AI & IoT Maker: Smart Care Devices
Recommended: 4 × 3h · 12 hours
Read sensors, design conditions and use AI to understand the code behind an everyday device.
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Who is it for?
School and institutional groups of high-school students. Teacher and adult formats can be tailored to skills and equipment.
What will you work towards?
Understand input–condition–output automation
A prototype using sensors, buttons and a motor
A code revision and test log, plus a one-minute presentation
How much time should you plan?
Standard 12-hour format includes demonstrations, individual work, troubleshooting, feedback and saving.
Short format: The original four-session, eight-hour format uses a prepared example or one limited function.
Output scope is adjusted to the learners’ starting level.
What will you explore?
The earlier four-session, eight-hour smart-care outline is extended to 12 hours, allowing for wiring, troubleshooting, rebuilding and team presentations. Simulation and physical kits remain separate.
01 Automation and sensors
- Practice
- Simulate LEDs, buttons and light sensors; interpret code with AI
- Output
- An automatic-light simulation
02 Smart-care behaviour
- Practice
- Design distance sensing, servo movement, conditions and delays
- Output
- A circuit concept and behaviour scenario
03 ET-Board hardware
- Practice
- Connect the board, read sensors, show status and debug
- Output
- A hardware input/output test log
04 Build and present
- Practice
- Assemble the kit, repeat tests and improve a feature
- Output
- A care-device prototype, such as a feeder, and a presentation
Be the first to hear when it opens.
We review interest and availability before sharing the course plans. We will contact you once dates and application details are confirmed.
Non-members are welcome. Existing members can verify their membership and reuse their details.