Garswood Computing Curriculum

At Garswood, we believe that a high-quality computing education does far more than teach a child how to operate a device; it equips them with the "computational thinking" and "creativity" required to understand and ultimately change the world.

In an era where technology is an essential part of everyday life, our curriculum is designed to move beyond passive screen time. Instead, we focus on the principles of information and computation, exploring how digital systems work and how to apply this logic to solve complex problems.

The Three Pillars of Digital Wisdom

Our curriculum is anchored by three substantive concepts—the "what" of our learning—which provide the foundation for your child’s digital wisdom. We also introduce the disciplinary concept of "Celebrity," where we study the influential people behind the technology to understand its history and human impact.

• Computer Science (The Logic of Problem Solving): This is the technical design aspect of the curriculum. It teaches children the logic and principles of information and computation. So what? Beyond coding, this helps children learn to decompose complex problems into smaller, manageable parts—a vital thinking skill that applies to everything from writing a story to planning a scientific experiment.

• Information Technology (Technical Knowledge): This pillar focuses on the design, use, and understanding of hardware and software. It provides the "insider knowledge" of how electronic systems store and process information, moving children from simply using a program to understanding how that program functions.

• Digital Literacy (Technical Skills): These are the functional skills required to find, create, evaluate, and communicate information safely. So what? In the future workplace, being able to express oneself and develop ideas through technology is just as important as reading and writing.

Supporting these pillars are disciplinary concepts such as coding, connecting, communicating, and collecting. These represent how experts think, and they grow in complexity as your child progresses through the school.

The Learning Ladder:

From Beebots to Python

Our curriculum is designed as a gentle upward spiral—a "cyclic curriculum." We use colour-coded units so that teachers can easily identify and revisit "sticky knowledge" from previous years before building upon it with new, more complex steps.

• The Early Years (Foundation): Computing starts with physical curiosity. Children develop "pre-computing" skills by learning to twist or turn a knob, pressing buttons on a pelican crossing, or using an intercom. They explore how household items like washing machines work and begin using Beebots to complete their very first simple programs.

• Key Stage 1 (Years 1-2): The focus shifts to "algorithms"—precise instructions. Children learn how these are implemented on digital devices, creating e-books, digital art, and even their own music inspired by pioneers like Ada Lovelace and Alan Turing.

• Key Stage 2 (Years 3-6): Pupils move toward "powerful knowledge" and physical systems. This includes 3D design, Virtual Reality (VR) environments, and the use of physical devices like "Microbits." They progress from block-based coding to the textual programming language Python and gain a deep understanding of complex systems like binary code.

By revisiting these themes, we ensure that learning is never a "one-off" event but a continuous journey of discovery where past skills are the foundation for future expertise

Interconnected Webs:

Powerful Knowledge and Vocabulary

Our curriculum is structured around "learning graphs"—interconnected networks of knowledge.

This pedagogical scaffolding ensures that as children move through the school, they can see the "big picture" of how their skills relate to one another.

Central to this are transferable "bridges" of vocabulary. When a child discusses "Algorithms" in computing, they are reinforcing the logic of sequences used in Mathematics.

When they engage in "Data Logging," they are employing the same precision required for Scientific enquiry.

By selecting "powerful knowledge"—such as the history of how Tim Berners-Lee invented the World Wide Web or the mechanics of binary code—we give our pupils the "insider knowledge" they need to navigate the digital world with authority.

Growing Safely in a Digital World

At Garswood, we recognise a vital truth: as a child’s digital capability increases, so too does their potential vulnerability.

Consequently, online safety is our highest priority.

We utilise the ProjectEVOLVE toolkit and the "Education for a Connected World" framework to empower our pupils.

As they reach Year 6, children are taught specifically how to identify "phishing" attempts, manage their "digital footprint," and critically evaluate "fake news." Our goal is to transform them into responsible, competent, and confident users who know exactly how to report concerns.

We are also deeply committed to equality and diversity. We want every child to see themselves as a potential pioneer.

Our curriculum highlights a diverse range of figures who have shaped the world—from Ada Lovelace and Tommy Flowers (the architect of the Colossus computer) to Guido van Rossum (the creator of Python).

By the time our children transition to secondary school, they leave Garswood as ICT-literate citizens, equipped with the technical body of knowledge and the ethical grounding to thrive in a digital age.