Core Skills Analysis
Mathematics
- Applied concepts of measurement by converting hand‑drawn dimensions into real‑world scale for the 3D prototype.
- Used geometry to design curved mini‑golf obstacles, considering angles, arcs, and symmetry.
- Calculated surface area and volume of the prototype pieces to estimate material usage.
- Practised scaling ratios when enlarging a small sketch to a life‑size model, reinforcing proportional reasoning.
Science
- Explored basic physics of motion by testing how a golf ball rolls over different slopes and textures.
- Observed friction and gravity effects, noting which materials slowed the ball and which accelerated it.
- Investigated energy transfer as potential energy at the start of a ramp converted to kinetic energy down the course.
- Formulated hypotheses about how obstacle shape influences ball trajectory and tested them experimentally.
Design and Technologies
- Followed the design cycle: research (sketches), planning (materials list), creating (3D build), and evaluating (play‑testing).
- Selected appropriate materials (cardboard, foam, 3‑D printed parts) based on strength, weight, and safety.
- Documented the prototype process with photos and notes, creating a technical record for future iterations.
- Iterated design after play‑testing, modifying obstacle angles to improve flow and challenge level.
Visual Arts
- Translated two‑dimensional drawings into three‑dimensional forms, reinforcing spatial awareness.
- Used colour, texture, and decorative elements to make the mini‑golf course visually engaging.
- Applied principles of composition by arranging obstacles to create a balanced, inviting layout.
- Communicated ideas through sketch annotations, labeling dimensions, materials, and intended player experience.
English
- Wrote clear step‑by‑step instructions for assembling the prototype, practising procedural text conventions.
- Created a brief promotional flyer describing the “Aussie Mini Golf Adventure,” using persuasive language.
- Reflected on the design experience in a journal entry, expressing feelings about successes and challenges.
- Presented the finished prototype to family, using oral storytelling techniques to explain design choices.
Tips
To deepen learning, set up a mini‑tournament where players record the number of strokes each hole takes and use that data to calculate averages and percentages, linking back to math. Next, experiment with different surface materials (sandpaper, felt, rubber) on the same obstacle to compare friction effects and write a short science report. In a design workshop, challenge the student to redesign one hole for a specific theme (e.g., outback, surf) and produce a new sketch, prototype, and marketing poster. Finally, have the learner create a digital storyboard or video walkthrough of the course, practicing narrative skills and multimedia presentation.
Book Recommendations
- The Way Things Work Now by David Macaulay: Illustrated guide that explains the physics behind everyday machines, perfect for linking mini‑golf mechanics to real‑world forces.
- Design Squad: Building the Future by Diana Schaub: A kid‑friendly look at the design process, from brainstorming to prototyping, with hands‑on project ideas.
- The Mini Golf Book by John R. K. Hart: Fun facts, history, and design tips for mini‑golf courses around the world, inspiring creative obstacle ideas.
Learning Standards
- Mathematics: ACMMG063 – recognise and use concepts of length, area, volume; ACMMG072 – solve scaling problems.
- Science: ACSSU078 – investigate forces; ACSSU099 – explore energy transfer.
- Design and Technologies: ACTDEP044 – investigate and define a design problem; ACTDEP045 – develop design solutions; ACTDEP046 – evaluate and improve.
- Visual Arts: ACAVAR058 – explore and develop ideas; ACAVAR059 – communicate ideas through visual representations.
- English: ACELA1505 – create texts for specific purposes; ACELY1714 – use visual and written language to convey information.
Try This Next
- Worksheet: "Scale It Up!" – students convert drawn dimensions (cm) to prototype dimensions (mm) using a chosen scale factor.
- Quiz: 5 multiple‑choice questions on friction, gravity, and measurement that can be completed after play‑testing.