This program runs at Museums Discovery Centre Castle Hill and Powerhouse Museum Ultimo.
Ever wondered how TV remotes, game controllers and other smart devices work? Discover how in this hands-on electronic technologies workshop.
Your class will gain an understanding of how non-computerised smart devices function thanks to microcontrollers such as Arduino. Using code language based on C/C++, learners will also discover how to control an Arduino featuring the MAAS ThinkerShield.
Your class will be guided in how to write code to control the ThinkerShield’s LED lights and create custom light patterns, and once learners have mastered that, the possibilities are endless! They can experiment, tinker and invent with the ThinkerShield’s many components to demonstrate their gained coding knowledge.
Tickets
Type | Name | Price | Comment |
---|---|---|---|
Learner | $15 | Groups of 18 or more | |
Session | $240 minimum charge | Groups of 17 and less | |
Supervisor | Free |
Plan Your Experience
All the information you need to plan your visit is available on the Powerhouse Museum venue page, including:
Back to top of pageLearning Resources
Australian Curriculum
ACTDIP030 (Digital Technologies)
ACTDIP029 (Digital Technologies)
- MAAS - Certificate of Currency - 1.7.19 - 30.6.20 PDF
- 2019-20 Powerhouse Museum WHS Risk Assessment DET format PDF
Curriculum Links
NSW Incorporating Australian Curriculum
Link | Description |
---|---|
TE4-1DP | designs, communicates and evaluates innovative ideas and creative solutions to authentic problems or opportunities |
NSW Incorporating Australian Curriculum
Link | Description |
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TE4-4DP | designs algorithms and implements them in an appropriate programming language |