Active learning ideas
Prototyping and wireframing are the bridge between abstract ideas and functional code. In this unit, students learn to visualise user flows and layout structures using both low-fidelity (paper) and high-fidelity (digital) tools. This process is critical for the 'Develop' phase of the problem-solving process in the QCAA and ACARA frameworks, allowing students to test logic and navigation before committing to complex programming.
Activity 01
In small groups, students are given a problem statement (e.g., a bushfire alert app). They must rapidly sketch 5-10 screens on paper and 'play' the app for another group, moving paper elements to simulate button clicks.
What is the difference between a wireframe and a prototype?
Activity 02
Individually, students map out the steps to complete a specific task (e.g., booking a community hall). They then pair up to compare flows, identifying where a user might get lost or where steps can be simplified.
How do user flows guide interface design?
Activity 03
Assign groups to represent different prototyping tools (Figma, Adobe XD, Canva, or hand-sketching). Groups must argue why their tool is the best choice for a specific project constraint, such as speed, collaboration, or high-fidelity realism.
Which tools are most effective for rapid prototyping?
A few notes on teaching this unit
Watch Out for These Misconceptions
Wireframes need to include final images and brand colours.
Wireframes should be skeletal to focus on layout and flow. Using 'grey-boxing' in collaborative sessions helps students stay focused on structure rather than aesthetics.
A prototype is the same as the final coded product.
A prototype is a simulation used for testing. Peer-to-peer demonstrations help students understand that a prototype's goal is to validate ideas quickly, not to have a working back-end database.
Methods used in this brief
User-Centred Design Principles
Students explore the principles of user-centred design to understand how digital solutions can be tailored to meet specific user needs. They analyse existing interfaces to identify effective design patterns and accessibility features.
8 methodologies
Evaluating User Interfaces
Students learn to evaluate digital prototypes using heuristic evaluation and user testing methodologies. They gather feedback to iteratively improve their digital solutions.
8 methodologies