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MINT21 digital

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MINT - Natural sciences take you further...

Our Schönwerth secondary school is one of 71 network schools in Bavaria that are committed to improving STEM teaching. Our goal is to get more students - especially girls - interested in elective subject group I, which specializes in math, science and technology.

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We live in a digital world, and the MINT secondary schools in Bavaria are right in the middle of it. With MINT21DIGITAL we want to strengthen your digital skills. The transition to the "digital school of the future" with a complete 1:1 equipment with its own iPads is another step here; there is much more to come!

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But it's not just about tablets and technology. We also promote the scientific spirit at our school through traditional measures. Elective subjects such as astronomy and Lego robotics, supplemented by exciting activities such as research days or museum visits, create a completely new approach.

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And that's not all. We offer activities for all grades:

  • Visits to MINT exhibitions and museums such as the Technoptikum, Technikland, the Energy Saving Village, Techmania Pilsen, the Planetarium Nuremberg and the Deutsches Museum Munich.

  • Participation in competitions such as the Beaver Competition, Rechenkönig, VDI Competition, MINT Competition, BesTec Competition, Kangaroo Competition in Math and “Jugend präsentiert”.

  • Cooperations with companies and the OTH Amberg.

  • And many other activities such as “Mathematics in Advent”, “Physics in Advent”, reptile lectures, the Nano Shuttle and much more.

We are excited about the opportunity to inspire you with STEM and prepare you for the digital future. Look forward to what's to come - it will be exciting and educational!

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New programming experiences for our students -
ROBOTICS in IT lessons!

There is some exciting news in IT education at our school. We have recently invested in new resources to enhance the coding lessons. Our students now have access to the innovative LEGO Mindstorms sets, allowing them to apply their coding skills to real-world projects.

Students have the opportunity to learn the computer science problem-solving process through practical use of robots and their programming. They can work in teams to complete complex and challenging tasks.

Using various sensors, such as motion, light and sensing, students can program the robots to solve a variety of problems. This not only promotes logical thinking and teamwork, but also prepares students for future challenges in technology and careers.

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