STEAM Marketplace
CircuitMess Nibble DIY kit
A DIY game console that teaches you about programming and electronics. All required tools included.
With Nibble you can teach:
– Soldering & electronics
– How to code apps & games
– How a game console works
CircuitMess Batmobile™ Inventor’s pack add-on
This add-on includes an extra pack of snap-on magnetic modules that will allow you to tinker and expand Batmobile™’s functionalities.
*You need the CircuitMess Batmobile™ DIY kit in order to use these add-ons.
CircuitMess Jay-D DIY kit
DIY mixtable that teaches you about microcomputers and electronics, soundwaves and digital sound production and custom coding.
With Jay-D you can teach:
– Soldering & electronics
– About sound waves & DAC
– How a DJ mix table works
CircuitMess Batmobile™ Ultimate pack add-on
This add-on includes an extra pack of snap-on magnetic modules (Inventor’s pack add-on) + an extra set of components and boards that will teach you about soldering and electronics prototyping.
*You need the CircuitMess Batmobile™ DIY kit in order to use these add-ons.
CircuitMess Batmobile™ DIY kit
DIY robot car that comes equipped with the controller. It drives around autonomously using AI and machine learning.
This is our first reusable kit – build it over and over again!
No soldering required – suitable for the youngest of engineers (7+)
With Batmobile you can teach:
– About AI and computer vision
– About autonomous driving
– About machine learning
CircuitMess Ringo DIY kit
A DIY mobile phone kit that teaches you programming and electronics.
With Ringo you can teach:
– About microcontrollers
– How to program in C++ and Python
– How a basic mobile phone works
CircuitMess Spencer DIY kit
DIY voice assistant that teaches you about microcomputers and electronics, sound processing, IoT, artificial intelligence, voice recognition and speech synthesis.
With Spencer you can teach:
– About LED grid displays, AI & sound processing
– About microcomputers & IoT
– How a voice assistant works
CircuitMess Wheelson DIY kit
DIY autonomous car that teaches you about microcomputers, electromotors, camera calibration, computer vision and more.
With Wheelson you can teach:
– About microcomputers
– How computer vision works
– How autonomous cars work
– What are image processing algorithms
CircuitMess Wacky Robots bundle (5 pack)
A collection of fun & educational beginner-friendly soldering kits that teach you about capacitors, motors, LEDs, resistors and more.
With Wacky Robots you can teach about:
– Soldering & electronics
– About LEDs, capacitors & intentionally unbalanced motors
– About resistance and ohm’s law
CircuitMess Tools Pack
This is an all in one Tools Pack that’s perfect for helping you get into electronics and assemble any CircuitMess kits.
It contains:
– Soldering iron, 60W od power, replaceable tips
– Solder sucker
– Phillips Screwdriver
– Needle nose pliers
– Diagonal cutter pliers
– Metal soldering iron stand
– Solder
– Sponge
CircuitMess ByteBoi DIY kit
DIY game console that teaches you about electronics, coding, game graphics, game engines, character animation and more. ByteBoi can also be used to remotely control Wheelson as these two sets can be interfaced.
With ByteBoi you can teach:
– How to code apps & games
– How a game console works
– How to interface ByteBoi with Wheelson

