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ChecklistSchools7 min read

Robotics lab planning checklist

Space, power, storage, safety and the practical decisions that are expensive to change once a robotics lab is installed.

Updated February 24, 2026 · For schools, boards, facilities

Most of what makes a robotics lab work or not is decided before any hardware arrives. This is the list we work through with schools, in the order the decisions actually bind.

Space and layout

  • Bench height suitable for the age group. A bench sized for adults slows younger builders noticeably.
  • Floor area for driving and testing that is not the same area as the benches.
  • A test surface that matches what you will compete or demonstrate on.
  • Clear sightlines from the instructor position to every bench.
  • Room to walk behind seated learners carrying a robot.

Power

  • Outlets at bench level, not only along the walls. Trailing extension leads under a robotics bench are a hazard.
  • Enough circuits that simultaneous charging does not trip anything.
  • A defined charging station with supervision, not batteries charging on benches overnight.
  • Somewhere safe to store batteries that is not the same drawer as loose metal parts.

Storage: the one most often underestimated

  • One labelled bin per team, deep enough to hold a partly-built robot assembled.
  • Shelving depth checked against your largest chassis, not your smallest.
  • Separate small-parts storage. Mixed fasteners cost more session time than any other single thing.
  • A spares drawer with a named owner who restocks it.

Network and software

  • Whether the devices learners program on can reach what they need through the school's filtering.
  • Driver and firmware installation rights. A locked-down image that cannot see a microcontroller stops a session dead.
  • Somewhere learner work is saved that survives a device being reimaged.

Safety

  • Eye protection stored at the point of use, not in a cupboard.
  • A written rule for who may use cutting and soldering equipment, and when.
  • First aid provision that accounts for burns and cuts, not just general injury.
  • Ventilation wherever soldering or 3D printing happens.

Recurring, not one-time

  • A consumables budget line: motors, connectors, wheels, filament, fasteners.
  • Time for someone to maintain kits between terms.
  • A second trained staff member, so the program survives a staffing change.