Magnetic Spacecraft

Our Happy Kids With STEM project aims to increase our students’ interest in science, technology, mathematics and engineering. Apart from this, it is aimed to train students who can think creatively, solve problems and have 21st century skills by integrating STEM disciplines with each other. In our project, Anna discovered a new planet in space. that’s why she wants to send a reconnaissance vehicle to the planet. However, due to the fuel problem, this vehicle has to move without fuel. With a dream she saw, she solved this problem with a magnet. So she invented the magnetic car.

Our Goals

  With this project, we aim to equip our students with 21st century skills. In particular, it is aimed to gain problem-solving skills through project-based learning. Creative thinking is aimed with learning by design. It is aimed to make new designs by using the tools necessary for their imagination and daily life skills. In addition, it is to help the development of hand-eye coordination by making movements that require object control. It aimed to raise awareness about sustainable energy and zero waste. Thus, increasing sensitivity to the framework is among our goals.

Interdisciplinary Collaboration

Students learn about magnetic energy, repulsion and pull of forces in the field of science. While learning the layers of the atmosphere, he also learns about the clouds. In addition to the concept of time in mathematics, he also learns to measure length. Technology system researches are provided. In engineering, he designs and makes cars that work with magnets. It also develops their vocabulary.

Results

Students’ designs and learning throughout the process are evaluated. They also learn through interdisciplinary collaboration in terms of language development as well as science, mathematics, technology and engineering. With these, it is emphasized that magnetic energy is sustainable energy. It is emphasized that it leaves zero waste.

By Nurcan MANDAL

Scientix Ambassadors

Art and Science throughout Italy: An Adventurous Journey. Graphene – miraculous 21st Century Material learning scenario in a Journey into Modern Physics.

INTRODUCTION

Within the Skype a Scientist initiative promoted by Scientix EU, we met Federica Beduini P.h.D. who showed us the multiple applications of graphene on April 30, 2021 in a streaming event organized by our scientific high school, Liceo Scientifico di Stato Calini in Brescia (Italy).

The meeting was part of the “Journey into Modern Physics”, in the path of Art & Science and following one of the learning scenarios present in STE(A)MIT – AN INTERDISCIPLINARY STEM APPROACH CONNECTED: Graphene – miraculous 21st Century Material

SUMMARY

A streaming seminar with questions and answers via chat has started on the activities of the ICFO-The Institute of Photonic Sciences.

This Institute is dedicated to research in photonics, the science and technology related to light. Since light is a versatile tool that is both precise and delicate, it allows to study and create new technologies in different fields: health, information and energy. For this, we spoke with Federica Beduini P.h.D. about the following themes:

  • photonics and applications in the field of energy and environmental care
  • photonics and health applications
  • photonics and applications in the field of information
  • photonics and nanotechnology
  • photonics and quantum technologies
  • photonics and new materials
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DIGI TV

Navigating through information in digital age

Today, the importance of digital literacy has increased with the development of technology. Therefore, it is necessary to protect our next generation students from information pollution and misleading news. We divided our students into four groups at DIGI TV. The first group worked figured out positive and negative information about the news. The second group was an announcer and gave information about safe Internet use. The third group made a presentation about cyber and peer bullying. The last group gave information about conscious digital citizenship. As a result, they learned how to keep up with the digital age with the TV they made.

How did it start?

Our Digital STEM project aims to increase the interest of our students in the fields of science, technology, mathematics and engineering. Apart from this, it is aimed to train students who can think creatively, solve problems and have 21st-century skills by integrating STEM disciplines with each other. In our project, Ayşe attended the safe Internet lesson given in her school. In this lesson, they learned that not every information they heard on every television was correct and that they had to investigate. She decided to tell this information to her brother through play. Upon this, she became a news presenter by making a television.

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Creating Ecological Nature-Based Solutions to Urban Problems

Dates When It Occurred: 03.01.2021- 4.19.2021

Teacher and School: Gülümser Şentürk Akkoyun– Meram Şehit Pilot Ayfer Gök Middle School – Konya / Turkey

Student Age: 13 -14 years

Number Of Students: 16


Teaching Method:

Formal Teacher Lecture, Analogy, Demonstration Method, Lecture, Discussion, Question and Answer, Problem / Problem-Solving, brainstorming.

Teaching Qualifications:

Productive, Respectful to Self Values, Rational, Questioning, Creative, Complying with Ethical Rules, Sensitivity to the Environment, Managing Knowledge, Working Independently, Critical Thinking, Working in Teams.


*Summary

This lesson plan includes STEM, NBS-PBS models. It is an ecological, renewable, nature friendly urban design for sustainable development. Students made original designs and worked collaboratively. Plan purpose; to create ecological life with renewable energy sources for a livable world. It is about transforming energy and building biomimic structures. Coding, we used 3D Tinkercad and Arduino. We followed the Hybrid Education system with web 2 tools for distance education.


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OUR TRANSFORMATION TO NATURE

SUMMARY

In addition to the activities we carry out to reduce environmental pollution, we gain environmental awareness and use economic information by throwing information about protecting both nature and resources, efficient use of natural resources and gaining nature-friendly habits. STEM engineering will feed both fish and plants at the same time and in the same container, designing their homes and water containers according to the design stages. As a result, through our activity, students, teachers and people around us will conserve and increase resources in our schools. Age of the activity: 7 to 10 years old staff.

Image belongs to the author – (Attribution CC-BY)
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