SILICON VALLEY, Calif., July 25, 2026 — Inside the robotics workshop at The Tech Museum of Innovation, a cluster of wheeled mobile robots inches across a taped grid. Campers huddle over laptops, tweaking code. One robot hesitates at a turn, then corrects itself.
Another stops precisely at a marked square. The scene is replicated at the American Museum of Natural History, where summer campers spend their afternoons designing, building, and programming robots.
This is educational robotics in action — a field that has moved from university electives to elementary school classrooms and youth camps.
From the Bronx to the Classroom
The concept of a robot teacher is not new. In 1974, inventor Michael J. Freeman created Leachim, a robot programmed with the class curriculum and biographical information on the 40 fourth-grade students it taught.
Leachim could synthesize human speech using Diphone synthesis. It was tested in a classroom in the Bronx, New York.
That early experiment laid groundwork for a field that now spans articulated robots, mobile robots, autonomous vehicles, and humanoid robots — all used to motivate instruction in computer programming, artificial intelligence, and engineering design. By nightfall, the campers pack up their robots, talking strategy. The programs here teach more than coding: teamwork, resilience, motivation, and decision-making are part of the curriculum.
Educational robotics has also found a place in special education, where it helps develop abilities that promote autonomy and social integration.
Degrees and Certifications
For decades, from approximately 1960 to 2005, robotics education at the university level existed only within traditional disciplines — mechanical engineering, electrical engineering, industrial engineering, computer science — offered through elective courses, thesis projects, and design experiences. That changed after 2005, when more universities began granting dedicated degrees in robotics, often under the name “Robotic Engineering.” A 2015 web-based survey of robotics educators cataloged these degree programs and their estimated annual graduates. The survey made clear it counted only official programs where “robotics” appeared on the transcript or diploma.
Today, the field is further formalized by the Robotics Certification Standards Alliance, an international authority that confers both industry- and education-related certifications. On the ground, the scene repeats each summer: students at museums and camps programming wheeled robots, arm robots, humanoid robots — learning skills that once were reserved for graduate engineering courses.
The evolution from a single robot in a Bronx fourth-grade class to a worldwide educational movement is, by any measure, rapid. What comes next — with degrees, certifications, and a growing emphasis on robotics in special education — is only accelerating.
