Cipta — Workshop Stack v1

Five signature workshops + one bridge module to the Cultural Robotics program. Each is designed to run as a 90-minute single session OR as the foundation for a multi-week module.

Format key:

• Cultural anchor — the heritage object and its meaning.
• Engineering concept — the testable, teachable idea.
• Take-home artefact — what the child carries out the door.
• Lesson flow — the 5-stage Cipta arc: Story → Investigate → Design → Build → Share.
• Materials — per-child + shared.
• Curriculum hooks — Australian Curriculum v9 learning areas + general capabilities.
• Differentiation — how to scale up/down for ages and abilities.

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Workshop 1 — Ketupat Geometry & Weaving Structures

Cultural anchor: The ketupat is a diamond-shaped pouch woven from young palm leaves, traditionally filled with rice and eaten during Eid across Malay/Indonesian/Singaporean Muslim cultures. The weave is also a meditation: one strip over, one under, one over, one under. The shape — the rhombic dodecahedron implied by the weave — is one of the few space-filling polyhedra in nature.

Engineering concept: Structural weaving, tessellation, lattice rigidity, polyhedra. Why does an over-under weave hold its shape? Why does a diamond shape pack better than a circle?

Take-home artefact: One paper or palm-frond ketupat (decorative, non-rice-filled), and a paper “ketupat lantern” variation with a tea-light insert.

Lesson flow (90 min):

1. Story (10 min) — show real ketupat, explain the celebration, the weave, the meaning.
2. Investigate (15 min) — students compare a single strip to a woven mat — which is stronger? Test by hanging weights.
3. Design (10 min) — sketch a ketupat shape. Predict how many crossings.
4. Build (40 min) — guided weaving from pre-cut paper strips (palm-leaf version optional with extra time).
5. Share (15 min) — students hold up their ketupat, name one cultural meaning and one structural insight.

Materials per child: 8 paper strips (1.5cm × 30cm) in two colours, 1 LED tea-light (for lantern variation), 1 culture card. Shared: Sample real palm-frond ketupat, weights for the rigidity test.

Curriculum hooks (v9):

• Mathematics — Space (geometric properties, transformation, tessellation).
• Design & Technologies — design process, materials and properties, structural systems.
• HASS — culture, celebration, identity.
• General capabilities — Intercultural Understanding (high), Critical & Creative Thinking.

Differentiation:

• Years P–2: pre-folded paper templates, focus on pattern repetition.
• Years 3–4: full weave from strips, two colours.
• Years 5–6: weave + measure angles, predict surface area, count edges/vertices.
• Years 7–9: weave the full 3D shape, derive polyhedron properties, discuss Catalan solids.

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Workshop 2 — Lantern Circuits

Cultural anchor: Lanterns appear across Eid (fanous), Vesak Day, Lunar New Year, Diwali, Hanukkah. Light = celebration, reverence, hope, return. The act of lighting a lantern is shared across an enormous cultural arc.

Engineering concept: Closed circuits, polarity, current, simple switches, paper as a structural material.

Take-home artefact: A working illuminated paper lantern with an on/off switch.

Lesson flow (90 min):

1. Story (10 min) — lanterns across cultures, why light, why fragile materials.
2. Investigate (15 min) — students wire a coin cell + LED with copper tape on a card. What happens when polarity reverses? What happens at a break in the tape? Build a “switch” by lifting and pressing.
3. Design (10 min) — sketch lantern shape and where light goes.
4. Build (45 min) — fold lantern frame, lay copper tape circuit, attach LED, build paper switch, decorate.
5. Share (10 min) — lights off in the room, lights on the lanterns.

Materials per child: 1 sheet card (A3), 1 m copper tape, 1 LED (warm white), 1 CR2032 coin cell, 1 small paper clip (for switch), decoration supplies. Shared: Multimeter for demonstration, real lanterns from various cultures.

Curriculum hooks:

• Science — Physical Sciences (electricity, energy transfer).
• Design & Technologies — engineering principles, electronic systems, materials.
• The Arts — Visual Arts.
• HASS — culture, celebration.
• General capabilities — Intercultural Understanding, Critical & Creative Thinking.

Differentiation:

• Years 3–4: pre-folded lantern, simpler one-cell circuit.
• Years 5–6: students fold their own, build a switch, troubleshoot a broken circuit.
• Years 7–9: add multiple LEDs in parallel, calculate forward voltage, sketch the schematic.

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Workshop 3 — Wau Kite Aerodynamics

Cultural anchor: The wau is a Malaysian kite, the wau bulan (moon kite) being the most iconic. Wau-making is a recognised craft tradition, with kites historically flown by farmers after harvest. The shape, the symmetry, the colour all carry meaning.

Engineering concept: Lift and drag, centre of gravity, symmetry, surface area, tension.

Take-home artefact: A flyable wau kite (small format).

Lesson flow (120 min, ideally outdoors at end):

1. Story (15 min) — wau bulan, harvest, wind, sky.
2. Investigate (20 min) — students test paper of different sizes/shapes in front of a fan. Which lifts? Why?
3. Design (15 min) — sketch wau, mark centre of gravity, choose colours.
4. Build (50 min) — bamboo skewer frame, paper covering, tail attachment, string anchor.
5. Share & Fly (20 min) — outside, run, fly, reflect.

