Mission & strategy
Research driven by technical readiness levels, focused on smart specialisation — bridging the gap between university laboratories and real-world technologies.
University research focuses on lab work that is highly effective at bringing ideas to proof-of-concept stage. However, lab prototypes are often far from ready for the demanding environment of a real consumer market.
A key challenge today is that Romanian universities remain largely disconnected from industry, with a few rare exceptions. Industrial actors tend to come to universities primarily to recruit graduates for specific specialisations, rather than to engage in research aimed at commercialisable products. Thousands of academic projects gain visibility through publications, but rarely reach prototype or market — resulting in poor return on R&D investment and limited societal impact.
3Nano-SAE seeks to change this vision.
Three pillars of the centre's mission
A practice-driven approach to education and research that develops creative, entrepreneurial researchers and equips them to bring innovation from concept to society.
Teaching and learning by doing
Education and training built on active research and innovation. Competencies are developed through hands-on practice and direct exercise in fields requiring smart specialisation — not just theoretical study.
Advanced master's, doctoral and postdoctoral programmes
Training a new generation of creative, entrepreneurial, and innovative early-stage researchers — equipped to face current and future challenges, and to convert knowledge and ideas into products and services that deliver economic and social benefit.
Research-related and transferable competences
Extending traditional academic research training by equipping researchers with the right combination of technical and transferable skills. This enables enhanced career perspectives in both academic and non-academic sectors through international, interdisciplinary, and inter-sector mobility — combined with an innovation-oriented mindset.
Five strategic principles
From solar fuel as the foundational energy source to industry-accessible research infrastructure, these five principles guide the centre's research agenda and partnerships.
Solar fuel as the foundation
All energy comes from the sun. Solar radiation interacting with matter underpins everything that happens on Earth. The more energy converters we can devise to capture useful energy, the more we improve daily life and gain energy independence.
Transformative research
Research that shifts or breaks existing knowledge, moving discoveries toward new innovations that meet society's evolving needs — rather than incremental work within established paradigms.
Convergence of disciplines
Physics, chemistry, biology, and engineering brought together — enabling eco-technologies, environmental research, healthy living, and energy saving through interdisciplinary collaboration.
Micro and nano in conventional industries
Bringing nanoscale science and micro-technologies into established industrial sectors — adding value, improving performance, and creating new product opportunities in traditional fields.
Open research infrastructure
High-level technological and characterisation facilities that allow direct or indirect access for industry members and young researchers — providing equipment and know-how that strengthen the broader ecosystem.
Industry-academia bridges
Building direct collaboration between researchers and industrial actors — closing the gap between proof-of-concept and commercialisation, and ensuring research investment delivers returns to society.
Let's work together
If our approach to research, training, and innovation resonates with your work, we'd welcome the opportunity to explore collaboration — whether on a project, a programme, or shared use of our research infrastructure.
Get in touch