Eric Owen Moss and his two teenage children collaborated on an experimental residential building in Los Angeles. Titled the A+M House, the structure spans three floors and it "changes shape as it rises." This is a foray into architecture that challenges the notion of reshaping how we use space. While at the highest level, the building takes the form of a rectangle yet at the bottom, it boasts a more curvilinear shape. Eric Owen Moss and his studio define this effect as "kinetic."
The experimental residential building also features an industrial-strength rubber coating. The facade walls were designed using a "direct-to-construction" Rhino 3D model. The exterior is punctured by differently sized and shaped windows—even windows that occupy corners of the house, as well. These are covered in a waterproofing material.
Image Credit: Eric Owen Moss Architects
Why This Trend Is Growing
- Experimental Architecture
- The A+M House is an example of experimental architecture, paving the way for more exploration and innovation in this field.
- Kinetic Buildings
- The A+M House is a kinetic building, demonstrating the potential for structures to change shape and use space in dynamic and unexpected ways.
- 3D Modeling in Architecture
- The A+M House was designed using a Rhino 3D model, highlighting the growing role of technology in shaping the future of architecture and construction.
Industries Being Reshaped
- Construction
- The A+M House introduces new techniques and materials for construction, inviting innovation in the industry.
- Architecture
- The A+M House challenges traditional architectural practices and inspires architects to consider more experimental and kinetic designs.
- Technology
- The A+M House demonstrates the potential for technology to enhance the design and construction of buildings, creating new opportunities for innovation.
