This Blended Intensive Programme (BIP) addresses two defining challenges for European business: the dual imperatives of sustainability and digitalisation.
Participants will master circular economy principles, analyse industrial material flows, and leverage AI tools to accelerate the transition toward zero waste.
Ready to tackle Europe’s twin green and digital transitions?
This programme gives you the tools, technical knowledge, and creative problem-solving skills to evaluate industrial systems and engineer real solutions that eliminate waste and extend product lifecycles. Through interactive workshops, collaborative sprints, and hands-on industry challenges, you’ll work right at the cutting edge of sustainability and AI innovation. You will map real industrial material flows, harness AI tools to supercharge your thinking, and pitch your team's circular solutions directly to companies at our trade fair on the final day of the programme. Beyond the classroom, you’ll connect with international peers through cultural events, excursions and exciting team challenges.
Embark on this journey through the circular economy, the drive toward zero waste, and hands-on problem-solving challenges.
Join us and build the skills to make a real difference in Europe's future.
15th of February 2027 to 9th of April 2027
English
Participation in this Blended Intensive Programme will be formally recognised by each student's home institution in accordance with institutional and RUN-EU guidelines for Erasmus+ mobility.
BA to PhD students, lecturers, researchers in the disciplines of Business, Digital Innovation, Social Science, Environment & Sustainability, Engineering or Humanities.
Please contact the International Office at your home institution for more details.
By the end of this Erasmus+ Blended Intensive Programme, learners will be able to:
Explain the principles of the circular economy and distinguish them from linear economic models
Understand how systems, policies, and material flows function within industries and how they contribute to efficient operations.
Describe the principles of waste regeneration and zero waste and explain their significance within a sustainable development framework.
Apply AI tools to support sustainable design decisions, including upstream design, smart waste segregation, and designing products for circular lifecycles
Employ critical thinking, problem-solving, and creativity to design strategies and solutions that prevent waste and increase circular economy practices
Students on Bachelor degree programmes from the participating partner organisations (HAMK, Howest, NHLS, UBU, TUS) will have priority. Further selection criteria will be based on order of submission, motivation and a balanced representation of the RUN-EU member institutions.
Funded by the European Union. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or the European Education and Culture Executive Agency (EACEA). Neither the European Union nor EACEA can be held responsible for them. Grant Agreement Number: 101124674