Breaking the cycle of poverty
Brookings Institution data shows that 96% of disadvantaged children who meet quality education permanently break the poverty cycle in adulthood. (Source: IFStudies)
We turn equal opportunity in education from a paper project into a living network of hope. From grade 1 through high school, a continuous applied STEM journey converts theory into engineering solutions for real-world problems.
Brookings Institution data shows that 96% of disadvantaged children who meet quality education permanently break the poverty cycle in adulthood. (Source: IFStudies)
A PNAS meta-analysis finds failure is 1.5 times more likely in traditional lecture systems than in our materials-based active learning model.
Children spend more than 6.5 hours a day on screens, 83% of it passive video (RTÜK). We move them from that passivity into making, motor skills and social growth.
We started from the socio-economic disadvantages that rapid migration, poverty and urbanization create in children’s lives. With more than 12 years of experience, EduTechSTEM builds an interdisciplinary, sustainable learning culture — not short-lived toys, but German engineering discipline blended with pedagogy.
Unlike short robotics or maker workshops, we deliver a complete academic programme balancing science, maths and engineering.
An organic classroom culture that builds empathy and original ideas around real-life problems.
Teams of 4–5 share rotating roles in design, assembly, circuits and software.
Lesson plans, smart-board content and step-by-step guides make the standard replicable.
Discovering the nature of science with small mechanisms (compressed air, structures, renewable energy).
The science behind machines and algorithmic thinking (forces, simple machines, light/astronomy, circuits).
Unlike short robotics or maker workshops, we deliver a complete academic programme balancing science, maths and engineering.
An organic classroom culture that builds empathy and original ideas around real-life problems.
Teams of 4–5 share rotating roles in design, assembly, circuits and software.
Lesson plans, smart-board content and step-by-step guides make the standard replicable.
Discovering the nature of science with small mechanisms (compressed air, structures, renewable energy).
The science behind machines and algorithmic thinking (forces, simple machines, light/astronomy, circuits).
Teacher guides, smart-board content and field mentoring spread the same quality standard in every school.
The World Economic Forum (WEF 2025) reports that 63% of employers see a skills gap as their biggest barrier. Türkiye has a STEM employment gap of 300,000 people. We invite you to close that gap with us.
Your investment lifts the Social (S) score through Quality Education (SDG 4), Decent Work (SDG 8), Industry (SDG 9) and Reduced Inequalities (SDG 10).
PwC finds 76% of investors trust independent ESG data. We present Social Return (SROI) in TSRS-aligned reports for CFOs and boards.
Official openings with public officials, national and local PR, and naming rights on labs that last for generations.
We want institutions, philanthropists, teachers and students with us. Our door is open for social projects, education support or a new partnership.
Kordonboyu Mah. Ankara Cad. No:161/4 Kartal / Istanbul, Türkiye
Suite E2955, 82A James Carter Road, Mildenhall Suffolk IP28 7DE, UK