Robot Set Helps Teach Math and Science

Can robots teach math? That's what RobotsLab is promoting with the release of its latest robotics product, the Box, a kit of hardware and curriculum intended to teach Algebra 1 and 2, physics, geometry, trigonometry, and pre-calculus for grades seven through 12. The Box comes in two versions, one for $3,500, which includes four robots, a tablet computer that acts as the control station, accessories, and 50 lessons and quizzes. A "Deluxe" Box, which is $3,999, includes access to additional lessons throughout the year and an extended warranty.

Each lesson is an app on the tablet that controls the robots in the package. Every module comes with an instructional video, a touch-based lesson, a quiz, and additional teaching materials. For example, a robotic ball is used in lessons on quadratic equations, statistics, and probability; a robotic arm helps teach geometry lessons on triangles and angles as well as trig lessons on arc, length, sine, and cosine; and a "quadcopter" provides physics lessons in gravity, acceleration, and frame of reference.

 
RobotsLab's Box kits enable teachers to use robots to illustrate math concepts.
 

According to one lesson, the robots are used to "expose scientific principles providing a bridge between the abstract topics and the real world." In order to solve quizzes, the students have to work through equations, come to an understanding of physical forces, and perform scientific investigation.

The content has been vetted by a panel of teachers who reviewed, experienced, and tested the courses before the Box was launched. "You can open the Box, turn-on the preloaded tablet, and within minutes explain quadratic equations with a Quadcopter," said reviewer Peter Stone, a professor at the University of Texas, Austin."You don't need to be experienced with robotics or have a degree in computer science--just an enthusiasm for your subject area."

According to the company, the lessons align with Common Core State Standards as well as the standards mandated by the Texas Education Agency.

About the Author

Dian Schaffhauser is a former senior contributing editor for 1105 Media's education publications THE Journal, Campus Technology and Spaces4Learning.

Featured

  • illustration of a human head with a glowing neural network in the brain, connected to tech icons on a cool blue-gray background

    Meta Introduces Stand-Alone AI App

    Meta Platforms has launched a stand-alone artificial intelligence app built on its proprietary Llama 4 model, intensifying the competitive race in generative AI alongside OpenAI, Google, Anthropic, and xAI.

  • laptop screen with a video play icon, surrounded by parts of notebooks, pens, and a water bottle on a student desk

    Studyfetch AI Tool Generates Video Explanations Based on Course Materials

    AI-powered studying and learning platform Studyfetch has introduced Imagine Explainers, a new video creator that utilizes artificial intelligence to generate 10- to 60-minute explainer videos for any topic.

  • interconnected geometric human figures forming a network

    CoSN: School Staffing Is the Top Hurdle to K-12 Innovation

    Hiring and keeping educators and IT staff remains the top challenge for K-12 education in 2025, according to the latest Driving K-12 Innovation Report from the Consortium for School Networking (CoSN).

  • glowing digital brain made of blue circuitry hovers above multiple stylized clouds of interconnected network nodes against a dark, futuristic background

    Report: 85% of Organizations Are Leveraging AI

    Eighty-five percent of organizations today are utilizing some form of AI, according to the latest State of AI in the Cloud 2025 report from Wiz. While AI's role in innovation and disruption continues to expand, security vulnerabilities and governance challenges remain pressing concerns.