Python & LEGO Computing for Young Learners

An age-appropriate introduction to programming, computational thinking and collaborative physical computing for learners aged 10–14.

Part of these pathways

Computer science and technology education

Course outline: enrolment opens after THNF content and assessment review.

What you will be able to do

Clear outcomes. Practical evidence.

Sequence clear instructions
Use beginner Python constructs
Test and improve a model
Work safely in a team

Course structure

Modules and lessons

Code, build, explain

Connect screen-based programming with practical LEGO challenges.

Instructions, patterns and Python25 min
LEGO challenge and teamwork25 min

Access and progression

Know what the course requires.

The required capability matters; the learner does not have to personally own every device.

Who it is for

Learners, young people or educators building structured computing and computer-science knowledge.

Hardware access

Personal 64-bit computer with 4 GB RAM and 20 GB free, or use the required device and software at a readiness-approved THNF centre.

Software and practical access

A readiness-approved THNF centre provides the supervised Raspberry Pi/compatible kit, breadboard and safe low-voltage components.

Possible progression

Junior development, data, web, application-support or technical-project progression appropriate to the completed portfolio.

Progression is not a guarantee of employment or external certification.

Sierra Leone context

Use accurate Sierra Leonean names, districts, NLe values, familiar services, shared-device realities and low-connectivity alternatives without stereotypes.

Skills in context

Career directions and next steps

These are realistic directions that the skills can support—not promises of employment, job titles or external certification.

Computing teaching assistant
Technology-club facilitator
Curriculum-support practitioner

Possible progression pathways

Computer science and technology education