CONSORTIUM
Israel Institute of Technology (Technion)
Project Coordinator
The National Building Research Institute (NBRI) at Technion is a unique collaborative research environment specializing in building information modelling, construction technology, building materials, and sustainability. It includes groups like the Technion Advanced Construction Centre (TACC), which focuses on computational design and architectural scale robotic manufacturing, and the Structural Optimization Research Group (SORG), dedicated to developing optimization techniques for optimal structural design.
Role in the Project:
Technion coordinates the project, with TACC developing sustainable materials and SORG focusing on structural optimization to reduce emissions. Technion Research and Development LTD. (TRDF), as a Technion-affiliated entity, is tasked with financial administration by managing EU funds and reporting and distributing payments.
Technical University of Munich (TUM)
The Chair of Computational Modelling and Simulation is part of the TUM School of Engineering and Design. Their research has a variety of advanced topics, including Building Information Modelling (BIM) to Digital Twinning and Cyber-physical robotic construction. TUM’s Robotic Fabrication Labs are equipped with advanced robotic arms, an extrusion system for 3D printing, and sensor systems for detailed process monitoring.
Role in the Project:
TUM leads applying Learning-by-Printing (LbP) to simulate, predict, automate, and control the 3D concrete printing (3DCP) process.
Technical University of Denmark (DTU)
DTU’s Civil and Mechanical Engineering department applies scientific and technical knowledge to benefit society and sustainable development. The department is recognized for its strong research capabilities in areas such as sustainability, BIM, and Digital Twins for the construction phase. It also specializes in automation and robotics for prefabrication, lean and safe operations planning, progress monitoring, real-time tracking of construction resources, and life cycle assessments.
Role in the Project:
DTU leads the life cycle assessment and environmental impact analysis throughout the 3D Concrete Printing (3DCP) process. Additionally, DTU will contribute to the definition and development of a digital twin to represent and control, among other topics, lean and safe worker-machine interactions in 3DCP.
Eindhoven University
of Technology (TU/e)
TU/e is represented by the Department of the Built Environment, Information Systems in The Built Environment (ISBE) research group. Their key research topics and areas of expertise include Building Information Management, semantic data modelling, AI, Linked Building Data, Digital Twins, as well as data and system integration in the context of smart buildings and cities. The department has world-class experimental facilities with specialized laboratories, including a 3D Concrete Printer.
Role in the Project:
TU/e leads the development of the digital infrastructure. They will create an advanced Digital Twin platform and orchestrate a Cyber-Physical System. This initiative will facilitate seamless coordination between physical and digital 3D printing processes, ensuring an efficient and interconnected smart construction site.
WASP SRL
The World’s Advanced Saving Project (WASP) is an Italian SME specializing in 3D printing solutions for sustainable construction. Founded in 2012 and inspired by the Potter Wasp, the company develops large-scale 3D printers designed to construct homes using natural and locally sourced materials. WASP demonstrates the potential of additive manufacturing to address housing and environmental challenges. By integrating innovative technology with a commitment to circular economy principles, WASP promotes high-quality, energy-efficient, and sustainable production.
Role in the Project:
WASP will focus on adapting its 3D printing technology to meet the needs of new materials, conducting testing and validation, and demonstrating feasibility through prototypes and mock-ups.
FENIX TNT
FENIX TNT s.r.o. is a successful Czech company specializing in consultancy services focused on innovation strategies for emerging products and technologies. The company has extensive experience in EU research and innovation projects within the advanced materials, industrial, renewable energies, and new production processes. The company supports clients through marketing, communication, and in-house production, while also providing expertise in exploitation, intellectual property rights (IPR) management, business modelling, and business plan development.
Role in the Project:
FENIX leads dissemination, communication, and portfolio development, all aimed at enhancing the project’s visibility and impact.