Blog 2_Body & Building - Units of Standardized (Zharif Ramli)



Le Corbusier intended to establish a universal system for well-proportioned dimensions for architecture and mechanics compatible with the average human size.

He envisioned setting it up on the construction location which will eventually be integrated nationally, a “grid of proportions”, laid out on the board or table, which the whole project will follow as a guide, a standard set of dimensions for the mason, carpenter, joiner to refer to whenever they take measurements for their task. It was his dream to unify all the items they create, may they vary and differ. 

He elaborated on what he called a Proportioning Grid. It demonstrates a set of numbers, figures, and diagrams. He wanted them to be prepared in both foot-and-inch and the metric system if it was ultimately bound to act as a foundation during the assembling of components of a structure.


Proportioning Grid was given the name “Modulor”. It serves as a measuring aid based on the average person anatomy and math.
Le Corbusier draws a man with his arm raised, showing the area that he takes up at determining spots—foot, abdomen, head, fingertips of the raised arm—three intervals giving rise to a series of golden sections, called the Fibonacci series.



similarly, in Malay traditional way of measuring unit, they used the human body as a referencing point to construct an ergonomics of everyday necessities or to construct the Malay house. Specifically, each part of the human body breakdowns is then translated into Malay dwelling architecture.


However, with mathematics, we have a simple and effective variation of value: the single unit, the double unit, and the three golden sections.
The “Modulor” has manifested to provide an endless amount of combinations with the helping hand of numbers and mathematics.

Le Corbusier was then required to modify his figures to adjust to others' utilization. The reason being the figures presented on the first strip and numerical table was based on the metric system, making it unconvertable into feet and inches. It was essential to find whole values for feet and inches if the “Modulor” was to be the international union for mass production.

One of Le Corbusier’s associates, Py, mentioned during their search for a solution regarding the height of the man used in the “Modulor”. He brings up the concern that they were using an average height measurement of a French(1.75m). Whereas, an average English man’s height was 6ft idealistically. When applied to a certain standard, the “Modular” was translated into round figures in feet and inches. The “Modulor” broke the barrier between the users of meter and foot-and-inch by converting the figures automatically.

In conclusion, The “Modulor” is a measure based on mathematics and the human scale to carry tasks more efficient as well as how the Malay builders have their own referencing point. A measure should be large than too small, in order that the article created on the idea of that measure should be appropriate for use by all. having that said,  a standardized unit of measurement helps us to design a better and suitable environment applicable to everyone.

Comments