In this lesson students understand design thinking as a process for solving problems creatively. Students explore the design thinking process of empathising and seek to understand more about the users and the problem they are trying to solve. This particular lesson explores reducing litter through the design brief although the activities can be used to empathise with any design.
Ask students if they think litter is a problem in their schoolyard and if it is how they know it is a problem. Maybe they have seen litter in the schoolyard, have littered before or have seen people drop rubbish in the schoolyard. Explain to students that they are going to design a digital solution to help solve the problem of litter but in order to do that they will need to understand if litter is actually a problem. Show the students Schools clean up day, a film about waste in the schoolyard. Complete a See, think, wonder thinking routine. While watching the film, ask students to consider what they see. They can list their responses on a piece of paper. Then ask them what they think about what they are seeing. Finally ask them about what they wonder. Share students’ responses and have a discussion to unpack some of the concepts brought up.
The aim of this lesson is to understand how the design thinking process works and to understand the users so we can design a digital solution to reduce the amount of litter in the schoolyard.
Explain to students that design thinking is a process or approach to how we can think about the problems we are trying to solve. It is a common process in the game and app-making industry and is used to solve a variety of problems. A large part of design thinking is to empathise with the people who will be using your app or game and understanding the problem.
The first part of design thinking is to empathise with the users. During this part of the process we want to feel what our users feel and put ourselves in the shoes of others. By doing this we can consider how people might feel about a problem. After empathising, we define what the problem is and decide on a point of view (POV). After defining the problem, the next step is to ideate or generate a number of ideas. We then brainstorm ideas and analyse and refine them, so that we can narrow them down to the feasible ideas. Then we start to design. Finally, the design is turned into a prototype and tested. Although design thinking has an order, this is not a linear process. At times we will move between prototyping and back to ideation or empathising. It is a fluid process that develops as the design does.
Explain to students that they are going to participate in some design thinking activities to help them empathise with a problem and users. By empathising, students can understand why people behave, think and feel a certain way, which will help when designing a solution to help them. Remind students that they are considering the following design brief:
Litter is a large environmental issue across the world. Rubbish that is dropped on the ground ends up in our oceans, hurting animals. It also fills up our parks and gardens. Schools often have problems with rubbish taking over the school.
Design and make a digital solution for young children to help reduce the amount of litter in the schoolyard.
Explain to students that they are going to explore empathy in two different ways: empathising with the user and empathising with the problem. We want to know as much as we can about the person who we are trying to convince, or whose behaviour we are trying to change. We also need to ensure that there is actually a problem by collecting data and making observations
Explain that students will collect data about litter as their first activity for empathising. Discuss how students might choose to collect data
Pairs of students should collect the data and present this visually using software such as Excel or Google Sheets.
In the next activity students will use the sequential question and insight diagram (SQUID). This activity is best done in groups of four.
The SQUID activity allows students to consider what they already know about the problem and what other questions they may need to explore. Give students two colours of sticky notes, one colour for answers and one for questions. To start, students generate a question that relates to the topic (eg why do people litter?) Then, using a different colour of sticky note, they answer the question with three different answers, thinking about what different people may answer (eg they are lazy; there are no bins; they don’t realise it is bad for the environment). Students then return to question mode, asking a question based on the answer they just gave. This continues with answers. Soon, the sticky notes will look like a giant squid.
Now that students know more about the problem it is time to understand the people whose behaviour they are trying to change or influence. For this design brief, the people are the children in the school. Students will need to interview a variety of other students across the school to learn about the decisions they make and how they feel. Students should be encouraged to use their SQUID as inspiration for their interview questions.
The first step is for students to develop the questions they wish to have answered. The questions should be open-ended to elicit as much information as possible. Students should start by brainstorming the different questions they could ask, and grouping similar questions together. The questions should be brief and to the point so that the user doesn’t get confused.
Example questions include:
The interviews should be conducted in pairs; one student asks the question and the other takes notes.
The following tips may help students to conduct the interview:
Give students time to identify the key messages from the answers.
Prepare a time for students to share their learning. This can be set up as a pitch to show others that there is actually a problem with rubbish and what we know about users.
Give each pair two minutes to share the most important findings from their empathising.
Students can frame the pitch using the following structure:
After the presentations, facilitate a discussion recapping the understandings.
Ask students the following questions to guide reflection: