Activity 01
Peer Teaching: The Slip and Score Expert
After a brief demo, one student in each group is designated the 'Structural Engineer'. They must teach their peers the correct way to score and join two pieces of clay, checking everyone's work to ensure a strong bond.
Analyze how the texture of clay changes as it dries.
Facilitation TipDuring Peer Teaching: The Slip and Score Expert, circulate with a tray of pre-joined clay pieces, one slipped/scored and one not, so students can physically test the difference.
What to look forObserve students as they form their pinch pots. Ask: 'Show me how you are thinning the walls,' and 'Where is your pot most likely to collapse if you aren't careful?'
UnderstandApplyAnalyzeCreateSelf-ManagementRelationship Skills
Generate Complete Lesson→· · ·
Activity 02
Stations Rotation: Hand-Building Basics
Three stations are set up: one for making the perfect pinch pot, one for rolling even coils, and one for creating flat slabs. Students rotate through each, creating a small 'sample' of each technique to keep in their workspace.
Construct a stable pinch pot, considering its base and walls.
Facilitation TipFor Station Rotation: Hand-Building Basics, set up stations with exact moisture levels labeled (e.g., 'fresh clay' vs. 'leather-hard') to reinforce the importance of timing.
What to look forAfter students have added surface details, ask: 'Describe one way you changed the texture of your clay. How did the clay feel different when you were adding this detail compared to when you first started?'
RememberUnderstandApplyAnalyzeSelf-ManagementRelationship Skills
Generate Complete Lesson→· · ·
Activity 03
Inquiry Circle: The Tallest Tower
In pairs, students are given a set amount of clay and must use a combination of coils and slabs to build the tallest stable structure they can. They must discuss and test different 'foundations' to see what supports the weight best.
Explain how to add surface details to a 3D clay form.
Facilitation TipIn Collaborative Investigation: The Tallest Tower, provide a ruler and a timer as tools to encourage students to measure and adjust their strategies in real time.
What to look forHave students display their nearly dry pinch pots. Ask them to walk around and identify one pot with an interesting surface detail. They should then tell the creator, 'I like how you used [specific technique] to create [visual effect].'
AnalyzeEvaluateCreateSelf-ManagementSelf-Awareness
Generate Complete Lesson→A few notes on teaching this unit
Teach by doing, not telling. Demonstrate each technique slowly, emphasizing the pressure of your fingers and the clay’s response. Avoid over-explaining; instead, ask open-ended questions like, 'What happens if you press too hard here?' Research shows that hands-on mistakes lead to deeper understanding than passive instruction. Watch for students who rush or press inconsistently, as these habits often cause structural failures later.
Successful learning looks like students shaping clay with purpose, not just pressing shapes. They should adjust thickness, join pieces with intention, and explain why certain techniques prevent cracks or slumps. Their work should stand up on its own, both physically and conceptually.
Watch Out for These Misconceptions
During Peer Teaching: The Slip and Score Expert, watch for students who assume clay joins work like glue. The correction is to have them test both slipped/scored and un-slipped joins by pulling gently. When the un-slipped piece fails, ask, 'Why did this happen? What does that tell us about how clay really sticks together?'
During Station Rotation: Hand-Building Basics, students often think thicker clay is always stronger. The correction is to set up a kiln firing test with two identical forms, one thick and one thin. Before firing, ask them to predict which will survive, then compare results afterward to highlight how uneven thickness traps moisture and causes cracks.
Methods used in this brief