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a ready-to-run workshopRobotics
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Teaching Robotics (Workshop)

Robotics brings engineering, programming, and problem-solving to life in a way few subjects can, students design, build, and program machines to accomplish real tasks. Taught well, it integrates rigorous STEM with hands-on iteration, collaboration, and the persistence that comes from making something actually work.

Key takeaway

Robotics brings engineering, programming, and problem-solving to life; taught well, it integrates rigorous STEM with hands-on building, iteration, collaboration, and the persistence of making something actually work.

Format
PLC / team meeting
Length
45 minutes
Group size
Any (works 4-40)
Who can run it
Any teacher-leader
You will need
Slides (5)Printed handoutA robotics challenge in mindA timer
Aligned to
Learning Forward: Rigorous ContentInTASC 4: Content KnowledgeCTE / STEM standards
Share / assign

Why it works

Robotics integrates multiple rigorous disciplines, mechanical design and engineering, programming and computational thinking, electronics and sensors, and problem-solving, into a highly engaging, hands-on experience where students design, build, program, and iterate on machines to accomplish tasks. Research and practice link robotics education to STEM learning, computational thinking, collaboration, persistence, and engagement, especially when students engage in the full engineering and programming cycle (design, build, test, debug, iterate), not just following kit instructions. Strong robotics teaching emphasizes the thinking and iteration, connects to STEM concepts and careers, and tolerates the productive struggle of making things work.

The research: CTE and STEM standards; research on robotics education.

The run-of-show

Choose your slot. The agenda, timings, and length update to match.

    The core activity: teach the full design-build-program cycle

    Teachers leave with a robotics challenge built on the full cycle.

    Design, build, program, iterateRobotics integrates engineering, programming, and problem-solving. Teach the full cycle, design, build, test, debug, iterate, not just kit instructions, for rigorous, hands-on STEM.

    Facilitator notes

    Just following kit instructions is not robotics learningRobotics shines when students design, program, test, and iterate, not just assemble kits. Teach the full cycle and the thinking behind it.

    Adapt it

    Participant handout

    One page for every teacher. Print it, or save it as a PDF.

    K12 Academics · Professional Learning

    Robotics: the full cycle

    <b>Rigorous, hands-on STEM:</b> design, build, program, test, debug, iterate, connected to STEM concepts and persistence.

    1. The robotics challenge or project:
    2. How I engage students in the full cycle (design, build, program, test, debug, iterate):
    3. The STEM concepts I connect to:
    4. How I emphasize collaboration and persistence:
    5. A challenge beyond kit instructions:

    Make it stick

    The full cycle:

    Common questions

    Isn't robotics just building kits?
    Following kit instructions is a start, but robotics shines when students design, build, program, test, and iterate to solve real tasks, engaging the full engineering and programming cycle. The thinking and iteration are the point.
    What does robotics teach?
    Engineering and design, programming and computational thinking, electronics, problem-solving, collaboration, and persistence, rigorous, interdisciplinary STEM through hands-on work.
    Do I need to be an engineer?
    Not necessarily. Focus on the engineering and programming process (design, build, test, debug, iterate) and let students problem-solve. Many accessible platforms support learning without deep expertise.

    Go deeper

    Build it into a bigger day

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