Create, Experiment, Build, Question and Learn.
I am a specialist Product and Graphic Design Teacher, specialising in the Iterative process of designing, prototyping and evaluating. With a particular focus on entrepreneurship and making, rooted in real-world contexts and challenges.
My mission is to plan and deliver creative, fun and engaging lessons for KS3, 4 and 5, ages 11-18.
Create, Experiment, Build, Question and Learn.
I am a specialist Product and Graphic Design Teacher, specialising in the Iterative process of designing, prototyping and evaluating. With a particular focus on entrepreneurship and making, rooted in real-world contexts and challenges.
My mission is to plan and deliver creative, fun and engaging lessons for KS3, 4 and 5, ages 11-18.
Pupils’ love being creative with this project. Lessons are differentiated with strong cross-curricular (Literacy, Geography, Science) links, whilst requiring very little resources (only paper and product examples). Also Included are diffirenciated resources and student/teacher examples.
In this first lesson, students will be introduced to the iterative product design process. They will be briefly introduced to ‘what makes a good design?’ through Jonny Ive and Dieter Rams’ 10 principles of good design. This leads to a group ‘ranking task’ where they must rank and discuss varying design examples of a hair dryer product.
They will conduct a piece of product analysis using the ACCESS FM system; through group tasks, individual tasks and class-discussions. Leading to a piece of problem analysis to help find a justified improvement or gap in the market place for their own product.
Lesson consists of ranking activity> class discussions>prep task> main task(s). Lesson could be extended over several lessons.
If you enjoyed this lesson, please see the other lessons in my Product Design series/SOW (where the full iterative design process is covered). In this unit, pupils will gain an understanding into what is product design and the creative process of a designer, from existing research/analysis, writing a specification, initial ideas, isometric drawing and CAD modelling.