Design considerations for healthcare simulation facilities.

Area of Science:

• Healthcare Simulation
• Educational Facility Design
• Project Management

Background:

• The number of simulation facilities is rapidly increasing globally, requiring significant capital investment.
• Designing and constructing these facilities presents challenges due to fragmented and non-standardized design experience.
• The risk of ineffective design is high given the substantial costs involved.

Purpose of the Study:

• To provide guidance on optimizing expenditures and maximizing utility in the development of new simulation facilities.
• To identify key factors influencing the successful launch and design of simulation centers.
• To emphasize the importance of a balanced, collaborative, and inclusive design process.

Main Methods:

• Analysis of critical factors in simulation facility design, including mission/vision, budget, functional needs, and space allocation.
• Emphasis on the role of a well-balanced design team and knowledgeable project manager.
• Highlighting the necessity for user and stakeholder input throughout the design process.

Main Results:

• Successful simulation facility design is contingent upon aligning the facility's mission, vision, and values with institutional goals.
• Space allocation significantly impacts budget, with new construction often being more cost-effective than renovating existing spaces.
• Prioritization of needs is crucial when budget constraints exist.

Conclusions:

• A holistic approach integrating mission, budget, functional requirements, and space is essential for effective simulation facility design.
• Owner involvement and a structured, collaborative design process mitigate risks and ensure the facility meets program objectives.
• Standardization of design practices is needed to reduce the risk of costly design failures in the growing field of simulation.