Postgraduate course in STEAM Education
EASE [EuropeAn network of STEAM Educators] is a partner of ESES [Escola Superior de Educação de Santarém, Portugal] in the postgraduate course in STEAM Education, under the coordination of Prof. Marisa Correia.
Lesson Plans
AggreGate repo
Lesson Plans
Target Based Augmented Reality with Unity
Tiny Sorter
History of Science & Science and the Arts through STEAM approach
Food Biochemistry
Hour of Code
Elephant Toothpaste
Zoom, Zoom: We are going to the Moon with Paxi
Artificial Intelligence And Education
Lesson Plan Eco – park in our area
Edison Robot- EdBlocks lesson activities
Interactive Augmented Reality with Unity
Motorized ArtBot
Paper Thoughts On Maker Education
Creative coding with P5.js
Cloud in a Jar
Paper Toy
Motorized Zipline
Hologram
How to create a green energy swimming pool?
Electronic Piano Tutorial
Improving written assessments with ozobot
LEDS reacting to mic
E-Textiles (Electronic Textiles)
Reverse Engineering Toolkit
Extreme natural phenomena
EdCreate Teaching guide
Spain scene GSO 2020 Energize GENERACION_ENERGIA_HUMANA COENERGIA
Kitchen science for students. About yeast!
STE(A)M IT INTEGRATED LESSON PLAN Plants-Superheroes
Do you want to share something about STEAM Education with our community? It would be great!
Please, go to https://ease-educators.com/submit-an-article-form/ and submit your information. Thank you!
MakerSpaces 4 Education in Europe
(makerspaces, hackerspaces, fablabs, code schools, hacklabs, science clubs…)
MakerSpaces 4 Education in Europe
(makerspaces, hackerspaces, fablabs, code schools, hacklabs, science clubs…)
This map has the purpose of showing who’s performing STEAM Education in Europe.
In case you want to add your organization, click here: I want to add my Makerspace for Education

STEAM Education E-Trainer Certification Programme (2nd edition)
Completing this course enables the participant to develop in the future, one or more online training actions, through the EASE.me platform. It is a fundamental training to know not only the processes and methodologies to be implemented in the development of actions on...

How to Use the Arts to Teach STEAM Concepts
STEAM is an acronym that stands for science, technology, engineering, arts and mathematics. It is an educational approach that integrates arts subjects into the more familiar STEAM model, which focuses on science, technology, engineering and mathematics. STEAM programs can include any of the visual or performing arts, such as dance, design, painting, photography and writing. The aim of STEAM education is to foster creativity, innovation and problem-solving skills among students by using arts as a way of enhancing their STEAM knowledge and applying it to real-world situations.

Klub Slunečnice
Klub Slunečnice, located at Rýmařovská in Letňany, Prague, is an outstanding makerspace that provides an exceptional platform for creative exploration and learning. As an innovative hub for children and parents, Klub Slunečnice offers a wide range of hands-on activities, making it a haven for young inventors and makers.

How I Became a Passionate STEAM Educator
My name is Anna Müller and I am a STEAM educator from Germany. I work at Gesamtschule Bremen-Nord, a comprehensive school in the city of Bremen. I teach science, technology, engineering, arts and mathematics to students from 10 to 16 years old. I love my job because I enjoy inspiring and empowering young minds to explore the world of STEAM and discover their passions and talents.

From STEM to STEAM (education): A necessary change or ‘the theory of whatever’?
The article by Maria Xanthoudaki provides a comprehensive overview of the concept of STEAM education, its origins, and its potential benefits. Xanthoudaki begins by tracing the history of the term STEAM, which emerged in the United States in the early 2010s as a way to emphasize the importance of the arts in STEM education. She then discusses the different interpretations of STEAM, which range from seeing the arts as a way to make STEM more accessible to students to viewing the arts as essential partners in STEM learning.

Interviewing Şahin İDİL, director of the Journal of STEAM Education
In recent years, the field of STEAM education – that is, education that integrates science, technology, engineering, art, and mathematics – has gained increasing attention from educators, researchers, and policymakers around the world. The Journal of STEAM Education, published by the STEAM Education Research Association, is a peer-reviewed journal that aims to promote high-quality research and best practices in this interdisciplinary field.

Smithsonian Maker Lab: 28 Super Cool Projects Book
“Smithsonian Maker Lab: 28 Super Cool Projects” is a hands-on science book that encourages kids to explore their creativity and learn about STEM concepts. The book features 28 different projects that can be completed using simple household materials. Each project is ranked by difficulty and includes step-by-step instructions, clear diagrams, and stunning photographs.