frontiers of mechanical engineering. Faculty members often specialize in several disciplines, which provides research flexibility and facilitates interdisciplinary discoveries in areas such as mechanics, design + manufacturing, energy science + engineering, ocean science + engineering, micro + nano engineering, bioengineering, as well as control, instrumentation and robotics.

Students can choose advanced programs:

• Bachelor of Science in Mechanical Engineering;
• Bachelor of Science in Engineering;
• Master of Science in Mechanical Engineering (SMME);
• Master of Engineering in Manufacturing;
• Degree of Mechanical Engineer (ME).

Within these programs, students choose a specialization in robotics and gain the most in-depth knowledge in this field, along with the opportunity to conduct research and engage in development.

The Department of Robotics at the University of Michigan prepares the next generation of roboticists and robotics specialists who will multiply society’s potential for the benefit of society. The faculty was founded in 2014 as the Robotics Institute.

The first undergraduate robotics major among the top ten engineering schools of 2022.

Michigan trains future leaders in robotics and, in addition to a leading master’s program in robotics, now offers the first undergraduate program in robotics among the top ten engineering schools.

Students design, build, analyze and use artificial intelligence interacting with the physical environment and humans. They study robotics and its place in the world, drawing on many fields of engineering including computer science, mechanical engineering, artificial intelligence, computer vision, electrical engineering, control systems, human-robot interaction and biomedical engineering.

At the University of Michigan you can complete:

• a bachelor’s program in robotics;
• a master’s program in robotics;
• a graduate program and earn a Doctor of Philosophy degree in robotics.

The university also offers more than 100 courses and electives for students of other majors:

• Robotic mechanisms;
• Operating systems for robots;
• Introduction to human-robot systems;
• Localization, mapping and navigation;
• Human-robot interaction and more.

In addition to on-campus learning, Michigan Robotics also publishes many online courses that can be accessed for free on sites like GitHub and YouTube. These courses usually include all video lectures, notes, textbooks, homework, projects and exams.

Studying robotics in the USA will open many promising opportunities for graduates. This profession will remain in demand in the coming decades, so such education is highly valued by employers.