Design the enclosure to perform.
We help project teams design durable, high-performing enclosures by integrating heat, air, water, and vapor control from concept through construction—reducing risk, improving constructibility, and supporting long-term performance.
Review of enclosure assemblies for continuity of heat, air, water, and vapor control layers.
Detailing of transitions, penetrations, perimeter conditions, and attachments to support durable performance.
Integrated control-layer design across the building enclosure.
Identification of conductive pathways and recommendations to improve thermal continuity and reduce heat loss.
Evaluation of drying potential, interstitial condensation risk, and moisture-related durability.
Review of enclosure details to align design intent with sequencing, trade coordination, and field execution.
Site-based review of installed enclosure assemblies for alignment with the intended design and control-layer strategy.
Assess project goals, drawings, assemblies, and key performance requirements.
Evaluate enclosure details, interfaces, and control layers to identify risk.
Develop practical, technically sound recommendations and refined details.
Support implementation through coordination, review, and field observations.
CBEPC is led by Vincent Ellis, a PHIUS Certified Consultant (CPHC®) with a Master of Building Science, using WUFI and THERM modeling to evaluate real-world enclosure performance.
Curious how condensation risk is calculated in a wall or roof assembly? Try our free Glaser Method Calculator.
