🔧
Year 9 • Lesson 15

Production Studio

Build something genuinely excellent

Craft matters. The gap between good and excellent is in the details.

🎯 Learning Objectives

  • Work independently to produce a high-quality multi-component digital project
  • Document AI use throughout the production process
  • Apply peer feedback to improve quality before final submission

📚 Key Vocabulary

Quality benchmark
A standard your work must meet or exceed
Proofing
Carefully checking for errors before finalising
Export settings
Choosing the right format, resolution and size for the output

⏱️ Lesson Timing (50 mins)

🪝
Hook
3 mins

Students review their project specification. Teacher sets the standard: "When you're done, show it to me. I should be genuinely impressed."

👨‍🏫
Teach
2 mins
  • Quality check at 40 minutes: test every success criterion. Final 10 minutes: peer review and polish.
🛠️
Create
50 mins

Students build their final Year 9 project. Teacher circulates — focus on quality, not just completion. At 40 minutes, every student does a success-criteria self-check. At 50 minutes, paired peer review: does it do everything the spec says? Document all AI use with timestamps and descriptions. Export all final files in agreed formats.

Tools:
CanvaMicrosoft 365CapCutMicrosoft Copilot
📢
Share
5 mins

Partner gives one specific improvement suggestion. Student responds: implement or defend why they won't.

🔧 Tools & Resources

🤖 AI Angle

AI use must be fully documented — what was asked, what was produced, what the student changed. This is practice for professional AI use norms.

📝 Evidence of Learning

Final project files + AI use log + peer feedback record

📚 Homework

Polish your project at home. Proofread everything. Export all final files. Organise your complete portfolio. Write your final self-evaluation (template provided) before next lesson.

⏱️ 45 mins

♿ Differentiation

Support (for students who need help)

Check-in at 15, 30 and 45 minutes with specific prompts

Extension (for advanced learners)

Create a "making of" slide — how was the project built? What tools were used? What challenges were overcome?