The STEM Lab Starter gets a working robotics, coding and drone lab into your school — kit, curriculum and teacher training in one package, teaching from term one. Not a storeroom of impressive boxes.
In the lab
- Workstation kits: Raspberry Pi and ESP32 robotics sets, one or two learners per kit
- Class drones: safe, curriculum-linked quadcopters with coding missions
- Coding curriculum: term-by-term lesson plans mapped to your phase and subjects
- Teacher training: two practical training days plus observation support in the first term
- Storage, charging and layout plan so the lab survives real school life
How it rolls out
- Term 0: room, kits and furniture installed; teachers trained; timetable slots agreed
- Term 1: lessons run with a CatchupWeb consultant alongside your teachers
- Term 2: your teachers run it; we observe, tune and hand over
- Expansion: more kits, drones or IoT only once the first lab is teaching
Vendor-neutral and staged — start with one lab, prove it in classes, then grow. Pairs well with a school health check when the technology decision sits inside bigger school questions.