Page 88 - Ai Robogenius

2. Refine the Program
Task: Run the code on a real micro:bit or in the simulator. Adjust the light and

temperature values until the alarm works correctly in different conditions.
Skills Practiced: Debugging, logical testing and iterative improvement.

Outcome for Session 2

A working MakeCode program that senses light and temperature and responds with icons

or sound alerts.

Session 3: Testing and Enhancement

Activities:

1. Observe and Record Results

Task: Test the Smart Eco Alarm in different environments—bright light, low light, warm

and cool. Record what icons or sounds appear under each condition.

Skills Practiced: Observation, data recording and analytical thinking.

2. Enhance the Project

Task: Add extra features such as using Button A to show temperature, Button B to
show light level or sending a Too Hot message to another micro:bit using radio blocks.

Skills Practiced: Creative extension, multitasking logic and use of buttons and radio
communication.

Outcome for Session 3

A tested and improved Smart Eco Alarm project that can display readings, send alerts

and promote energy awareness.

Final Deliverables

Tick ( ) the box if submitted:

A report on in-buit micro:bit sensors.

A hand-drawn plan showing how the Smart Eco Alarm System works.
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A working MakeCode program that senses light and temperature and
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responds with icons or sound alerts.

Recorded observations of how the alarm reacts in different conditions.
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An enhanced version of the Smart Eco Alarm using buttons or radio
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communication.

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