Biomimicry in Architectural 3D Printing

Houses that push the boundaries of construction and fabrication are being 3-D printed in Italy. The applicability of this design to semi-desert and chaparral habitats (such as Southern California where I live) can be a solution to address the current civic water challenge. Biomimicry in architectural design integrates water harvesting and rain capture systems by looking to nature's design for maximum efficiency. Doesn't this home look like a Mexican Golden Barrel Cactus? Imagine the opportunities for solar-powered LED lighting using these surfaces and geometries!




This 3D-Printed House Is Made From Recyclable Materials and Will Be Zero Waste

By Samantha Pires on February 9, 2021


Work is almost complete on a series of 3D-printed houses that push the boundaries of construction and fabrication. Called TECLA, this project features futuristic dome-shaped dwellings located near Bologna, Italy. The unusual forms and uniquely layered interiors make TECLA interesting enough on its own, but the style is not what makes this project so special.


Designed by Mario Cucinella Architects and planned for fabrication by WASP­­, TECLA features 3D printers that mechanically place layers upon layers of clay made from natural and local materials. This means that the building is zero-waste because all construction materials assembled in the structure can easily be recycled. Once complete, it will be the first house to be built with these materials in this fabrication process, and it will also be the first to be produced by multiple 3D printers working on the same structure.


This design and the innovative construction process that made it possible is a serious response to some of the issues facing architects around the world. How do we accommodate a growing population and a lack of affordable housing? How do we meet these demands while reinventing the way we build in order to lessen our impact on the environment? Mario Cucinella explains, “The completion of the structure is an important milestone and shows that thanks to the design and technologies used, TECLA is no longer just a theoretical idea. It can be a real and achievable response to the needs of living today and the future.”

According to Cucinella and the design team, the so-far successful construction of TECLA means that this model may work for other environments as well. WASP has created a “maker economy starter kit” that will help others recreate this sustainable design—maybe even on a much larger scale like an entire city of zero-waste structures. TECLA is expected to finish construction in Spring 2021.




For more news about the fabrication of TECLA and crane WASP go to 3D Printers | WASP | Leading Company in the 3d printing industry (3dwasp.com).




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