Pediatric Psychiatric Exam Room: Evidence-Based VR Visualization

A photorealistic VR walkthrough that helps healthcare teams and architects evaluate pediatric psychiatric exam rooms, balancing ligature-resistant safety with a calming, therapeutic environment.
AEC
Design Review
Healthcare VR Visualization
Back

Validate healthcare architecture with VR. Divination Reality Labs visualizes evidence-based designs for pediatric psychiatric rooms, balancing safety with therapeutic needs.

Challenge

Designing behavioral health spaces for children requires a difficult balance: they must be strictly "ligature-resistant" to prevent self-harm, yet avoid feeling cold or institutional. Stakeholders needed to validate sightlines and the "feel" of the room before incurring construction costs.

Approach

We created a photorealistic VR walkthrough incorporating evidence-based design elements. This allowed architects and medical staff to virtually inhabit the space, testing the functionality of safety features and the emotional impact of the aesthetic choices.

Features

• BIM to VR pipeline

• True-scale walkthroughs

• Interactive fixtures & controls

• Evidence-based design elements for safety and ligature resistance

• Adjustable lighting and sensory features for different patient needs

• Visualization of rotating headwalls and secure storage systems

• Staff break areas modeled to support provider wellbeing

• Multi-stakeholder review: clinicians, architects, and researchers

Timeline

From discovery to measurable outcomes

Discovery

Hospital leadership identified the training gap and defined success metrics with our team.

Design

We conducted cognitive task analysis and designed the simulation architecture around measurable learning objectives.

Build

Our developers created the environment in Unity while researchers integrated biometric tracking systems.

Validate

Multiple cohorts trained in the simulation. We collected performance data and compared outcomes to traditional methods.

Deploy

The hospital integrated the simulation into their residency program with ongoing data collection and refinement.