Learning Objectives

• Identify common weather variables measured by robots, such as temperature, humidity, wind, and rainfall.
• Explain how sensors collect weather data and how robots can record or display that data.
• Build or review a simple weather-monitoring robot model using at least one sensor.
• Troubleshoot errors in a robot design or code sequence with teacher guidance.
• Communicate findings using correct robotics and weather vocabulary.

Materials Needed

• Robotics kits or programmable robots
• Temperature, light, humidity, or motion sensors as available
• Tablets/computers with coding software
• Chart paper or whiteboard
• Pencils and student notebooks
• Weather data recording sheet
• Printed troubleshooting cards or task cards
• Timer

Support

• Provide a word bank with vocabulary and sentence stems.
• Use mixed-ability partnerships for building and explaining.
• Offer pre-labeled parts and partially completed code for students who need extra support.
• Allow oral responses instead of written responses when appropriate.

Challenge

• Ask students to compare two sensors and explain which is better for a specific weather job.
• Have students improve the robot by adding a second sensor or a clearer data display.
• Challenge students to justify their debugging choice using evidence from testing.

Checks for Understanding

• Observe whether students correctly match sensors to weather variables.
• Listen for accurate use of vocabulary during partner discussions.
• Review student troubleshooting sheets for a clear problem-fix-explanation.
• Check notebook responses for understanding of data collection and robot function.

Closure

Revisit the essential question: How can robots help us measure weather? Students share one thing they learned and one skill they used to troubleshoot or explain a robot system.