01 / EXPLORE
Meet Linux.
Discover what an operating system does and how Linux is different. Explore the desktop, create folders, find files, and try safe first commands in a guided learning environment. No coding experience needed.
LINUX LEARNING FOR HIGH SCHOOLS
Start curious.
Build with Linux.
Introduce young people to Linux and Linux-based platforms while they’re still discovering what technology can do. Hands-on learning that helps high-school students move from using computers to understanding them.
Start in the early secondary years. Grow with their curiosity.
First commands today. New possibilities tomorrow.
A head start in understanding technology.
Discover LinuxExplore real platformsCreate a first projectSTART EARLY. UNDERSTAND MORE.
Beyond apps.
Into the systems
behind them.
High school is a chance to turn “How does this work?” into “I can make this work.”
Students may be comfortable with apps without knowing what an operating system does. Linux makes that a practical lesson: explore the desktop, organise files, try a command, and see what changes. We introduce the ideas step by step, with time to ask questions and make mistakes.
Our proposed school pilot starts with beginner-friendly activities and progresses to Linux-based platforms such as Raspberry Pi computers and simple web servers. Teachers help shape the pace and learning goals; students do the exploring and building.
Build the right starting pointLEARNING BY DOING
First commands.
Real platforms. Their own projects.
A student learning journey—not a professional training course. Begin with the basics, connect them to real devices, then make something worth sharing.
02 / CONNECT
Discover Linux-based platforms.
Connect the basics to something students can see and use. Explore a Raspberry Pi running Linux, learn how devices communicate, or investigate how a simple Linux web server delivers a page. Activities depend on school-approved hardware and networks.
03 / CREATE
Make it their own.
Bring the learning together in a small project: publish a webpage on a classroom Linux server, write a simple script, or explore a sensor with Raspberry Pi. Students test their ideas, troubleshoot together, and explain what they built.
Illustrative high-school pathways, not fixed packages. Year level, project difficulty, session length, devices, and learning objectives are agreed with the school before delivery.
EARLY EXPERIENCE. LASTING FOUNDATIONS.
More than
a command line.
Give students a foundation they can build on through high school—whether their interest grows toward coding, electronics, systems, or simply understanding their own computer.
- Problem-solving
- Read an error, break a task into steps, and test another approach.
- Digital confidence
- Connect a command to what the computer actually does—not just which button to press.
- Creative ownership
- Make a small project, explain how it works, and share the learning with classmates.
LET’S START SMALL
A pilot with purpose.
Not a one-size-fits-all package.
For high-school teachers, digital technologies departments, and school leaders who want students to encounter Linux early—not wait until further study or work.
- 01
Find your starting point
Choose the year group, discuss students’ experience, and identify a place in lessons, enrichment, or a school technology club.
- 02
Shape the experience
Agree beginner-friendly activities, school-approved devices, teacher involvement, and clear student learning goals.
- 03
Learn, then reflect
Give students time to explore and build. Review what they can explain and demonstrate, then plan the next step with their teachers.
What could this look like for your school?
Prepare a short pilot brief to start the conversation.
GOOD QUESTIONS
Let’s clear
a few things up.
Every school is different.
That’s where the conversation starts.
Do students need coding experience?
No. The introduction starts with the desktop, files, and simple commands—not advanced programming. Activities build gradually, with extra challenge for students who already have experience.
Do we need a new computer lab?
Not necessarily. Existing devices may be suitable, but compatibility, permissions, connectivity, and any installation requirements need to be checked before the pilot. We won’t change school devices without agreement.
Which high-school year groups is this for?
The focus is secondary-school students, with an introductory starting point in the early high-school years. Junior secondary groups can begin with guided exploration; senior secondary groups can take on more independent projects. Exact year levels, prerequisites, and difficulty are agreed with the school.
Can this fit into lessons or a school club?
The pilot can be planned around digital technologies lessons, an enrichment activity, or a school computing club. We’ll discuss your learning objectives and timetable. Any formal curriculum alignment must be confirmed during planning; this is not an accredited qualification.
What about safety, privacy, and access?
Safeguarding requirements, supervision, accessibility needs, software permissions, and data handling must be agreed with your organisation before delivery. Pilot activities should use a controlled learning environment and avoid unnecessary personal data.
Is this a live service yet?
This is a public pilot website for a proposed business. The name, programmes, availability, pricing, and contact arrangements are provisional. No booking or payment is taken on this page.
OPEN THE CONVERSATION
Their first Linux project
could start here.
Tell us which students you have in mind and what you’d like them to discover. Create a brief to discuss with your teaching team and share once contact details are confirmed.
Public pilot, no submission.
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