Technologies · Year 5 · Designing for Users · Term 2

Empathy in Design: Understanding User Needs

Students will learn to empathize with different users to understand their needs and challenges when interacting with technology.

• ACARA Content Descriptions
• AC9TDI6P05

About This Topic

Empathy in design teaches Year 5 students to consider users' perspectives, needs, and challenges when developing technology solutions. They create user personas, conduct interviews, and observe interactions to identify what makes a product usable and inclusive. For example, students might explore how a school app frustrates younger siblings or excludes students with visual impairments. This aligns with AC9TDI6P05, where students generate, communicate, and critique design ideas that meet identified needs.

The topic connects Technologies to Health and Wellbeing by building empathy and collaboration skills. Students learn that diverse users, from children to elderly family members, experience technology differently, fostering inclusive thinking essential for future digital citizenship. Group discussions help refine ideas, turning personal insights into shared design criteria.

Active learning excels in this area through role-playing user scenarios and hands-on empathy mapping. These methods let students experience challenges firsthand, making abstract concepts concrete. Collaborative activities encourage peer feedback that deepens understanding and improves design outcomes beyond passive instruction.

Key Questions

1. Explain how understanding user perspectives improves design.
2. Design a user persona for a specific target audience.
3. Critique a product's design based on the needs of diverse users.

Learning Objectives

• Design a user persona for a specific target audience, including their needs, goals, and potential challenges with technology.
• Critique a given product's design based on the identified needs and challenges of diverse user groups.
• Explain how understanding user perspectives directly improves the usability and inclusivity of technological designs.
• Identify at least three distinct user needs for a hypothetical technology product through empathy mapping.

Before You Start

Identifying Problems and Needs

Why: Students need foundational skills in recognizing problems and articulating needs before they can empathize with users to understand their specific challenges.

Basic Digital Technologies

Why: Familiarity with common digital devices and interfaces allows students to more easily analyze how different users might interact with technology.

Key Vocabulary

User Persona	A fictional character created to represent a typical user of a product or service, based on research and user data.
Empathy Mapping	A collaborative tool used to gain a deeper understanding of a user by visualizing what they say, think, feel, and do in relation to a product or service.
User Needs	The specific requirements, desires, or problems that a user has which a product or technology aims to address.
Inclusive Design	The process of designing products, services, and environments to be usable by as many people as possible, regardless of age, ability, or background.

Watch Out for These Misconceptions

Common Misconception

Design success depends only on appearance.

What to Teach Instead

Effective design prioritizes user functionality and accessibility. Interview activities reveal how 'cool' looks fail real users, while peer critiques help students prioritize needs over aesthetics.

Common Misconception

All users have the same needs.

What to Teach Instead

Users differ by age, ability, and context. Role-playing diverse personas shows these variations, and group sharing corrects assumptions through evidence from classmates' insights.

Common Misconception

Empathy adds unnecessary time to design.

What to Teach Instead

Empathy leads to better, efficient solutions. Prototyping with user feedback in activities demonstrates fewer revisions later, as students see flawed designs iterated quickly.

Active Learning Ideas

Pairs: User Interviews

Students pair up and role-play as designers interviewing potential users for a playground tech tool, like an interactive sign. Each asks prepared questions about needs and barriers, then switches roles. Pairs summarize findings on a shared chart.

30 min·Pairs

Small Groups: Persona Creation

Groups receive photos of diverse users and build visual personas with details on age, abilities, preferences, and challenges. They add quotes from imagined interviews. Groups present personas to explain design implications.

45 min·Small Groups

Whole Class: Design Critique

Display images of everyday tech products. Class discusses strengths and weaknesses from different user views, voting on improvements. Record critiques on a class board for reference.

40 min·Whole Class

Individual: Empathy Mapping

Students select a product and fill empathy maps with what users say, think, do, and feel. They reflect on one change to better meet needs. Share maps in a gallery walk.

25 min·Individual

Real-World Connections

• Product designers at companies like Apple or Google conduct user interviews and create personas to ensure their new devices and apps are intuitive for people of all ages and abilities, such as designing larger text options for older adults.
• UX (User Experience) researchers for video game developers observe how children play games to understand frustration points and design tutorials that are easy to follow, making the game enjoyable for a younger audience.
• Architects designing public spaces, like libraries or parks, use empathy to consider the needs of diverse visitors, including parents with strollers, individuals using wheelchairs, and elderly patrons, to create accessible and welcoming environments.

Assessment Ideas

Quick Check

Provide students with a picture of a common technology product (e.g., a remote control, a simple app interface). Ask them to list two potential user needs that this product addresses and one way it might be difficult for a specific user group to use. Collect responses to gauge understanding of user needs.

Peer Assessment

Students create a user persona for a classmate. They then swap personas and use a checklist to evaluate: Does the persona include a name, age, and a clear goal? Are at least two potential technology challenges listed? Are the needs clearly stated? Students provide one suggestion for improvement to their partner.

Discussion Prompt

Pose the question: 'Imagine you are designing a new learning app for Year 5 students. How would you ensure it works well for someone who is new to using computers and also for someone who uses technology every day?' Facilitate a class discussion, guiding students to connect empathy with design choices.

Frequently Asked Questions

How to teach empathy in design for Year 5 Technologies?

Start with relatable scenarios, like redesigning a school lunch app. Use interviews and personas to gather user data, then critique samples. This builds skills step-by-step, linking personal experiences to curriculum standards. Hands-on tools like sticky notes for empathy maps keep engagement high and make abstract ideas accessible.

What is a user persona in design thinking?

A user persona is a fictional profile representing a target user group, including demographics, goals, frustrations, and behaviors. Students create them from interview data to guide decisions. In Year 5, visual formats with drawings and quotes help focus designs on real needs, improving relevance and inclusivity.

How does active learning help students understand empathy in design?

Active methods like role-playing users or mapping emotions provide direct experience of challenges, far beyond reading definitions. Collaborative critiques let students defend ideas and learn from peers, building deeper empathy. These approaches make skills stick, as students apply insights immediately to prototypes and see design improvements.

How does this topic align with AC9TDI6P05?

AC9TDI6P05 requires students to generate, communicate, and critique design ideas safely and inclusively. Empathy activities develop these by basing ideas on user needs, using personas for communication, and critiques for evaluation. It supports broader Technologies goals of ethical, user-focused solutions.