01
Core Computing Programme
Computer foundations, logic, coding habits, and problem-solving.
Curriculum & Programme System
A connected curriculum: computer concepts, digital skills, creative project development, showcase preparation, portfolio records, and future technology learning.
Programme system
One architecture, six connected tracks
A clear architecture connects weekly lessons, project work, showcase proof, and future growth.
Lumos System
Lumos Programme System
The system helps Lumos teach students directly and customise programmes for education partners.
02
Real-Life Digital Skills
Digital tools students apply in school, projects, and daily learning.
03
Creative Coding & Project Studio
A guided environment for turning ideas into original student projects.
04
Quarterly Showcase Cycle
A rhythm for planning, building, improving, presenting, and reflecting.
05
Portfolio & Growth Record
Project evidence, skills applied, feedback, and next steps.
06
Competition & Future Tech Track
Project upgrades, AI tools, data, web, apps, and automation.
Core lesson model
Concept → Skills → Project Studio
This model keeps lessons practical while building strong computing foundations.
- 1
Concept
Students learn how computers think, process information, and solve problems.
- 2
Skills
Students practise digital skills they apply in school, projects, and daily life.
- 3
Project Studio
Students build, test, improve, and present their own project.
Showcase cycle
Quarterly project rhythm
Each quarter moves from learning to visible student work, feedback, and next-step growth.
- 1
Learn a core concept
- 2
Practise digital skills
- 3
Plan a student project
- 4
Build through Project Studio
- 5
Test, debug, and improve
- 6
Document with screenshots and reflection
- 7
Prepare a presentation or demo
- 8
Present to parents, peers, or teachers
- 9
Receive teacher feedback
- 10
Record next-step recommendation
Portfolio
Student portfolio & growth record
Portfolio records make learning visible through project evidence, reflection, teacher feedback, and recommended next steps.
Student Portfolio
Growth Record
Portfolio records help parents see what students built, which skills they practised, and what the next learning step should be.
Profile
Young Creator
Screenshot
Reflection
I learned how to turn survey answers into a chart and explain what the class thinks.
- Current level
- Growing Creator
- Project title
- Class Survey Dashboard
- Tools used
- Sheets, charts, slides
- Concepts learned
- Data, patterns, presentation
- Skills applied
- Screenshots, documentation, reflection
- Teacher feedback
- Improve chart labels and explain one insight clearly
- Next step
- Prepare a 2-minute demo and portfolio entry
Competition track
Help selected students go further
The goal isn't just to enter competitions — it's to improve idea quality, communication, and confidence.
Project improvement
Upgrade idea quality, user experience, and clarity.
Presentation coaching
Practise explaining the idea, process, and result.
Competition preparation
Prepare stronger submissions for suitable challenges.
Demo video support
Help students communicate their project in a short demo.
Submission support
Support documentation, reflection, and project packaging.
Public showcase preparation
Prepare approved work for wider sharing when suitable.
Future technology lab
Guided exposure to advanced tech
Age-appropriate projects that introduce students to advanced technology in a guided, educational way.
Python
Text-based coding foundations for stronger learners.
AI Tools
Guided, age-appropriate use of AI for learning and creation.
Data Analysis
Collect, organise, visualise, and explain simple data.
Dashboard Projects
Create simple visual dashboards for real questions.
Web Development
Build pages, portfolios, and small project websites.
Digital Product Creation
Prototype useful tools, apps, and automation ideas.