• DT-CORE (2025-2029): As a continuation of the DiT4CPS (Digital Twins for Cyber-Physical systems), the goal of DT-CORE is to establish Aarhus as the place to visit and collaborate with if one is interested in exploring the limits of digital twins in an open research perspective. Thus, funding has also been set aside to support researchers who lack their own funding for such a visit.
• MADE REACT (2025-2028): MADE REACT will focus on manufacturing challenges inside the manufacturing ecosystem divided into Factory, Cell and Process level. Our focus is on the digital decision support needed during manufacturing. 
• DTaas- Security (2025-2028): This research project focusses on extending an existing digital twin platform called DTaaS (Digital Twin as a Platform) with better support for secure collaboration between different legal entities.
• DT-Lab Skjern (2021-): The purpose of the laboratory is to do research in what the future of industry looks like and lay the foundation for the development of product prototypes using increased digitalization, new materials, and production technologies.
• PROBONO (2022-2026):  PROBONO will provide strong examples of how Green Building Neighborhoods technological and social innovations can be applied, with a vision focused on building infrastructure and a renewed focus on people and sustainability, taking full advantage of digitalization and smart technologies for the benefit of society.
• CD EDIH / Techcircle (2023-2025): The aim is also to overcome the sustainability challenges and the environmental impact of their manufacturing, production, and consumption value chains. 
• EURO-CC2 (2024 - 2025): The aim of our collaboration is to develop competencies of the Danish business segment, public administration and the research community, as well as provide development support, insight and assistance in deployment of HPC applications.
• CP-SENS (2023-2026):  CP-SENS develops a new generation of Digital-Twin-friendly sensing technology that enables mechanical and civil engineers to craft Digital Twins quickly and efficiently with little simulation engineering competencies.
• DIGIT-BENCH (2023-2025): DIGIT-BENCH aims to develop a Digital Twin framework for large-scale test benches serving in the wind industry. 
• RoboSAPIENS (2024-2026): RoboSAPIENS focus on autonomous robotic software adaptations and will lay the foundations for ensuring that such software adaptations are carried out in an intrinsically safe, trustworthy and efficient manner, thereby reconciling open-ended self-adaptation with safety by design.
• CITWIN (2023 - 2026): CITWIN aims to explore this potential by developing a generic digital twin framework that allows us to model potential changes to active transport infrastructure in urban areas, explore and simulate the impact of such changes, and evaluate their contribution towards the realisation of a 15-minute city. 
• ACCURATE (2024-2026): The ACCURATE project aims to boost the competitiveness of European manufacturing companies and value chains by improving their sustainability, performance stability, resilience, and ability to manage unforeseen events.