Based on student and teacher feedback
A large majority of participating teachers expressed that they found the project topic highly relevant, innovative, and aligned with real-world challenges.
Over 90% appreciated the interdisciplinary approach, noting that combining mathematics with environmental themes provided meaningful learning opportunities.
Nearly all teachers reported increased student engagement during activities such as designing learning materials with recycled items or visualizing environmental data through math.
More than two-thirds indicated that the project enhanced their use of digital tools such as Canva, Scratch, and interactive simulations.
Challenges mentioned included time constraints, the need for accessible materials, and students' initial unfamiliarity with STEM-based thinking. However, most teachers viewed these as opportunities for professional growth.
All respondents recommended STEM-based eTwinning projects to other educators, highlighting the development of collaboration, digital literacy, critical thinking, and sustainability awareness as key benefits.
Students showed a high level of enthusiasm and engagement throughout the project. Their responses revealed several key outcomes:
A majority reported that they gained new knowledge about climate change, sustainability, and STEM-based environmental solutions.
Many students discovered how mathematics can help solve real-world problems, especially those related to recycling, water use, and carbon emissions.
Topics such as the story of Pi, game design, and the use of digital tools like Canva were frequently mentioned among the most enjoyable learning experiences.
More than three-quarters stated they would recommend this project to their peers, describing it as fun, educational, and motivating.
A clear majority emphasized the value of teamwork, presentation skills, and thinking creatively, alongside environmental responsibility.
The Green Math with STEM project successfully transformed mathematics into a tool for environmental awareness, digital creativity, and real-life problem-solving. Students learned to think across disciplines and apply their knowledge in authentic contexts. Teachers explored innovative pedagogical methods and strengthened international cooperation.
Key takeaways:
STEM integration increased both motivation and relevance in mathematics education.
Digital tools enhanced creativity and communication.
Sustainability themes made learning purposeful and socially impactful.
Both students and teachers developed 21st-century skills, making learning more lasting and meaningful.