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Skills Practiced

Designing circuits using Tinkercad’s circuit design tools.
Understanding how solar energy can be harnessed for sustainable devices.

Applying electrical components (e.g., solar panels, sensors, LEDs) in a real-world

smart city context.
2. Smart City at a Glance

Task

Students will create a final presentation in Canva, incorporating Excel data and a Canva
poster, web page screenshots with Python code and Tinkercad circuit designs.

Skills Practiced

Combining different types of work (Excel, Canva, HTML, Python, Tinkercad) into one
cohesive presentation.

Using Canva to create visually appealing and well-organised presentations.

Communicating technical and creative work effectively through design and visual
aids.

Outcome for Session 3

A Tinkercad model of a smart object and a final presentation titled “Smart City Planner”
showcasing all work completed throughout the project.

Final Deliverables

Tick ( ) the box if submitted:

Digital Poster in Canva

Excel Spreadsheet with power calculations and savings

HTML Web page with smart city information, lists, tables and CSS

Python Code with conditional statements for monitoring

Tinkercad Model of a smart circuit

Presentation in Canva showcasing all artefacts

This capstone applies technical concepts practically, focusing on eco-friendly city life and
integrates skills progressively across three sessions to address real-world challenges.

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Capstone Project