Computing in the Curriculum
For a more detailed breakdown, click on our Computing Progression to find out exactly what your child will be learning this year.
At Southroyd we aim to prepare children for life and therefore want to both immerse children in the exciting possibilities of the ever changing technological world, at the same time giving them the key transferable skills for their future. At the same time we prepare them to stay safe and aware of the associated risks and challenges.
The national curriculum for computing has four main aims to ensure that all pupils:
- Can understand and apply the principles of computer science, including logic, algorithms and data representation.
- Can analyse problems, and have repeated practical experience of writing computer programs in order to solve such problems.
- Can evaluate and apply information technology, including new or unfamiliar technologies, analytically to solve problems.
- Are responsible, competent, confident and creative users of information and communication technology.
To be able to access ICT in a safe and healthy environment
Computing is concerned with how computers and computer systems work, and how they are designed and programmed.
Pupils studying computing will gain an understanding of computational systems of all kinds, whether or not they include computers.
- Computing is essential to prepare our children for the modern world. This incorporates a need to develop “Computational Thinking” which can support learning in other areas of the curriculum and beyond to the work place of the future.
Children in Y3 learn how to blog, thinking about appropriate and respectful use of social media to share their ideas.
Children in Y3 think about how data is stored to build and explore their own databases about rainforests.
A key part of learning is internet safety, with the children exploring many of the pitfalls and risks of the online world.
Children in Y6 used iMovie and Garageband to combine video and their own soundtrack to make a promotional video for the Spirit Alive sports' days.
Children create and share posters during Internet Safety Week.
Our computing progression builds on the original subject, ICT (Information and Communication Technology) ICT provides a means of enhancing and enriching the learning experience of children and can strengthen and support traditional forms of teaching and learning and extend the range of educational opportunities for children.
Our children fed back that they really enjoy using ICT equipment outdoors and wanted to use iPads in school. The school now has a set of iPads and aims to maximise the use of computer peripherals in and out of the school.l
- In Southroyd we will approach the skills of computing by beginning with writing our own algorithms to explain perhaps how to make a sandwich, or navigate through the classroom. With simple concepts of sequencing, children are then able to explore "algorithms" using control models (beebots, turtles, screen models) At school we then aim to use software like Scratch or Kodu to develop skills and more purposeful use of coding to achieve set tasks, like simple simulation or game making.
We have developed our school intranet (Southroyd Learning Zone) so that children can learn how to use blogs, forums, surveys and share their own data on the internet. These skills are vital for children growing in the digital world.
SCHOOL COMPUTING PROJECTS
Children use STEM resources in Year 5 to explore the link between sensors, monitoring and control. Here they all build LEGO models and develop algorithms on the iPads.
Children use surveys and forms to create quizzes and questionnaires - exploring the advantages and challenges of using technology to collect information.
Children use Crumble Kit to explore the use of sensor in control systems. Here the boys use an LDR to control a lighting response circuit.
Robi, the NAU robot, spends the week with children at Southroyd. The children marvelled at Robi's Tai Chi demonstration!
We encourage discussion and debate about the exciting world of technology and particularly how our children can be successful but safe users of the opportunities offered by the internet.
We hold annual reviews of internet safety, alongside curriculum focus on safe practice to ensure that we respond to the fast moving world of technology. We ensure that our children are also able to respond effectively to changing times and regularly survey and consult our children to find out about their latest habits and experiences.
Computing is a popular and exciting subject and we want our children to share safely in the incredible opportunities which it presents. As a result, we encourage children to explore additional opportunities which technology can apply. e.g
1) During the solar eclipse school borrowed a telescope with an optical filter, enabling viewing of the sun. 2) The school has recently bought a night vision camera with sensor, to find out if there really is a large fox on the school grounds at night! 3) Robbi the Nau Robot is a regular visitor to school to share the exciting insights into robotics and Artificial Intelligence.
At Southroyd we want our children to be able to access the rich and varied opportunities which technology can offer - but we also want our children to be able to risk assess and manage their own safety as they move beyond primary school and the wider world of technology.
From January 2020 the Computing curriculum overlaps with the RSE Policy
Rationale for Computing in RSE
- Put in place the building blocks of healthy, respectful relationships online
- Apply principles of positive relationships online
- The same principles should apply to online relationships as to face-to-face relationships
This December 2021 presentation of Dulce et Decorum Est uses cloud based software for multimedia presentation.
Children use Google suite and Google Classroom to design, share and evaluate their own websites.
Children develop a knowledge about coding using routines, flow charts and block programs.
By the end of Y6 they can create their own games developing scoring and timing systems, using Scratch code.