Creative CAT Projects Inspired by Checkers Mini Shop Stickies
Ruval Gouws
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Creative CAT Projects Inspired by Checkers Mini Shop Stickies

Turning Checkers Mini Shop Mania into Meaningful CAT Lessons

It all started rather innocently. My wife and I began collecting the Checkers Mini Shop Stickies for our nine-month-old son — and before we knew it, we were completely hooked. Each new mini sparked a bit of excitement (and maybe a touch of competition). Out of curiosity, I mentioned it to my Grade 11 learners, and to my surprise, they admitted that the obsession had spread to their households too!

That’s when the idea struck me — why not turn this shared craze into something educational? What if we could use these beloved mini stickies to teach real-world Computer Applications Technology (CAT) skills in a fun and creative way?

Here’s how that brainstorming session turned into a set of hands-on, engaging CAT projects that combine creativity, technology, and just a touch of nostalgia.

Teacher Tip 🧠

Let your learners bring their own Mini Shop collections to class. Use them as the starting point for each project — it instantly makes the work feel personal, relevant, and fun.

Project 1

🛒 Simulated Online Shop

Screenshot of simulated online shop

Imagine a digital shop that looks and feels like a real e-commerce site – but without processing actual payments.

Project concept

Learners create a mock-up online shop where users browse items, add them to a cart, and “check out”. The site doesn’t process payments; instead, it simulates the experience of shopping.

CAT skills applied

  • Web design: Build webpages using HTML and CSS.
  • Database concepts: Simulate inventory and product details.
  • Forms and interactivity: Add form elements to mimic a checkout process.
  • Understand how online shopping systems flow in a safe, offline environment.

Project 2

🎮 Interactive Game or App

Virtual stickies game

For a more advanced challenge, learners can transform their mini shop experience into a digital game or application.

Project concept

Using platforms like Scratch or Python, learners create a simple game where players collect or trade virtual stickies.

CAT skills applied

  • Coding: Programme game logic – for example, a function that “adds” a sticky to a virtual collection.
  • User interface design: Create interactive buttons, scoreboards, and menus.
  • Problem-solving: Debug and refine their code as the project develops.

This type of project makes coding tangible, engaging, and rewarding.

Project 3

📊 Spreadsheet-Based Data Analysis

Screenshot of Teams submission of sticky challenge spreadsheet

For those who love working with data, the mini stickies provide a perfect dataset.

Project concept

Learners catalogue their collection in a spreadsheet and use formulas to analyse and visualise their data.

CAT skills applied

  • Formulas and functions: Use COUNTIF to track duplicates or VLOOKUP to find specific brands.
  • Data validation: Add dropdown lists to standardise categories.
  • Charts and graphs: Create pie charts or bar graphs to show brand or category distribution.

It’s a great way to teach data literacy in a context learners genuinely enjoy.

Project 4

📱 Marketing and Social Media Campaign

Finally, learners can channel their inner influencer and take on a digital marketing project.

Project concept

Learners design a social media campaign promoting the mini stickies, mimicking real-world Checkers advertising strategies.

CAT skills applied

  • Content creation: Design graphics and edit short videos.
  • Social media planning: Develop a posting schedule, research hashtags, and plan a content calendar.
  • Video production: Record and edit clips — for example, a “mini haul”, “collection tour”, or “trade tips” video.

This project allows learners to see how brands use digital media to engage audiences — and how they can do it too.

🚀 How to Get Started

To get these projects rolling, you’ll need:

  • A collection of Checkers Mini Shop Stickies
  • Software tools such as Microsoft Office, a web browser, and a simple coding editor
  • A camera or scanner to digitise the stickies
  • A teacher or mentor with knowledge of the CAT curriculum
Learner ready to start Mini Shop CAT project

 

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Teaching ‘Throttling & Shaping’ for Grade 11
Matt Hains
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Teaching ‘Throttling & Shaping’ for Grade 11

This content is located in CAPS under Network Technologies: Networks for Grade 11.

Teaching throttling and shaping in a Grade 11 classroom offers an excellent opportunity to discuss real-world internet management techniques. These concepts relate to how internet service providers (ISPs) manage bandwidth to ensure fair use and optimal network performance. Understanding throttling and shaping equips students with knowledge about internet speeds and service agreements, empowering them to make informed decisions.

Start by making these concepts relatable. For example, explain throttling as intentionally slowing down internet speeds for certain users or activities, often after reaching a data cap. Compare this to someone slowing their car in a heavy traffic zone to avoid congestion. Shaping, on the other hand, is like directing traffic into specific lanes to prioritise essential activities, such as video conferencing, over less urgent ones like large file downloads.

Bring this to life with hands-on activities:

  1. Internet Simulation Exercise
    Divide the class into groups to simulate a network. Each group represents a user with varying internet needs (e.g., streaming videos, downloading files, or web browsing). Use paper “data packets” and a timer to illustrate how throttling slows certain users down and shaping prioritises specific traffic. Discuss how ISPs use these strategies to maintain balance.
  2. Analyse ISP Advertisements
    Provide examples of ISP ads showcasing broadband packages. Ask students to identify references to throttling, shaping, data caps, or fair use policies. This exercise builds critical thinking and encourages them to question marketing claims.
  3. Hands-On Network Model
    Engage students in creating a physical model to represent how ISPs implement throttling and shaping. For this:

    • Provide each group with materials like coloured paper, string, markers, and cardboard.
    • Have them create a “network system” with paths (represented by string or paper lanes) and “data packets” (coloured slips of paper).
    • Assign priorities to different data packets (e.g., red for streaming, blue for web browsing).
    • Demonstrate shaping by showing how paths for high-priority traffic are cleared or widened and throttling by slowing the movement of specific packets.

    Once the models are complete, ask students to present how their system manages traffic, ensuring fair use or optimising for critical tasks. This tangible activity deepens understanding while fostering creativity.

  4. Case Study Discussion
    Share real-world examples of controversies surrounding ISP throttling. Discuss cases like streaming service prioritisation and net neutrality debates. Highlight the ethical implications and how these affect everyday users.
  5. Creative Visuals
    Have students create infographics explaining throttling and shaping, including their advantages and disadvantages. Display these in the classroom or share them online for peer review. This taps into their creativity while reinforcing the content.
  6. Speed Testing Tools
    If possible, demonstrate a speed test on a Wi-Fi connection and explain factors affecting the results. Link these back to throttling, shaping, and bandwidth allocation policies.

By incorporating these practical and creative activities, students gain a clear understanding of throttling and shaping, connecting abstract concepts to their real-world applications. This approach ensures an engaging and memorable learning experience.

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