Sep 18

3D-CIRCULAR: Empowering Europe’s Green & Digital Twin Transition

What is 3D-CIRCULAR?

3D-CIRCULAR stands for Digital Deep-tech Driven Circular Economy. It’s an EU-funded initiative (Digital-2024-ADVANCED-DIGITAL-07) that launched on 1 August 2025, and will run until 31 July 2029.

The project is aimed at closing the skills gap that threatens to hold back Europe’s twin transition: the push toward green sustainability and deep digital innovation. It does this through educational programmes, certifications, and collaboration among academia, industry, and research institutions across Europe.



Key Objectives

  • Reskill and Upskill: Equip both young graduates (master’s and doctoral levels) and experienced professionals with the interdisciplinary knowledge needed for deep-tech and circular economy fields.

  • Design Next-Gen Educational Ecosystem: Develop new curricula, certification pathways, and self-contained learning modules that combine advanced digital technologies (deep tech) with sustainable principles.

  • Strengthen Collaboration: Involve a large consortium of partners (universities, research centres, SMEs, and industry) from many European countries, enhancing cross-disciplinary and cross-border cooperation.


Consortium & Partners

3D-CIRCULAR brings together 32 organisations from 14 European countries, including:

  • Universities & Research Centers

  • Industry leaders & SMEs

  • Innovation-driven institutions and projects

One of the coordinating institutions is the University of the Aegean. Fakulteta za logistiko Others include DTU (Denmark), Politecnico di Milano, Wageningen University & Research, University of Oslo, Technical University of Dortmund, among many more. 


What It Will Do

  • Launch new Master’s & Doctorate programmes that integrate deep tech (e.g. advanced computation, AI, digital tools, etc.) with circular economy principles.

  • Offer certification pathways and “self-standing” (standalone) learning components—courses and modules that may not be part of a full degree but still impart key skills.

  • Build mechanisms (boards, alliances) for ongoing engagement among industry, research & policy, to ensure curriculum relevance, and alignment with EU strategies.

Why It Matters

  • Addressing a critical skills shortage: As Europe transitions toward more sustainable, circular, and digitally intensive industries, many current workers and new graduates lack the combined deep-tech + sustainability skills. 3D-CIRCULAR seeks to fill that gap. 

  • Supporting EU policy goals: The EU has committed to green deal, circular economy, digital transformation. Having a workforce that understands both sustainability and deep tech is essential to implementing those policies in practice.

  • Cross-sector innovation: By bringing together academia, industry, research, the project can help accelerate innovation, not just in theory but in actual deployment, through collaboration and knowledge exchange.

Timeline & Funding

  • Duration: 4 years (Aug 2025 – Jul 2029) 

  • Funding: Backed by the European Commission, specifically through its Health & Digital Executive Agency. The exact amount is not clearly stated in the sources I found, but the funding supports curriculum development, certifications, partnerships etc.

Challenges & Considerations

  • Curriculum design complexity: Merging deep-tech modules with sustainability and circular economy themes requires interdisciplinary alignment; instructors must have competence across multiple domains.

  • Keeping pace with fast-moving tech: Deep tech (AI, data science, advanced manufacturing etc.) evolves fast—so curriculum risk becoming outdated unless there are mechanisms for constant update.

  • Certification acceptance: To be meaningful, certifications must be recognized by industries; this means strong involvement of industry partners and possibly regulatory alignment.

  • Engagement of professionals: Reskilling/upskilling adult workforce can be difficult due to time, costs, and competing commitments. Need flexible modes (e⁠learning, part-time etc.).

  • Measuring impact: The project will need good metrics to track success (number of certified people, uptake in industry, etc.), as well as ensure equity (geographical, sectoral).

Outlook

If successful, 3D-CIRCULAR could become a model for how the EU (and possibly other regions) delivers education for the green/digital transition: producing graduates and professionals who are not just technically skilled, but able to think in sustainable, circular systems. It can help accelerate innovations, reduce environmental footprints, and enable industries to adapt in a rapidly changing world.