Journey to CARE

The DFG Research Unit FOR 5492 ‘Polytope Mesh Generation and FEA Methods for Problems in Solid Mechanics’, was established in 2024. CARE Principal Investigators Professor Klinkel and Professor Kobbelt, both RWTH Aachen University, are involved in the initiative. The Research Unit addresses the increasing geometric complexity of components in automated CAD, CAE, and CAM workflows resulting from advances in three-dimensional object digitization and digital fabrication. It develops innovative methods for mesh generation and finite element analysis to support the efficient digital design and analysis of complex structures.

This research contributes to CARE Objective O3, by advancing productivity in digital design and manufacturing.

The Living Art of Building LAB initiative brought together researchers from several disciplines and institutions to develop a broad vision for sustainable construction. LAB and CARE were developed in parallel and in close dialog, with exchanges between the two initiatives contributing to the further development of their respective concepts and collaborative networks.

Although LAB was not implemented in the form originally envisioned, several elements of its transfer-oriented approach are being taken forward by the Bundesforschungszentrum (BFZ), which is currently being established in Bautzen as a German registered association (e.V.). CARE plans to cooperate closely with BFZ, particularly in knowledge and technology transfer, collaboration with industry, and the demonstration and practical implementation of innovative construction solutions.

Since 2022, the DFG Proirity Program, SPP 2388 'Hundred plus – Extending the Lifetime of Complex Engineering Structures through Intelligent Digitalization' with CARE PI Professor Marx as spokesperson, has focused on developing digital models and indicators for assessing the condition of engineering structures.

Its research supports CARE's goals of extending the service life of structures under Objectives O2 and advancing digital methodologies under Objectives O2 and O3.

Launched in 2022, the Aachen-Dresden DFG Collaborative Research Center CRC/TRR 339 'Digital Twin of the Road System' with CARE PI Blankenbach as co-spokesperson, integrates material and structural models with dynamic traffic data to improve the sustainability and efficiency of road infrastructure.

The project contributes to CARE's Objectives O3, increasing productivity, and O5, strengthening resilience and adaptability to climate change. It also provides an excellent basis for CARE's work on end-to-end digitalization across the construction value chain.

Since 2020, researchers from TU Dresden and RWTH Aachen University have collaborated within DFG CRC/Transregio (TRR) 280 ‘Design Strategies for Material-Minimized Carbon Reinforced Concrete Structures’ with PI Marx as spokesperson. Drawing inspiration from biology, mathematics and art, the project investigates new design principles for mineral-based composite structures.

The extensive research conducted within TRR 280 provides important foundations for CARE. Close interaction between the two initiatives creates valuable synergies, particularly in pursuing CARE’s Objectives O1 and O2: climate neutrality and resource efficiency in construction.

Launched in 2019 with the involvement of several CARE PIs, the DFG Priority Program SPP 2187 ‘Adaptive Modularized Constructions Made in Flux’ focuses on modular construction and scalable manufacturing processes.

The program provides an important foundation for CARE's research on modular structures under Objective O2 and digitally supported manufacturing under Objective O3. CARE extends these approaches by incorporating circularity principles and developing adaptive modular structures designed for efficient disassembly, reuse, and reconfiguration after their initial service life.

The DFG Priority Program SPP 2005 'Opus Fluidum Futurum – Rheology of Reactive, Multiscale, Multiphase Construction Materials' ran from 2018 to 2025, with CARE PI Mechtcherine as spokesperson. The program developed a comprehensive scientific framework for rheology-based construction processes and supported the advancement of innovative manufacturing technologies and sustainable construction materials.

The knowledge and methods generated within SPP 2005 provide important foundations for CARE's Objectives O1 and O3.

The DFG Research Training Group (RTG) 2250 ‘Mineral-bonded Composites for Enhanced Structural Impact Safety’ was conducted at TU Dresden from 2017 to 2026, with CARE PI Mechtcherine as spokesperson. It investigated how thin layers of mineral-based composites can improve the impact resistance of structures.

The material concepts and strengthening methods developed within the RTG are closely aligned with CARE's research objectives, particularly the development of innovative, resource-efficient materials and solutions for improving structural resilience under Objectives O1, O2, and O5.