STEM (Science, Technology, Engineering, and Mathematics) is a broad term used in education and policy to group distinct but related technical disciplines.
Recently, STEM has also included the letter ‘A’ for ‘Arts‘ – hence becoming STEAM – with the idea that arts can help raise interest in STEM disciplines.
Gain practical knowledge and strategies for using AI tools such as Chat GPT for language practice. Learn the best practices for implementing AI in the classroom to enhance student engagement and learning outcomes.
Gain the knowledge and skills to embrace your role in an AI-driven world and utilize AI tools to enhance student learning. Learn practical strategies for identifying struggling students, creating intelligent tutoring systems, and automating tasks like grading.
Discover how to effectively leverage AI, AR, VR, and 3D printing technologies in education. Acquire practical knowledge and hands-on experience to seamlessly integrate these tools into your teaching.
Discover the basics of 3D printing within the maker culture to promote environmental sustainability in their classroom. Ggain consciousness about the notions of a zero-waste life, as well as the culture of repair and the maker movement.
Learn the fundamentals of coding and robotics, and develop the skills necessary to use these tools in the classroom in a fun and interesting manner. Learn how to bridge the gap between software and hardware.
Discover game-based learning and its benefits and explore three powerful tools for gamification: Minecraft, gamebooks and interactive fiction, and treasure hunts.
Broaden your knowledge of a range of ICT tools suited to teaching STEM subjects. Use these to foster student engagement, and examine the latest research on the effectiveness of ICT tools in the classroom.
Discover the notion of Phenomenon-Based Learning on the example of its application in Finnish education. Learn how to plan and assess phenomenon-based activities.
Develop an understanding of the concept of maker spaces, which can be introduced in schools to teach students creative ways to design, build, and invent, all while engaging in STEAM classes.
Develop an appreciation for the advantages that come with the implementation of game-based learning in a classroom, alongside learning to select the content based on teaching goals and on the needs of the students.
Discover all the features of GeoGebra and LaTeX software used for visualizing mathematical concepts, and for writing mathematical expressions. Learn how to maximize the potential of ICT in the classroom.
Learn how to teach mathematics in a practical and fun way to captivate the students with the beauty and functionality of numbers. Discover how to use games, role play, and interactive activities that go far beyond the textbook.
Delve into the fundamental principles of 3D printing within the rich tapestry of the maker culture. Learn how to foster environmental sustainability in educational settings, promoting an awareness of concepts such as the culture of repair.
Navigate the challenges of tomorrow's complex educational landscape, utilizing Arduino to equip yourselves with valuable tools and knowledge, and foster essential skills like problem-solving, creativity, critical thinking, and collaboration.
Familiarize yourself with Arduino and create your own project using this software. Explore the fundamentals of C++ and develop the necessary skills to effectively convey this knowledge to your students.
Discover effective techniques to learn how to create a more inclusive and equitable classroom environment, where girls can express their full potential.
Learn how to integrate gastronomy into your school to promote sustainable practices. Engage in practical activities such as cultivating food in the school garden, selecting ingredients, and preparing meals, aimed at reconnecting students with their food culture.
Integrate GeoGebra and Python into STEAM curriculums to foster essential coding and math manipulation skills. Learn to plot functions, solve equations, and produce Python code snippets through practical exercises.
Discover the huge potential of Digital Humanities in order to foster 21st-century skills. Create classroom activities that stimulate cross-disciplinary dialogue.
Explore Robotics Platforms suitable for modern educational settings, such as the Edison robot, the Lego Boost kit, the Lego EV3 kit, and Arduino. Discover how to use them, building and coding components, which will provide ready-to-use material.
Unlock the full potential of Virtual Reality and Augmented Reality, and acquire the skills to seamlessly incorporate them into school activities to enhance student engagement.
ICT.1.AI
ICT.1.AIC
ICT.1.AAV3
ICT.1.3DP
TM.1.STEAM
ICT.1.CORO
TM.1.GAMY
ICT.1.STEM
TM.1.PHBL
TM.1.MSE
ICT.1.GBL
ICT.1.GGL
TM.1.MFUN
ICT.1.3D
ICT.1.ARDS
LANG.1.BOO
ICT.1.ARDU
TM.1.EMPG
SI.1.FOOD
ICT.1.HUMA
ICT.1.LEGO
ICT.1.VISR
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