A team of undergraduate students from Polish universities has secured a major European Union research grant to develop advanced educational models of the DNA double helix. The funding, awarded through the EU’s Horizon Europe program, totals €1.2 million and will support the creation of interactive physical and digital helix structures for use in secondary schools and universities across the continent.

Project Design and Student Contributions

The initiative is led by a group of 12 students from the University of Warsaw, Jagiellonian University, and Gdańsk University of Technology. Their proposal focuses on producing scalable 3D-printed helix models that incorporate magnetic base-pair connections, allowing users to assemble and disassemble strands to demonstrate replication and transcription. Digital versions will include augmented-reality overlays accessible via smartphone apps, providing real-time molecular data and simulation options. Project coordinator Anna Kowalska stated that the models address a documented gap in hands-on molecular biology resources, noting that current teaching tools often rely on static diagrams that fail to convey dynamic structural changes. The team plans to test prototypes in 50 Polish classrooms before expanding distribution to partner institutions in Germany, France, and the Netherlands. Laboratory validation will be conducted in collaboration with the Institute of Biochemistry and Biophysics of the Polish Academy of Sciences.

Expected Educational and Scientific Impact

EU evaluators highlighted the project’s emphasis on accessibility and cross-border collaboration, praising its potential to raise science literacy among younger learners. Once completed, the models will be distributed under an open-source license, enabling schools with limited budgets to reproduce the designs locally. The grant also includes provisions for teacher-training workshops and multilingual instructional materials. Researchers anticipate that the initiative will generate measurable improvements in student comprehension of genetic concepts, with evaluation metrics developed by educational psychologists at the University of Łódź. Long-term goals include adapting the technology for specialized applications such as visualizing mutations linked to hereditary diseases. The three-year project is scheduled to conclude in 2027, at which point all resources will be made freely available through a dedicated online repository.