Weather | Guided Practice
Students will work with a simple robot or simulation to identify weather inputs and program responses based on changing weather conditions. In this guided practice lesson, the teacher models how robots can use sensors or data to make decisions, and students practice building and testing a basic weather-response sequence.
| Term | Definition |
|---|---|
| sensor | A part of a robot that detects information from the environment, such as light, temperature, or moisture. |
| condition | A rule that tells a robot when to do something based on data or an event. |
| algorithm | A step-by-step set of instructions a robot follows. |
| input | Information a robot receives from a sensor or user. |
| output | What a robot does in response, such as moving, stopping, or sending a signal. |
Show one weather image and ask: What might a robot need to know before working outside today? Briefly connect weather to robotics in real life.
Think quietly, then share one idea about how weather affects robots.
Model a simple if-then rule on the board, such as: If rain is detected, then move to shelter. Explain how the sensor acts as the input and the action is the output.
Watch, listen, and identify the input and output in the example.
Give each pair a weather scenario card. Guide students to choose one sensor data point and create a matching robot response using a simple conditional statement or block code sequence.
Work with a partner to build a weather-response sequence and explain why their rule makes sense.
Invite one or two pairs to describe their sequence. Prompt the class to compare different responses for different weather conditions.
Share ideas and listen for similarities and differences in responses.
Ask students to improve their sequence by adding one detail, such as a second condition or a clearer output. Support as needed.
Revise their work and be ready to explain the change.
Review the big idea: robots can use sensors and conditional statements to respond to weather safely and effectively. Ask students to name one weather condition and one robot action before ending.
Find one real-world robot, machine, or system that must consider weather or environment. Write 3-4 sentences explaining what weather condition it faces and how it might respond.