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Year 8 · Computing

Design & Communicate

Students use digital design to communicate wildfire risk clearly and responsibly. In one practical lesson, they connect their Science understanding of wildfire risk and response with their Maths work on resilient site design, then create a 16:9 Canva information screen for visitors. Students apply audience, purpose, visual hierarchy, contrast, short text, icons and accessibility, before responding to a client update, completing a user test and improving the final digital product.

1 x 50 minutes2026-27Main outcome: Final 16:9 digital wildfire information screen with user testing evidence

Strand at a glance

Lesson progression

The lesson sequence below comes from the complete strand guide.

1. Digital Wildfire Information ScreenCommunication

How can digital design help people understand and respond to wildfire risk?

Core learning
How audience, purpose, visual hierarchy, contrast, concise wording and accessibility shape an effective digital interface
Main investigation
Create a 16:9 Canva visitor information screen, respond to a Year 6 client update, complete a quick user test and improve the design
Student product
Final Digital Wildfire Information Screen

Detailed strand guidance

How the strand develops

Lesson 1: Digital Wildfire Information Screen

Driving Question: How can digital design help people understand and respond to wildfire risk?

Students begin by connecting the full Year 8 MSC journey. Science investigated wildfire risk and response. Maths used scale, area, percentages and budgets to design a more resilient site. Computing now asks how that information can be selected, simplified and communicated clearly to real users through a digital interface.

The lesson introduces the idea that a digital information screen is not just a poster. It is an interface designed for a specific audience and purpose. Students learn:

  • Audience and Purpose: design for visitors to a wildfire prone heathland site, including families, school groups and people unfamiliar with the area
  • Visual Hierarchy: decide what users should notice first, second and third
  • Contrast: make important information readable from a distance
  • Short Text and Icons: communicate quickly without turning the screen into an essay
  • Accessibility: use clear fonts, large text, spacing and more than colour alone to communicate meaning
  • Interface Design: organise risk information, map or site information and action instructions so users can understand the screen within 10 seconds

Students then receive the Digital Wildfire Information Screen challenge. Working in pairs, they create a landscape 16:9 Canva design for a large visitor centre screen. The product must communicate wildfire risk quickly, tell visitors what they should do, help protect people and wildlife, and use knowledge from the previous Science and Maths strands.

The screen must include a wildfire risk level, a very short explanation of risk, map or site information, clear visitor actions, information about protecting wildlife, useful visual cues, consistent fonts and colours, and a readable layout. Students are encouraged to select only the information users actually need: Select -> Simplify -> Communicate.

Students build a first version in Canva, then receive a client update: the screen will also be used by Year 6 visitors. The message must still be understood within 10 seconds, technical language should be simplified, the design must be readable from several metres away, and colour cannot be the only way risk is communicated.

Students adapt using Remove -> Simplify -> Enlarge -> Check. They remove clutter, simplify technical wording, enlarge the most important information and check whether the new audience can understand the screen quickly.

Pairs then complete a quick user test by swapping screens. The reviewer identifies what they notice first, the risk level, what visitors are meant to do, anything too small or confusing, and one specific improvement. Students use this feedback to make final changes before digital submission.

Students produce: Final Digital Wildfire Information Screen + Evidence of improvement following the user test

Conceptual journey

The thinking behind the sequence

The Strand in One Sentence: Students move from recalling the Science and Maths understanding of wildfire risk, to learning digital interface principles, creating a visitor information screen, adapting it for a younger audience, testing it with users and improving the final design.

  • Recall: What did Science and Maths teach us about wildfire risk, response and resilient design?
  • Audience & Purpose: Who will use the screen and what do they need from it?
  • Design Principles: How do hierarchy, contrast, short text and icons improve communication?
  • Accessibility: Can more people read and understand the information easily?
  • Adaptation: How should the interface change when the client introduces Year 6 visitors?
  • Testing & Improvement: What does user feedback reveal about the first version?

RECALL -> LEARN -> PLAN -> CREATE -> ADAPT -> TEST -> IMPROVE -> SUBMIT

The Computing Strand therefore completes the Year 8 Climate Change sequence by turning scientific and mathematical understanding into a practical digital communication product for real users. The focus moves from understanding the problem, to designing a response, to communicating it clearly.

Assessment evidence and skills

What students demonstrate

The lesson produces one complete digital product together with evidence that students have designed for a specific audience, responded to changing requirements and improved the interface after testing:

  • L1: Final Digital Wildfire Information Screen + Evidence of adaptation and user testing

The final MSC Computing score /100 considers meeting user requirements, digital design and hierarchy, usability and accessibility, adaptation to the client update, testing and improvements, accuracy of information and final presentation. The score contributes to the Year 8 MSC Climate Change Championship.

Across the strand, students practise:

  • designing for a defined audience and purpose
  • using visual hierarchy, contrast, spacing, icons and concise text to improve readability
  • applying accessibility principles rather than relying on colour alone
  • selecting and simplifying information from Science and Maths
  • adapting a digital product when client requirements change
  • testing an interface with users, acting on feedback and submitting an improved final product

Judging / scoring

CategoryPoints
Meeting User Requirements25
Digital Design & Hierarchy20
Usability & Accessibility20
Adaptation to Client Update15
Testing & Improvements10
Accuracy of Information5
Final Presentation5
TOTAL100

The score contributes to the Year 8 MSC Climate Change championship structure.

Curriculum source: Y8 Strand Guide.docx