STEM, Coding & Robotics
Building the makers,
not just the users.
Developing future-ready STEM and computational learning pathways.
Download the brochureThe approach
A pathway,
not a club.
STEM and robotics often live at the edge of school life: an after-school club, a competition team, a room of kit that a few enthusiastic teachers keep running.
We help schools turn that enthusiasm into a curricular pathway — sequenced across phases, resourced deliberately, taught by trained staff, and assessed like any other strand of learning.
Where it sits
One stage in the wider
K–12 progression.
See the full progression on Digital Curriculum Design.
By phase
What it looks like
at each stage.
Primary
Block-based coding, tangible robotics and making — building confidence, sequencing and problem-solving.
Middle
Text-based coding, sensors and data, and the engineering design cycle applied to real briefs.
Senior
Autonomous systems, foundations of machine learning, and extended research or competition projects.
What we put in place
The infrastructure
behind the pathway.
- Scope & sequence across phases
- Lab and kit specification
- Teacher training pathway
- Assessment & student portfolios
- Cross-curricular links
- Budget & procurement planning
- Competition and enrichment strategy
- Annual review cycle
Every School Is Different.
Your priorities, culture, people and context should shape your transformation journey. What is the biggest education or technology challenge your institution is trying to solve today?
Start a conversation