[3d concrete printing]
Concrete 3D printing is redefining how buildings are designed and constructed. Ioulios Georgiou Systems operates at the intersection of architecture, computation, and robotic fabrication, with active involvement in the global 3DCP industry since 2020.
What began as small-scale explorations of computational and organic geometries has evolved into involvement in the delivery of multi-storey 3D-printed buildings. This progression is grounded in a combination of architectural experience, technical training, and hands-on engagement with additive manufacturing processes.
The role of the 3DCP architect extends across the full development of a project, integrating design, structure, and building services within the constraints and opportunities of robotic construction. Each project is inherently unique, requiring close coordination between architectural intent and the evolving research and development processes of the technology.
A key aspect of the work is the translation of architectural geometry into executable printing logic. This involves developing parametric models and converting them into print paths linked to robotic systems, while maintaining control over material behaviour, sequencing, and buildability.
In parallel, strategic planning of the construction process is essential. This includes defining efficient printing sequences, coordinating on-site workflows, and aligning design decisions with practical execution.
The objective is to realise the core advantages of concrete 3D printing: time and cost efficiency, combined with a high degree of design freedom and customisation.
3DCP Project Strategy & Advisory
High-level guidance on project setup, feasibility, and integration of 3D printing within architectural and construction workflows.
Case Study: Eh-ni Da-se, Ontario-Canada
Project Management from the design development and 3dcp-construction of a three-story residential building.
Multi Story 3D-printed Building System developed with HORIZON LEGACY
Construction Strategy & Print Workflow Development
Development of efficient printing sequences and construction logic, aligning design intent with on-site execution.
Programming a 7-axis Robotic Rail System (left)
Programming a movable 6-axis Robotic Manipulator (above)
Parametric & Computational Design
Creation of organic and adaptable design systems tailored for digital fabrication and robotic construction processes
Original design for a road barrier, intended to be used as a series of custom and unique modular and interlocking components.
Design for HORIZON LEGACY
Design-to-Print Integration & Geometry Optimisation
Translation of architectural geometry into executable printing logic, ensuring buildability and material efficiency.
A design collaboration with landscape architects, taking the initial concept of an outdoor bench and adapting it for 3d-printing technology. A design of multiple unique and organic benches.
Design Collaboration with ARCADIS.
