Matariki Star Map
Maths & 3D Modelling in Tinkercad
Platform
Digital Technologies Progress Outcomes
Cross-Curricular Links
Year Levels
Y5-6 (Directed)
Y7-8 (Guided)
Y9+
Duration
1 lesson
Resources
Differentiation
Simplify the project by preparing the data and getting the maths out of the way, so ākonga need only focus on programming and digital design.
Make the project more challenging by removing the given astronomical data and guiding ākonga to use digital resources to research the data for themselves.
Let ākonga play with colour, shape or other design parameters to help make their celestial model unique.
Extension
Prompt learners to add the star Puanga (Rigel) to their model. You may provide the astronomical data or challenge them to find it on their own.
Challenge learners to use a spreadsheet program to organise and calculate their data.
Use ‘Message’ Mark Up blocks to include information about each star of Matariki.
Prompt learners to research other stars, clusters or constellations and apply the process to add more stars to their 3D model.
About Activity
This activity uses the Tinkercad online design platform to program a three-dimensional scale model of the Matariki cluster of stars, ngā whetū o te kāhui o Matariki.
Learners will first manipulate astronomical data to calculate coordinates for plotting the nine stars of Matariki in three dimensions. They will then use Tinkercad Codeblocks to program a 3D model of the cluster to toggle and explore from every angle!
Dive in to link mathematics, coding and 3D digital design with the Māori New Year celebration of te putanga o Matariki, the rise of Matariki! Mānawatia a Matariki!
Activity Guide
Data Table Worksheets
Declination
Right Ascension
Coordinates & Size Data
SPOILER ALERT! Click below to see the completed data tables:
The calculated solutions and completed data tables are available to help simplify the activity or to help learners check their work.
Example Project GIF
Data Table Solutions
SPOILER ALERT! Data calculation solutions
