Research Projects / CARE – Climate-Neutral and Resource-Efficient Construction

Research Projects From Vision to Reality

AI-Driven Multi-Robot Fleet Manager for Planning and Control in Construction

Towards a Fully-integrated, Interoperable, and Semantically Annotated CARE Data Model

Cognitive Construction via Human-Machine Dialogue for Relevant and Minimum Information and Acceptance

Digital Construction Using Reinforced Low-Carbon Mineral Foam

Data-Driven Engineering Process Chains for Automated Pre-fabrication with Novel Construction Materials

Biohybrid concrete composites with diatom- functionalised fibre-reinforcement

Electrochemical manufacturing and reactivation of cementitious binders

Experience-Enhanced Material-Efficient Generative Bridge Design

Fiber Reinforced Additive Manufactured Earth

Geometric and Semantic Analysis of Unstructured 3D Point Clouds

Horizontal Bricks: Digitally Fabricated Interlocking Floor Slabs

Minimally-Invasive Strengthening of Bridges under Live Traffic

Process-Ontology – Characterisation of Reuse

Scaffold-Free Robotic Assembly of Modular Concrete Shells

Smart Hydration Assessment and Prediction of Enhanced Low-Clinker Cements

Use of slags and ashes as CO2 sink and SCM – Part 1: Lignite fly ash

Smart Textile Reinforcements for Multi-Modal Lifetime Monitoring and Adaptive Concrete Strengthening

Theoretical and methodological advancements towards an integrated sustainability assessment framework

Polymer Upcycling and Fiber recovery of fiber reinforced composites from the building sector