As technology is becoming increasingly important in our daily lives it’s essential that our pupils are equipped with the skills they need to succeed in a rapidly changing world.

We are committed to the value and importance of digital learning in the curriculum, and the Chromebook has proved to be an indispensable resource in delivering this.

We require all pupils in Years 5 to 8 to have their Chromebooks to make the most of their education. We expect them to be brought into school, fully charged, every day.

Year 1 – Year 2:

In the early years, we introduce our pupils to the basics of computing through engaging games and puzzles. Using laptops and Sphero Indi robots, children learn the fundamental concepts of sequencing and logical thinking in a playful and interactive environment. They also get hands-on experience with Google Docs to create and edit simple documents, and they draw basic shapes, enhancing their fine motor skills and spatial understanding.

Year 3 – Year 4:

Building on the foundations, our students begin to explore more complex puzzles and games that introduce coding principles. They use intuitive, kid-friendly software to create simple programs, fostering a deeper understanding of how instructions are carried out by a computer. Additionally, students learn to make slideshows, create quizzes, and produce book review videos, integrating multimedia elements and developing their presentation skills.

Year 5 – Year 6:

In Years 5 and 6, students take a leap into the world of physical computing by learning to use micro:bits and Sphero Bolt robots. These tools allow students to bring their coding projects to life, making everything from digital games to wearable technology. They dive into block-based coding using Scratch, designing their own interactive stories, games, and animations. They also learn how to use spreadsheets, introducing them to data organisation, analysis, and basic formulas, preparing them for more advanced computational thinking.

Year 7 – Year 8:

In the senior years, our curriculum transitions to text-based coding. Students learn Python, a powerful yet accessible programming language. They work on designing their own applications, learning about variables, loops, conditionals, and more. This hands-on experience prepares them for future studies in computer science and technology, equipping them with skills that are highly valuable in today’s digital world.