Active learning ideas
Evaluating User Interfaces is the final, critical step in the iterative design cycle. Students apply formal methodologies, such as Nielsen’s 10 Usability Heuristics, to objectively assess digital solutions. This topic aligns with the ACARA requirement for students to evaluate the effectiveness of their solutions against social, economic, and environmental criteria.
Activity 01
Divide the class into two sides. One side argues that expert heuristic evaluation is more efficient, while the other argues that real-world user testing provides more valid data for improving a solution.
How do we measure the usability of an interface?
Activity 02
Students work in pairs where one is the 'user' and the other is the 'observer'. The user attempts to complete a task on a prototype while speaking their thoughts aloud, while the observer records friction points without helping.
What are Nielsen's heuristics?
Activity 03
Students display their initial wireframe alongside a user feedback summary and their revised design. Peers move around the room to see how specific feedback directly influenced the final design changes.
How should user feedback inform design iterations?
A few notes on teaching this unit
Watch Out for These Misconceptions
If the developer can use the app, it's easy to use.
Developers have 'expert blind spots'. Active peer testing with students from different subject areas surfaces usability issues that the creator would never notice.
User testing is only about finding bugs in the code.
User testing focuses on the interface logic and user experience, not just technical errors. Using structured observation sheets helps students focus on navigation and clarity rather than just syntax errors.
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
Prototyping and Wireframing
This topic focuses on translating design concepts into low-fidelity and high-fidelity prototypes. Students use industry-standard tools to model user flows and interface layouts.
8 methodologies