Interactive Kahoot Challenge

Overview

Today’s lesson uses Kahoot to help Stage 3 students practise defining problems with given design criteria by co-creating user stories. Students will learn how to participate safely and respectfully in a digital quiz environment, then use quiz results to discuss and refine their thinking.

Learning intentions

• Students will define a problem using given design criteria.
• Students will co-create a user story using a simple template (for example, “A has so that…”).
• Students will use Kahoot to answer questions, explain choices, and justify a proposed solution.
• Students will demonstrate digital citizenship by using respectful language and responsible device use.

Success criteria

• I can describe a problem and list at least two design criteria.
• I can write a user story that follows the structure “A wants/has so that…”.
• I can participate in Kahoot responsibly and explain why an answer best fits the criteria.
• I can give and use feedback respectfully to improve a user story.

Curriculum links

• Digital Technologies — Students learn to define problems with given design criteria and by co-creating user stories.
• Digital Technologies — Students use guiding questions to build a user story and co-create it with peers.
• English (Stage 3 speaking/listening) — Students plan and deliver short oral explanations using clear, structured language to support audience understanding.
• Digital citizenship — Students demonstrate safe, respectful, and responsible use of technology during interactive learning.

Lesson structure (60 minutes)

1. 0–5 min · Hook and expectations. Teacher shows a short example Kahoot screen and asks: “What makes a good question in a quiz—clear or tricky?” Students share quick ideas while teacher sets device and safety expectations (respect, no teasing, remain on task).

2. 5–12 min · Direct teach: problem + design criteria. Teacher models a familiar scenario (e.g., “Our school needs a way to stop pets digging holes near the fence”). Teacher identifies: problem statement and two achievable design criteria (within a time limit, within budget, works at school during certain hours). Students co-create two possible criteria using the board.

3. 12–22 min · Kahoot Quiz 1 (warm-up). Teacher launches Kahoot with 8–10 multiple-choice questions about:

• identifying problems,
• choosing achievable design criteria,
• recognising parts of a user story. Students play in pairs on one device or individually if devices allow. Teacher pauses after 3 questions for a quick “show your thinking” vote: students hold up thumbs (agree/unsure) and justify one choice aloud.

4. 22–30 min · Quick debrief and vocabulary anchoring. Teacher displays anonymised results (only categories, not names), then asks:

• “Which question was hardest and why?”
• “What wording helped you choose?” Students use sentence starters to explain: “I chose because…”, “The design criteria means…”, “A user story should include…”

5. 30–48 min · Co-create user stories (Kahoot as feedback loop). Teacher assigns small groups (3–4). Each group chooses a scenario from a short list (teacher-provided options), for example:

• budgeting presents for family members,
• entertaining a puppy at school,
• tracking animal populations (using simple GPS wording). Students write a user story using the template “A has/wants so that…” and include 2 design criteria. Then teacher runs Kahoot Quiz 2 (6–8 questions) where students select the best user story example from presented options. Groups discuss which option best matches criteria and mark what to improve in their own story.

6. 48–55 min · Share-out presentations. Each group delivers a 30–45 second pitch to the class: their problem, two design criteria, and their user story. Teacher reminds students to use clear, structured language and objective reasoning (“This meets the criteria because…”).

7. 55–60 min · Exit ticket (Kahoot or paper). Students complete a final 3-question check:

• identify the problem,
• choose correct structure for a user story,
• match answer to a design criterion. Teacher uses results to plan next steps.

Resources

• Teacher device and projector/interactive display
• Kahoot account (teacher) and a set of Stage 3-appropriate quiz questions
• Student devices with Kahoot access (or paired sharing plan)
• Scenario cards (teacher-prepared)
• User story template on paper or in a shared document
• Digital citizenship reminder slide (respectful language, device care, on-task use)
• Timer and group roles (Reader, Writer, Speaker, Checker)

Assessment

• Formative during Kahoot: teacher monitors patterns in incorrect answers to identify misconceptions about “problem” vs “solution” and “design criteria” vs “wish”.
• Group product assessment: teacher checks user stories against the template and whether design criteria are specific and achievable.
• Oral explanation check: teacher listens for structured reasoning (“problem → criteria → user story”) during share-out.
• Exit ticket results: quick indicator for which class concepts need reteaching.

Differentiation

• Support:
• Provide sentence starters and a partially completed template (e.g., “A wants ___ so that ___.”).
• Offer a word bank for design criteria (within budget, suitable time, works at school, easy to use).
• Allow paired device use and assign roles to reduce cognitive load.
• Extension:
• Challenge groups to add one extra criterion (for example, “easy to maintain” or “safe to use”).
• Ask students to critique two competing user stories: “Which is better and why?”
• EAL/SEN considerations:
• Use visuals on scenario cards and consistent language across quizzes.
• Encourage rehearsing the 30-second pitch with a script before presenting.
• Accept oral responses recorded by a peer if writing is a barrier.

Digital citizenship strategies (built in)

• Before Kahoot: class agrees on respectful behaviour and “no blaming” when answers are wrong.
• During Kahoot: remind students to keep headphones/volume appropriate, stay on the learning task, and avoid personal comments about others.
• After Kahoot: teacher frames mistakes as information for improving design stories, not as “failures.”