PROJECT
3
Smart parking
Join Cloe to think about parking improvements and create a smart parking system to detect free and occupied spaces.
Computational thinking
Cloe designed a parking prototype that allows detecting available and occupied spaces. Additionally, she created an animated simulation to demonstrate how it would work. To program it, she used conditionals, sensors, and costumes.
Please open on desktop
Resources unavailable on mobile view.
Go to project
Maker moment
Let's build a smart parking!
It’s time to create our own smart parking system! For this, we will use the ultrasonic sensor and the LED matrix.
Open step-by-step assembly
Components
These are the components that are used in the project, learn how they work.
To try component open on desktop
Resources unavailable on mobile view.
SENSOR
Ultrasonic sensor
Measures the distance to an object.
ACTUATOR
LED matrix
Display drawings or texts.
Let's program!
Access the Robots platform to program your smart parking system. In the first challenge we will program the sensor to detect the distance, in the second challenge we will program the matrix to display free or occupied places.
Please open on desktop
Resources unavailable on mobile view.
Open Maker
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PROJECT
3
Smart parking
Join Cloe to think about parking improvements and create a smart parking system to detect free and occupied spaces.
Computational thinking
Cloe designed a parking prototype that allows detecting available and occupied spaces. Additionally, she created an animated simulation to demonstrate how it would work. To program it, she used conditionals, sensors, and costumes.
Please open on desktop
Resources unavailable on mobile view.
Go to project
Maker moment
Let's build a smart parking!
It’s time to create our own smart parking system! For this, we will use the ultrasonic sensor and the LED matrix.
Open step-by-step assembly
Components
These are the components that are used in the project, learn how they work.
To try component open on desktop
Resources unavailable on mobile view.
SENSOR
Ultrasonic sensor
Measures the distance to an object.
ACTUATOR
LED matrix
Display drawings or texts.
Let's program!
Access the Robots platform to program your smart parking system. In the first challenge we will program the sensor to detect the distance, in the second challenge we will program the matrix to display free or occupied places.
Please open on desktop
Resources unavailable on mobile view.
Open Maker
PROJECT
3
Smart parking
Join Cloe to think about parking improvements and create a smart parking system to detect free and occupied spaces.
Computational thinking
Cloe designed a parking prototype that allows detecting available and occupied spaces. Additionally, she created an animated simulation to demonstrate how it would work. To program it, she used conditionals, sensors, and costumes.
Go to project
Maker moment
Let's build a smart parking!
It’s time to create our own smart parking system! For this, we will use the ultrasonic sensor and the LED matrix.
Open step-by-step assembly
Let's program!
Access the Robots platform to program your smart parking system. In the first challenge we will program the sensor to detect the distance, in the second challenge we will program the matrix to display free or occupied places.
Open Maker