Undulating Boxes: SIP M3 House by HSU-Rudolphy Architects

An interesting residential project that makes use of Structural Insulated Panels and offers an expandable modular layout as designed by HSU Rudolphy Architects. Here’s their detailed synopsis,

The project was to build a 155 m2 house in a very limited time frame, and with a reduced budget. In response we decided to use an efficient construction system and a simplified palette of finishes. We designed a structure completely based on SIP panels (structural insulated panels), supported on a grid of foundations that intervene minimally in the existing terrain.

Modulation and system
We defined different three-dimensional modules, made up of floor, walls and roof panels. The modules were designed in two widths and two heights, which in their combination and association constitute the rooms of the house.

Material optimization
The dimensions used to configure the modules correspond to the manufacturing dimensions of the panels, maximizing the material and reducing losses during construction.

4_1564 5_1340 6_1172 3_1803 8_843 10_919 11_865 12_767 7_999 1_2196 2_2022

The intention was to minimize circulation surfaces, placing the common area at the center of the project, and the other rooms around it. This allowed us to concentrate the load bearing walls in the side aisles of the house, leaving the central common area without any structure.
The program is developed in 4 parallel aisles formed by a sum of modules. Two aisles are composed of modules 244 cms wide, corresponding to the service program, and two aisles are made up of modules of 488 cms wide, corresponding to common rooms. We merged or alternated high and low modules in all aisles, achieving greater heights and therefore higher volumes of air in all the rooms of the house without necessarily increasing the surface (cubic meters vs square meters). The resulting roof, with alternating heights, generates light entries oriented to the north in most rooms. This basic principle is why we have called the house ”SIP m3″. SIP due to its panel based structure and m3 due to the cubic volume.

26_119 24_157 23_178 22_227 21_248 19_283 18_312

15_475 13_635 16_402 12_766 11_864 10_918 09_375 07_455 06_510 05_542 04_a 04_575 03_580 02_614 01_647 08_406

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