Simulation Tools for Inclusive Design Solutions.

Area of Science:

• Human-Computer Interaction
• Inclusive Design
• Accessibility Research

Background:

• The World Health Organization redefines disability as an interaction between individuals and their environment, emphasizing the need for inclusive design.
• User-centered design often employs simulation tools to help designers empathize with users and identify needs.
• Existing simulation tools for designers' physical limitations often fail to evoke a truly inclusive design perspective.

Purpose of the Study:

• To test the effectiveness of different simulation tools in fostering inclusive design perspectives among designers.
• To analyze the inclusiveness achieved through direct versus situational physical impairment simulations.
• To demonstrate the application and impact of a specific simulation tool in a co-design workshop.

Main Methods:

• A co-creation workshop involving 33 participants was conducted.
• Participants were exposed to direct and situational physical impairment simulations using tools like noise-canceling headphones to simulate reduced hearing attention.
• Participants generated user needs and design functions while using the simulation tools.

Main Results:

• The study analyzed the inclusiveness achieved through different simulated conditions.
• Outcomes from 33 participants interacting with users with physical challenges were recorded.
• The effectiveness of simulation tools in eliciting inclusive design perspectives was evaluated.

Conclusions:

• Simulation tools, when applied correctly, can aid designers in developing inclusive design solutions.
• Understanding user needs through simulated impairments is crucial for creating user-delighting technologies.
• Equipping designers with effective tools is necessary for advancing inclusive design practices.