Physical Computing
Learners use micro:bit to understand how code connects to sensors, inputs, outputs and real-world interaction.
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Maker Learning & Physical Computing
Digital Futures with micro:bit Report
A report documenting maker-centred learning, STEM exploration and physical computing using micro:bit technologies across STEAMLabs Africa learning communities.
micro:bit
Physical computing learning
Maker Learning
Hands-on innovation
Creative STEM
Applied problem solving
School Innovation
Future-ready learning
Programme Gallery
Digital making in action.
Images help the report show the learner experience behind the numbers: coding, testing, building, collaborating and presenting.
Report Summary
Implementation, evidence and lessons learned.
This report captures how micro:bit supports physical computing, practical STEM learning and school-based innovation culture.
Maker Projects
Students build simple prototypes, test ideas and apply creative problem-solving through hands-on STEM tasks.
STEM Learning
The programme strengthens computational thinking, experimentation, collaboration and confidence in technology-rich learning.
Innovation Culture
Schools are supported to nurture curiosity, creativity and learner-led innovation through practical digital making experiences.
Reports, stories and evidence
Building an impact archive for Africa’s innovation learning movement.
As STEAMLabs Africa grows, the Impact section will continue to document evidence, stories, reports, publications and learning from our work with learners, educators, schools and partners.