Presentation
The Vitruvian Woman: Beyond the Male Default - Ergonomics Against Patriarchal Design
SessionPoster Session 2
DescriptionThe physiological differences between men and women lead to a higher risk of musculoskeletal diseases resulting from function among women compared to men. Despite of this, in many fields, including medicine and design, the prevalent perception relies on men as the "gold standard" and ignores the unique characteristics of women. This unequal concept aggravates the risks and harms women’s health.
The "Vitruvian Man," Leonardo da Vinci's iconic drawing, is widely accepted as the international symbol of ergonomics - the science that focuses on the design of the functional interaction between users and products. Yet this graphic ideal represents the male body as the ultimate model of human perfection, symbolically excluding women. This prioritization of the male body is echoed in medicine (for instance, drug development often based primarily on male physiology, resulting in higher rates of adverse side effects for women). The same is true in design: product development frequently relies on the dimensions, strength, and physiology of a hypothetical young, white male, defined as the "average person", while overlooking the diversity of real human bodies.
This patriarchal worldview does not only fail women by sabotaging their ability to function optimally, it also creates barriers to their equal participation in various domains, including medicine. For example, recent studies illustrate this exclusion vividly in the operating room. Surgical instruments, particularly those used in orthopedics and other physically demanding specialties, are typically designed for large hands and significant grip strength. This design bias systematically disadvantages women and surgeons with smaller hands, creating both functional barriers and health risks. These barriers are especially severe for surgical trainees, discouraging equal entry into certain specialties such as orthopedic surgery. Thus, instrument design itself acts as a gatekeeper, undermining equal participation in medicine and highlighting the urgent need for ergonomically inclusive solutions.
Perhaps not surprisingly, in domains perceived as "feminine" (such as personal care and home cooking), greater effort is made to adjust products to women’s abilities and limitations, acknowledging sex differences to achieve optimal outcomes.
This lecture demonstrates how applying ergonomic principles in design (biomechanical and anthropometric) can unlock women’s full functional potential, promote women’s health, dismantle glass ceilings, and ultimately create a more equal and healthier world, for women and men alike.
The "Vitruvian Man," Leonardo da Vinci's iconic drawing, is widely accepted as the international symbol of ergonomics - the science that focuses on the design of the functional interaction between users and products. Yet this graphic ideal represents the male body as the ultimate model of human perfection, symbolically excluding women. This prioritization of the male body is echoed in medicine (for instance, drug development often based primarily on male physiology, resulting in higher rates of adverse side effects for women). The same is true in design: product development frequently relies on the dimensions, strength, and physiology of a hypothetical young, white male, defined as the "average person", while overlooking the diversity of real human bodies.
This patriarchal worldview does not only fail women by sabotaging their ability to function optimally, it also creates barriers to their equal participation in various domains, including medicine. For example, recent studies illustrate this exclusion vividly in the operating room. Surgical instruments, particularly those used in orthopedics and other physically demanding specialties, are typically designed for large hands and significant grip strength. This design bias systematically disadvantages women and surgeons with smaller hands, creating both functional barriers and health risks. These barriers are especially severe for surgical trainees, discouraging equal entry into certain specialties such as orthopedic surgery. Thus, instrument design itself acts as a gatekeeper, undermining equal participation in medicine and highlighting the urgent need for ergonomically inclusive solutions.
Perhaps not surprisingly, in domains perceived as "feminine" (such as personal care and home cooking), greater effort is made to adjust products to women’s abilities and limitations, acknowledging sex differences to achieve optimal outcomes.
This lecture demonstrates how applying ergonomic principles in design (biomechanical and anthropometric) can unlock women’s full functional potential, promote women’s health, dismantle glass ceilings, and ultimately create a more equal and healthier world, for women and men alike.
Author
Certified Professional ErgonomistEvent Type
Poster Presentation
TimeTuesday, March 244:45pm - 6:15pm EDT
LocationRhinelander Gallery
Hospital Environments