We created the World Science Movement (WSM) to address deep educational inequalities and the growing gap in skills, opportunity, and access to quality STEM education in underserved communities. Millions of children still complete school without foundational skills, critical thinking abilities, or the confidence to solve real world problems, limiting their ability to break cycles of poverty.
WSM was designed to ensure that no curious mind is left behind by bringing advanced, accessible STEM education including coding, robotics, and AI into disadvantaged classrooms. At the same time, it responds to a rapidly changing world where many future jobs do not yet exist, equipping young people with future ready skills and an innovative mindset.
Beyond technical skills, WSM integrates STEM with sustainability and the UN Sustainable Development Goals, empowering students to tackle global challenges such as climate change, inequality, and poverty. A core component is also supporting educators through training and AI powered tools that enable more engaging, student-centered learning.
Ultimately, WSM aims to nurture "double winged" youth, individuals who combine competence with conscience, so they can use science and technology not only to build successful careers, but to create meaningful, positive impact in their communities and beyond.
In practice, the World Science Movement (WSM) operates as a hybrid AI literacy and STEM model embedded in public and low resource schools. Each school receives physical STEM and AI kits for shared use, enabling students to design and build solutions to real world problems such as assistive technologies or environmental innovations. These kits are supported by a curriculum aligned with national standards and the UN Sustainable Development Goals.
WSM is powered by a digital platform that includes an educator portal and a gamified student app. The educator portal features an AI assistant that helps teachers create lesson plans, assessments, and classroom activities while providing real time insights into student progress. The student app offers interactive content such as videos, challenges, and quizzes that make learning engaging and accessible.
Teachers complete structured professional development of up to 100 hours annually, alongside ongoing coaching, mentorship, and access to a peer learning community. Students engage in project-based learning, competitions, and workshops, often supported by mentors, to develop skills in coding, 3D design, critical thinking, and social impact.
Through partnerships with ministries and education systems, WSM has scaled nationally in Türkiye, expanded to the UK, and piloted successfully in Rwanda, demonstrating strong improvements in student engagement, skills, and aspirations across diverse contexts.
The World Science Movement (WSM) has been spreading through a combination of strategic partnerships, a scalable hybrid model, and strong local ownership. It works closely with Ministries of Education, schools, local authorities, and global partners to embed the programme into education systems. In Türkiye, this has enabled WSM to reach over 1.7 million students across around 20 percent of public schools, creating a strong foundation for international expansion.
Growth is driven by a train the trainer model that empowers educators and local trainers to independently implement the programme. Teachers receive professional development and ongoing support through a digital community, while AI supported tools help them manage lessons and track student progress efficiently. This allows the model to scale sustainably without heavy external dependency.
WSM also benefits from a global ecosystem of supporters, including corporate partners and a network of young volunteers who act as mentors and role models. Its hybrid structure, combining hands on STEM and AI kits with digital platforms and a globally adaptable curriculum, enables rapid localization.
The model has expanded beyond Türkiye into the UK, Italy, Rwanda, and Nigeria, demonstrating strong adoption and impact across diverse contexts.
Since its launch, the World Science Movement (WSM) has evolved in response to changing educational needs and rapid technological advancement. The most significant recent modification has been the integration of AI literacy across both student learning and teacher development. As artificial intelligence becomes essential across industries, we expanded the programme to ensure students not only use technology but understand it critically and responsibly while solving real world problems.
We have also upgraded our digital platform. The educator portal now includes an AI assistant that helps teachers generate lesson plans, assessments, and classroom materials, reducing workload and improving efficiency. Real time insights into student progress have also been introduced to better track skills development.
Our teacher training model has been strengthened through more practical, in person sessions focused on AI integration and hands on use of STEM and AI kits. To support long term adoption, we introduced local mentorship structures that enable experienced teachers to guide peers and expand implementation.
Beyond AI, we have enhanced the curriculum, expanded digital content, and increased focus on project based learning. These changes ensure WSM remains adaptable, scalable, and better equipped to prepare students and educators for a technology driven world.
Educators, school leaders, organizations, and funders interested in adopting the World Science Movement (WSM) can begin by contacting our team to apply and explore collaboration. The first step is a short consultation and needs assessment to understand local context, school readiness, infrastructure, and priority challenges so the programme can be tailored appropriately.
If there is alignment, we move into a pilot phase by selecting a cohort of schools and co-designing a rollout plan. This includes providing STEM and AI kits, enabling access to the digital learning platform, and delivering structured teacher professional development. Educators receive onboarding sessions, practical implementation guides, and ongoing coaching both in person and remotely, along with access to a global teacher community for peer support.
Organizations can engage as strategic partners, funders, or implementation partners, supporting delivery in underserved communities, integrating WSM into their own networks, or contributing through sponsorship and resource support. Students and educators may also join volunteer and mentorship pathways that support local delivery and engagement.
Throughout implementation, WSM provides continuous monitoring, feedback, and adaptive support to ensure effective integration and measurable impact. To get started, interested partners can contact Bengisu Kırval at bengisu.kirval@yga.org.tr to request a pilot and co-develop a suitable implementation plan.
