09/04/2026
If you complete the Mini Golf Challenge, here are some documenting targets this activity meets.
🏡📚 **HOMESCHOOL FAMILIES — DOCUMENT THE LEARNING!**
Did you know this family adventure can count as meaningful learning time too?
Here are some of the learning targets your child may be working toward while they build, test, play and improve their mini golf course.
✨ **GRADES 1–3**
You can document learning in:
🔢 **Math**
• Counting and recording strokes
• Adding small totals
• Comparing numbers — more, less and equal
• Estimating and measuring distance
• Exploring shapes, position and direction
🔬 **Science & STEM**
• Predicting what will happen
• Exploring pushes, movement and direction
• Building and testing structures
• Changing a design when something doesn't work
📝 **Language Arts**
• Giving and following directions
• Explaining how they built their hole
• Using sequencing words such as first, next and last
• Describing what worked and what they would change
🤝 **Life Skills**
• Problem solving
• Cooperation
• Turn taking
• Perseverance
✨ **GRADES 4–6**
You can document learning in:
🔢 **Math**
• Measuring length and distance
• Estimating before measuring
• Adding and comparing scores
• Creating score tables
• Exploring angles and how they affect movement
• Collecting and interpreting simple data
🔬 **Science & STEM**
• Forces and motion
• Cause and effect
• Designing, testing and improving a prototype
• Investigating how ramps, surfaces and obstacles change movement
📝 **Language Arts**
• Writing clear instructions
• Explaining design choices
• Using descriptive and technical vocabulary
• Reflecting on results
🧠 **Competencies**
• Critical thinking
• Collaboration
• Creativity
• Problem solving
✨ **GRADES 7–9**
You can document learning in:
📐 **Math**
• Measurement
• Angles
• Distance
• Operations through score keeping
• Data collection and comparison
• Looking for patterns between ramp height, angle, distance and results
🔬 **Science & Design**
• Forces and motion
• Friction
• Energy transfer
• Testing variables
• Making predictions
• Designing a fair test
• Engineering through the design-test-redesign process
📝 **Communication**
• Explaining reasoning
• Recording observations
• Defending design choices with evidence
• Evaluating what could be improved
✨ **GRADES 10–12**
Older students can take the challenge even further and document:
📊 **Math**
• Accurate measurement
• Angle calculations
• Data collection and analysis
• Comparing trials
• Graphing results
• Looking for relationships between variables
⚙️ **Science / Physics**
• Force
• Motion
• Friction
• Velocity
• Energy
• Effect of surface, slope and angle on movement
🏗️ **Design & Applied Learning**
• Planning
• Prototype development
• Testing
• Troubleshooting
• Redesigning based on evidence
• Evaluating efficiency and effectiveness
🗣️ **Language & Communication**
• Creating instructions
• Writing a design reflection
• Explaining conclusions using evidence
📋 **EASY HOMESCHOOL RECORD**
You could record today's learning like this:
**Family Adventure: Build-It Mini Golf Challenge**
*Designed and constructed a homemade mini golf course. Practised measurement, estimation, score keeping, problem solving, design, testing and redesign. Explored how angles, surfaces, force and obstacles affected the movement of the ball. Communicated design ideas and reflected on changes that improved the course.*
📸 **DOCUMENTATION IDEA:**
Snap a few pictures of the building process, keep your child's scorecard or drawing of their course, and add a one- or two-sentence reflection.
That’s a beautiful little piece of your homeschool learning record — without needing another worksheet. 💜