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Complexity in two dimensions is challenging. Simulating a problem in three dimensions allows for thoughtful examination from all angles, uncovering blind spots and latent hazards and developing practical, manageable, and actionable solutions.
Complexity in two dimensions is difficult to understand. Simulating a problem in three dimensions allows for for an examination from all angles, uncovering blind spots and latent hazards and developing practical, manageable, and actionable solutions.
What is SImulation?
Simulation is the re-creation of real-life events in a controlled, reproducible environment. Simulationists build scripts (the simulation scenario) in order to ask or address specific questions about a system, space, design or process. We then bring those scenarios to life using a variety of tools, from table-top exercises to full-scale mock-ups to complex team-based exercises using computer-operated mannequins and actors.
What is SImulation?
Simulation is the re-creation of real-life events in a controlled, reproducible environment. Simulationists build scripts (the simulation scenario) in order to ask or address specific questions about a system, space, design or process. We then bring those scenarios to life using a variety of tools, from table-top exercises to full-scale mock-ups to complex team-based exercises using computer-operated mannequins and actors.
Debriefing
A well-constructed simulation generates deep buy in and engagement from participants that is harnessed in the debrief, a facilitated discussion in which participants are actively engaged in a conversation and guided towards a deeper understanding of issues and solutions, hazards and opportunities.
The Concept: Simulation-Informed Design
Imagine trying to understand the complex interaction of people, equipment, and technology in a new hospital space by reading over the architectural blueprints. Now imagine bringing that interaction to life with purposefully designed simulations and a rich data set from which to develop, pilot and implement solutions. That’s the power of SID.
We have applied SID principles in a variety of domains, including medical technology prototype testing and marketing, healthcare system and infrastructure design, and COVID-19 safety protocols.
The Concept: Simulation-Informed Design
Simulation-informed design (SID) harnesses the engrossing power of simulation and directs the focus towards systems, spaces, and design.
Imagine trying to understand the complex interaction of people, equipment, and technology in a new hospital space by reading over the architectural blueprints. Now imagine bringing that interaction to life with purposefully designed simulations and a rich data set from which to develop, pilot and implement solutions. That’s the power of SID.
We have applied SID principles in a variety of domains, including medical technology prototype testing and marketing, healthcare system design and architecture, and COVID-19 safety process and protocols.
Design focused, user-centred
Simulation-informed design puts the end-user at the centre of the simulation process. This allows us to design and direct simulations at all stages of the design-thinking framework, from empathizing and problem definition to testing and implementing solutions. In so doing, we can achieve a level of user engagement and understanding that no focus group or user meeting ever could.
Ready to learn more?
Download our White Paper on Simulation-Informed Design.
Connect with us to schedule a one hour virtual or on-site needs assessment.
Design focused, user-centred
Simulation-informed design puts the end-user at the centre of the simulation process. This allows us to design and direct simulations at all stages of the design-thinking framework, from empathizing and problem definition to testing and implementing solutions. In so doing, we can achieve a level of user engagement and understanding that no focus group discussion ever could.
Ready to learn more?
Download our White Paper on Simulation-Informed Design.
Connect with us to schedule a one hour virtual or on-site needs assessment.
