FOSSBot is a DIY educational robot that was developed by GFOSS and the Harokopio university of Athens during the last year. Due to its wide variety of functionalities, the robot can be used in all levels of education, from Kindergarten to High School.

The robot has multiple sensors, such as ultrasonic, photoresistance, and temperature sensors, odometers, a speaker, a pencil case and other carefully designed parts to facilitate various educational activities. As a result the robot has the ability to follow a line, to record and play user messages, to understand if it is dark or shiny or even to draw shapes on the floor.

Apart from the design of the robot and the development of its hardware composition, which makes it an ideal low-cost education STEM solution, a software application allows both the management of the robot and its programming using three coding modes of various complexity, from simple buttons with pre-programmed actions, to visual blocks of code that can be combined in a graphical UI and tested directly on the robot, and Python programming commands that control the main library of the robot.

FOSSBot can be accessed The creation of this platform was based on Fossbot, which has a variety of sensors for conducting experiments in the education of children and adolescents. The purpose of creating both the platform and the robot is to create an environment where it will be possible for students to acquire knowledge through exercises at a practical level, to become familiar with technology from an early age and to develop imagination, computational and critical thinking.

FOSSBot is a DIY educational robot that was developed by GFOSS and the Harokopio university of Athens during the last year. Due to its wide variety of functionalities, the robot can be used in all levels of education, from Kindergarten to High School.

The robot has multiple sensors, such as ultrasonic, photoresistance, and temperature sensors, odometers, a speaker, a pencil case and other carefully designed parts to facilitate various educational activities. As a result the robot has the ability to follow a line, to record and play user messages, to understand if it is dark or shiny or even to draw shapes on the floor.

Apart from the design of the robot and the development of its hardware composition, which makes it an ideal low-cost education STEM solution, a software application allows both the management of the robot and its programming using three coding modes of various complexity, from simple buttons with pre-programmed actions, to visual blocks of code that can be combined in a graphical UI and tested directly on the robot, and Python programming commands that control the main library of the robot.

FOSSBot can be accessed The creation of this platform was based on Fossbot, which has a variety of sensors for conducting experiments in the education of children and adolescents. The purpose of creating both the platform and the robot is to create an environment where it will be possible for students to acquire knowledge through exercises at a practical level, to become familiar with technology from an early age and to develop imagination, computational and critical thinking.