Embedded acoustics is specialized in implementation sensors and audio components. We helped the to find the most suited location in the fire fighter helmets.
Sizing Science contributed to backbone calculations on how to convert available info like height, weight and age into a good fitting garment
Based on a set of prototype blouses and a selected population of females that fitted the blouses, a mathematical relation was established between self-reported data of the customer and the pattern of a good fitting blouse. Thus, every entry in the webshop is transferred in a pattern of a blouse. The method used at bivolino is published. If you want to learn more, read the paper.
In order to prepare our athletes optimally for the hot conditions in Tokyo, the research project Thermo Tokyo was started. Heat strain strongly depends on body shape and surface area of the body. Sizing Science is involved in the project as a consultant in order to be able to determine this as accurately as possible.
Body dimensions of the athletes are determined by ISAK certified specialists of Hogeschool Arnheim Nijmegen. Sizing Science contributed by linking the ISAK measurements to ISO standard 8559 ( Size designation of clothes —— Part 1: Anthropometric definitions for body measurement).
Sizing Science advised Vlisco in how to measure accurately. With this information sizing of garments made from Vlisco textiles could be defined. This made new markets accessible.
NATO Research and Technology group HRM-266 was led by Sizing Science to optimize fit and sizing. The international team was awarded the NATO HFM panel excellence award in 2021.