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12 DEC. 2022
Udgivelsesdato
1979
Visninger
In brief
In this set of activities, students will explore the characteristics of the surface of planet Mars and will learn how to navigate a planetary robotic vehicle on to it.
The resource focuses on coding and uses Open Roberta Lab, an online simulation tool. The tool supports simulation of many popular educational robotic platforms like LEGO Education EV3 and WeDo 2.0, BBC micro:bit, Calliope mini, mbot and others. Students will become familiar with the main characteristics of the Martian surface and then they will be guided to program the solution to different challenges of advancing difficulty.
Languages: English
Subject: Mathematics, Physics, Programming, Robotics
Age range: 8-12 years old
Keywords: programming, physics, robotics, mathematics, Mars, planetary exploration
Students will learn:
To learn the basic principles of structured programming
To observe satellite images of the surface of Mars and identify the basic characteristics of it
To identify the best travelling path for a planetary exploration vehicle
To learn the operation of sensors and how to use them to solve the challenges appointed
To use creativity to improve the solutions offered to challenges
This resource was developed in collaboration with ESERO Spain, within the frameworks of the ESA Education Robotics Working Group activities.
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