The Postgraduate in 3D Printing Architecture is a 6-month long intensive programme in the field of additive manufacturing of sustainable architecture. Between the use of advanced technology for construction and the desire to develop a holistic design approach to architecture, we engage with different areas of research that include robotic manufacturing, material research and performance-based design. The programme seeks to develop technological and architectural solutions in collaboration with Industry partners to answer the current needs and challenges of our habitat.
Ventilation is a broad and complex field of study that is linked to heat, humidity, air density and geometry. As this project took place over a six week period we narrowed our focus to a small section of this field of study. The main concepts being intake typology, internal pipe length, and cross ventilation opportunities. … Read more
Research questions What role does the geometry of 3D-printed patterns play in reducing water erosion in earth walls? How do concave, convex, and flat patterns in 3D-printed walls differ in their ability to manage rainwater flow? Can we reduce the surface area we coat on 3d printed walls and how does this vary across different … Read more
Hypothesis: By integrating controlled extrusion and topological optimization into 3D printing processes, it is possible to significantly enhance structural efficiency, reduce material usage, and simplify toolpaths. By drawing insights from nature and leveraging data-driven design and analysis, this method enables the creation of structures that are lighter, stronger, and more resource-efficient. When applied to architecture, … Read more
Introduction – Hypothesis How can we optimize the geometry of different sections of a 3D-printed wall to adapt to varying levels of solar radiation and insulation requirements, while also reducing material usage and printing time? By deforming the infill patterns of 3D-printed earth walls, it is possible to optimize the thermal transmittance of the walls, … Read more
Hypothesis Optimizing Self-Shading in Clay 3D-Printed Geometries Methodology Incidence vector analysis:Using the position of the sun in Barcelona to simulate realistic shading.Evaluation of different vectors and orientations to identify optimal shading configurations.Geometric modification:Create geometric modifications according to vectors at a precise hour, 14:00 on 21 June and then at different hours 13:00, 14:00, 15:00, 16:00.Adjusting … Read more
