Students build an air quality monitoring device using the Smart Science IoT Kit and micro:bit, investigating how sensors detect airborne pollutants and particulate matter. Through real-world data collection, students explore the impact of air quality on human health and the environment, programming their device to display readings and trigger alerts when pollution thresholds are exceeded.
Students build a noise detection device using the Smart Science IoT Kit and micro:bit, exploring how sound waves are measured in decibels and how noise pollution affects human health and wildlife. Through data collection and threshold programming, students design a smart alert system that responds to dangerous noise levels — connecting sound physics to real-world IoT applications.
Students design and build a multi-sensor environmental monitoring station using the Smart Science IoT Kit and micro:bit, integrating temperature, humidity, and light sensors into a single data-collecting system. Through this project, students explore how IoT networks gather and transmit environmental data, programming their station to log readings and generate actionable insights about local environmental conditions.
Students design and build a smart irrigation system using the Smart Science IoT Kit and micro:bit, using soil moisture sensors to automate plant watering decisions. Through this project, students explore precision agriculture, water conservation, and feedback-loop automation — programming their system to activate watering only when moisture drops below a set threshold and connecting IoT design to real-world food security challenges.
Students build a self-defense monitoring station using the Smart Science IoT Kit and micro:bit, integrating motion and proximity sensors to detect intrusion and trigger alert responses. Through this project, students explore how IoT security systems work, programming their device to activate alarms and LED indicators when movement is detected within a defined zone — connecting sensor logic to real-world smart security applications.
Lesson overview and briefing will be added here. This section will describe the lesson objectives, context, and what students will explore and build during this session.
Lesson overview and briefing will be added here. This section will describe the lesson objectives, context, and what students will explore and build during this session.
Lesson overview and briefing will be added here. This section will describe the lesson objectives, context, and what students will explore and build during this session.