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The Qui-Bot H2O project uses educational robots to teach science and industry 4.0 concepts. The study found these robots increase student interest, particularly among girls, in STEM careers.

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Area of Science:

  • Robotics in Education
  • Human-Robot Interaction (HRI)
  • STEM Education

Background:

  • The Qui-Bot H2O project developed sustainable educational robots with HRI features like voice recognition and color sensing.
  • Robots have a humanoid appearance, emphasizing social and ethical aspects of robotics in chemistry and industry 4.0 for young learners.

Purpose of the Study:

  • To evaluate the impact, interest, and satisfaction of students interacting with educational robots.
  • To conduct an ethical study on robot integration in classrooms and compare humanoid vs. non-humanoid robot interactions.
  • To analyze the project's impact measures within its first year.

Main Methods:

  • An interactive study involving 212 students aged 3-18.
  • Utilized educational robots for measuring student backgrounds, impact, and interest.
  • Included an ethical analysis and a comparative observation of robot interaction types.

Main Results:

  • Educational robots effectively teach technical and scientific concepts playfully and intuitively.
  • The robots significantly increased interest in science and engineering careers among girls.
  • The project garnered endorsement and participation from public administrations, educational, and business entities.

Conclusions:

  • Educational robots are valuable tools for engaging young students in STEM subjects.
  • The Qui-Bot H2O project demonstrates a positive impact on student learning and gender diversity in STEM.
  • The project successfully integrated social, ethical, and technical aspects of robotics in an educational setting.