About the Project
Three schools. Three countries. One integrated journey into the future of education.
Integrated Exploration is an eighteen-month Erasmus+ partnership between schools in Poland, Türkiye and Germany. Together we built something practical: a complete teaching package that helps educators bring coding and robotics, arts–science integration, and sustainability into one connected learning experience for students aged 10–14. The work is finished. The materials are free. This page tells the story of how and why.
The classroom needs that started it all
of students were interested in STEM and already engaged in art — but the two were rarely connected.
felt confident with coding, while a majority said they wanted to learn more.
of teachers did not feel competent enough to teach robotics, even though students wanted it.
of students and teachers alike wanted to learn more about sustainability and environmental science.
Before we wrote a single lesson plan, we asked the people who would use them. A baseline survey of 378 students and 68 teachers across our three partner schools revealed a clear pattern.
These findings exposed a common gap. STEM education is growing, but it often arrives in isolation: coding here, science there, art elsewhere, and sustainability nowhere. Twenty-first-century problems — climate change, ecosystem collapse, ethical technology, social inequality — refuse to sit inside subject boundaries. Education that prepares students to face those problems cannot, either.
Integrated Exploration was built to close that gap. Not by adding another subject to an already crowded timetable, but by showing schools how the subjects they already teach can talk to each other in ways that make students more capable and the work more meaningful.
What we set out to do
Our vision is straightforward: every student aged 10–14 should leave school with the technical skills of a coder, the observational eye of an artist, and the moral compass of an environmental citizen — and should see how each one strengthens the others. To make that vision practical, we set five concrete objectives.
01 — Integrated curriculum design
Build a single teaching package that connects digital, artistic and environmental learning, rather than three separate units that never reference each other.
02 — Teacher capacity-building
Create materials that any motivated secondary-school teacher can deliver, even with no prior coding or robotics experience. Teacher confidence determines whether a lesson actually reaches students; the materials are built to remove the barrier.
03 — Student agency
Move beyond passive learning. Every lesson culminates in something students make — a robot, an artwork, a prototype, a community proposal. Knowledge that doesn't produce something is harder to retain and harder to transfer.
04 — Environmental literacy at scale
Connect global environmental challenges to the local realities students see in Wrocław, Balıkesir and Düsseldorf. Hope, not despair: every environmental lesson ends with a concrete, achievable action.
05 — Free and open dissemination
Release everything — lesson plans, workshop programmes, assessment tools, presentation templates — under terms that let any school, anywhere, use them without permission and without cost.
How the three modules connect
Most STEAM programmes stop at “Science + Technology + Engineering + Arts + Maths.” We added one more letter, silently: a layer of sustainability that runs through every other discipline.
Coding & Robotics
From paper mazes to autonomous robots.
Opens with paper mazes and unplugged algorithms — no screens on day one. Students build the thinking habits (decomposition, pattern recognition, abstraction) before any code is written. By the end, they are programming autonomous robots with ultrasonic sensors.
Arts & Science Integration
Art and science as one way of seeing.
Treats the boundary between art and science as a human invention. From Leonardo da Vinci's notebooks to Olafur Eliasson's climate installations, students transform real climate datasets into artworks that make the data felt, not just read.
Sustainability & Environmental Science
From global challenge to local action.
Uses the technical and creative skills built in Modules 1 and 2 to address something real. Students study six global challenges, build solar circuits, design circular-economy products, and end with a Community Showcase for a real audience.
The same student who debugs a Scratch script in Module 1 turns sensor data into a public exhibition piece in Module 2, then proposes an air-quality monitoring system to her school board in Module 3. The journey is intentional.
Eighteen months of work, in one glance
project duration (Nov 2024 → April 2026)
Poland, Türkiye, Germany
2 transnational meetings, 3 learning workshops
five per module, each 60 minutes
one per module, five days each
total in the digital guide
students and teachers who shaped the curriculum
by the EU under Erasmus+ (KA210-SCH)
The partnership in practice
Three organisations carried this project: a coordinator school in Poland, a partner school in Türkiye, and an education institution in Germany specialising in digital and sustainability methodology. Each brought a distinct strength.
American School of Wrocław
Coordinator · Module 2 LeadLeads on intercultural integration. As a multicultural school running both the Core Knowledge curriculum and the Polish National Programme, the school knows how to make educational materials work across language, culture and age groups simultaneously.
Bilnet Schools
Module 1 Lead · LTT1 HostBrought hands-on STEM expertise. With established workshop facilities, an interdisciplinary curriculum and existing strength in robotics, Bilnet led Module 1 development and hosted the most technically intensive of the three learning workshops.
Schwerpunkt Zentrum GmbH
Module 3 Lead · LTT3 HostBrought the sustainability and technology methodology. With experience in environmental projects, sustainable urban transport, and digital education frameworks across Germany, Schwerpunkt led Module 3 development and the technology underpinnings of all three modules.
Decisions were made by consensus in regular online meetings, supplemented by five in-person mobilities across the three countries. Every output was reviewed by all three partners before release. This took longer than working alone would have. It also made the materials sharper.
Meet the full partnershipWhat happens next
The Erasmus+ funding ends in April 2026. The work doesn't.
The materials stay live.
All lesson plans, workshop programmes, and assessment tools remain freely available in the Digital Guide for as long as this website exists. We have committed to maintaining the domain for at least five years beyond the project end date.
The materials enter classrooms.
Each partner school is integrating the relevant modules into its own teaching, ensuring continued use independent of the project's funding cycle. We are also working with Erasmus+ National Agencies in all three countries to share the materials with other schools.
The materials get measured.
We will continue to collect usage data and teacher feedback throughout 2026 and 2027, refining the materials based on real classroom outcomes. The most powerful evidence of impact comes from teachers we have never met using these resources successfully.
If you teach, you can help. Use what works. Tell us what doesn't. Share with a colleague. That is the whole sustainability strategy.
Funding, governance and transparency
2024-1-PL01-KA210-SCH-000243609
Erasmus+ KA210-SCH (Small-scale partnerships in school education)
1 November 2024 – 30 April 2026 (18 months)
American School of Wrocław (Poland)
PL01 — Foundation for the Development of the Education System (FRSE)
All outputs published under Creative Commons licensing
This project has been funded with support from the European Union under the Erasmus+ Programme. The European Commission's support for the production of this publication does not constitute an endorsement of the contents, which reflect the views only of the authors, and the Commission cannot be held responsible for any use which may be made of the information contained therein.
Want to use this in your classroom?
For teachers
The Digital Guide contains everything you need: lesson plans, workshop programmes, assessment tools, presentation slides. No prior coding or robotics experience required.
Open the Digital GuideFor school leaders
The full programme can be delivered as an after-school club, a project week, a summer school, or integrated into existing STEM/Science/Art curricula. We can advise on the right model for your school.
Read about expected resultsFor researchers & projects
We are happy to share methodology notes, evaluation instruments, and the partnership template. If your project relates to interdisciplinary curriculum design, sustainability education or STEAM, get in touch.
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