Materials per child: 4 bamboo skewers (or thin dowel), 1 sheet kite paper (lightweight), tail ribbon, 5 m kite string, glue, decoration. Shared: Strong fan for lift demo, sample wau bulan, open ground.

Curriculum hooks:

• Science — Physical Sciences (forces, motion, lift/drag).
• Mathematics — symmetry, measurement.
• Design & Technologies — structural systems, mechanical systems.
• HASS — Asia and Australia’s engagement with Asia.

Differentiation:

• Years 3–4: pre-cut wau template, decorate + fly.
• Years 5–6: students measure, build, balance, predict lift.
• Years 7–9: introduce drag coefficient, surface-area-to-mass ratio, modify a variable and test.

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Workshop 4 — Batik Pattern Algorithms

Cultural anchor: Batik is the wax-resist textile art of Indonesia (and across the Malay world). Its motifs encode region, family, occasion, and meaning. The patterns are highly mathematical — repetition, symmetry, transformation.

Engineering concept: Computational thinking — pattern as algorithm. Repetition, transformation, conditional rules. (Bridges directly to coding.)

Take-home artefact: A printed batik-inspired textile square (cotton handkerchief or tote panel).

Lesson flow (90 min):

1. Story (10 min) — batik origins, motifs, meanings.
2. Investigate (15 min) — students describe a real batik pattern as a “rule”: “start at corner, repeat every 5cm, rotate 90° each time.”
3. Design (15 min) — design own pattern as a flowchart or pseudocode on paper.
4. Build (45 min) — block-print onto fabric using carved foam stamps, applying their algorithm.
5. Share (5 min) — students name their algorithm.

Materials per child: 1 cotton square (25 × 25cm), 2 foam stamps (cut to motif), fabric paint, mini foam roller, paper plate, pencil, design sheet. Shared: Real batik samples (borrowed or printed), drying line.

Curriculum hooks:

• Digital Technologies / Design & Technologies — algorithms, pattern, sequencing.
• Mathematics — pattern, transformation, symmetry.
• The Arts — Visual Arts.
• HASS — Asia and Australia’s engagement with Asia, culture and identity.

Differentiation:

• Years P–2: stamp a repeating pattern, no flowchart.
• Years 3–4: simple flowchart (repeat 4 times, then rotate).
• Years 5–6: introduce conditional rules (“if edge, change colour”).
• Years 7–9: students translate their pattern into Scratch or pseudocode.

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Workshop 5 — Cultural Instrument Acoustics

Cultural anchor: Pick by community — gamelan (Indonesia), rebana (Malay/Arab), kalimba (East Africa), erhu (China), pungi/bansuri (India), didgeridoo (only in genuine FN partnership). The workshop scales the instrument idea to a buildable form.

Engineering concept: Acoustics — frequency, wavelength, resonance, materials. Why does a longer tube sound lower? Why does tightening a skin raise pitch?

Take-home artefact: A working tuned simple instrument (e.g., bamboo panpipe, mini rebana drum, tuned glass-bottle row).

Lesson flow (90 min):

1. Story (10 min) — chosen instrument’s culture, role, sound.
2. Investigate (15 min) — students explore pre-cut bamboo tubes of varying length and predict pitch order before testing.
3. Design (10 min) — choose a 5-note scale.
4. Build (45 min) — cut/assemble/tune their instrument.
5. Share (10 min) — group plays one note in sequence.

Materials per child: Depends on instrument chosen (e.g., 5 bamboo segments, twine, sandpaper for panpipes). Shared: Tuner app on tablet, frequency chart.

Curriculum hooks:

• Science — Physical Sciences (sound, waves).
• Mathematics — measurement, ratio.
• The Arts — Music.
• HASS — culture and identity.

Differentiation:

• Years 3–4: pre-tuned tubes, focus on sequence.
• Years 5–6: tune by trimming, calculate length-to-pitch ratio.
• Years 7–9: derive frequency = v / 2L, design a custom scale.

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Bridge Module — Heritage Robot

(Bridges the workshops above into the Cultural Robotics program — see 05-cultural-robotics-program.md.)

Cultural anchor: Build a small wheeled robot whose chassis or “skin” is a heritage object — a ketupat-shape, a lantern-shape, a wau-shape.

Engineering concept: Motors, gears, basic programming, design constraints (heritage form ↔ engineering function).

Take-home artefact: A functioning heritage-themed robot.

Why it matters: Hooks workshop alumni into the longer-form robotics program. Shows parents that Cipta scales from a 90-minute taster to a year-long competition pathway.

Format: Either a 2-day intensive or a 4-week after-school module.

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Pricing tiers (starting points — refine after first 5 paid workshops)

Format	Price (per student)	Notes
Single 60-min taster	$20	Light materials, festival-friendly
Single 90-min signature	$25	Standard offering
Single 120-min wau/instrument	$30	More materials
Full-day combo (2 workshops)	$45	Holiday programs
Term residency (8 sessions)	$180	After-school programs
Whole-school day (300 students)	$4,500 flat	Multiple facilitators

Materials cost target: 30% of price. Track per-workshop in Airtable.

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What’s next

• Build out a 6th workshop drawing on a specific community Cipta is connected to (input from user) — co-designed.
• Photograph all 5 finished take-home artefacts in studio quality for the website + decks.
• Run each workshop once with friends/family kids before paid delivery.