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coding, using sensors to create interactive experiences. Teachers and
trainers can find a wealth of resources online, from tutorials to lesson
plans, supporting them in crafting engaging and educational experiences. These
resources cover a range of activities suitable for workshops and courses,
progressing from basic tasks to more complex challenges.
For instance, teachers and trainers can guide learners through fun challenges that
encourage creative problem-solving, enhancing adaptability. Workshops can
delve into advanced tasks like autonomous navigation, refining both coding and
practical problem-solving skills. This step-by-step approach empowers educators
to seamlessly integrate educational robotics into lessons, fostering a
comprehensive STEAM learning experience. The hands-on approach not only

demystifies technology but also cultivates an engaging environment where
learners thrive in acquiring both technical and soft skills crucial for their future
journeys. Overall, by providing accessible kits, online resources, and progressively
challenging activities, educators can confidently navigate the exciting realm of
educational robotics, creating dynamic and enriching learning experiences.

Overview of the most commonly used educational robotics kits
Educational robotics kits typically come in assembly boxes, providing a
comprehensive package for learners to delve into the world of robotics. These kits
are designed to facilitate hands-on learning, catering to various skill levels and age

groups. In these kits, you'll find an array of components, ranging from
programmable hubs to sensors, actuators, and an assortment of building blocks
to construct different robot variations.

serves as the brain of the robot, allowing learners to input
The programmable hub
commands and control the robot's actions. Sensors, a vital part of the kit, enable
the robot to perceive its environment. Common sensors include proximity
sensors, which detect nearby objects, and light sensors that measure ambient
light levels. Touch sensors respond to physical contact, while gyroscopes aid in
detecting orientation and movement.

Actuators, another crucial component, bring the robot to life by converting digital
commands into physical movements. Motors are commonly included, allowing
learners to explore the mechanics of motion. Wheels and gears offer possibilities
for designing mobile robots, fostering an understanding of engineering principles.
The kit often includes an assortment of building pieces, allowing learners to
physically construct their robots. This hands-on approach enhances spatial
awareness and fine motor skills, contributing to a holistic learning experience.
Instructions, usually provided in both printed and online formats, guide learners
through the assembly process. Clear, step-by-step guidance simplifies the
construction, ensuring that learners can focus on understanding the mechanics
rather than getting bogged down by complexity. Online resources, frequently

Funded by the European Union. Views and opinions expressed are however those of the
author(s) only and do not necessarily reflect those of the European Union or the European
Education and Culture Executive Agency (EACEA). Neither the European Union nor EACEA can
be held responsible for them. Proposal number: 101087107.