Achieving and Executing a Successful Building Envelope
Roles, Responsibilities, and Best Practices
Roles, Responsibilities, and Best Practices
CQEC Development Team: Chris Hauska, Sue Klawans, Chad Dorgan, Matt Biehl, Angelo Trapani, and Mike Stajduhar.
Purpose: Building enclosure systems include any component that is intended to keep outside air and water from entering a building. It includes roof assemblies, below grade waterproofing, exterior walls and glazing, skylights, air/vapor barrier systems , etc. When such elements are defective with respect to design or installation, a loss of building efficiency and water intrusion leading to damage may occur. Furthermore, repairs of defective building enclosure systems can be very challenging and costly.
For these reasons, it is important that building enclosure systems are properly designed and installed. Coordination and installation can be challenging since building enclosures include multiple trades and are often designed and field assembled from numerous materials (where chemical compatibility must also be considered) that include many interfaces.
The purpose of this document is to provide best practice guidance for all stakeholders associated with the building enclosure. Creating a clear definition of roles and responsibilities will help to assure the end result is a building enclosure that performs as intended.
The following sheets, relative to the building enclosure, are included as a guide. Building enclosures are designed by the Owner's Architect/Engineer or design-build team (depending on contract delivery method). Through coordinated and collaborative efforts with the Owner, Designer, General Contractor, Specialty Trades, and Building Enclosure Consultants, defects can be minimized or avoided.
This is a placeholder for a future document to be uploaded soon.
Purpose: Building enclosure systems include any component that is intended to keep outside air and water from entering a building. It includes roof assemblies, below grade waterproofing, exterior walls and glazing, skylights, air/vapor barrier systems , etc. When such elements are defective with respect to design or installation, a loss of building efficiency and water intrusion leading to damage may occur. Furthermore, repairs of defective building enclosure systems can be very challenging and costly.
For these reasons, it is important that building enclosure systems are properly designed and installed. Coordination and installation can be challenging since building enclosures include multiple trades and are often designed and field assembled from numerous materials (where chemical compatibility must also be considered) that include many interfaces.
The purpose of this document is to provide best practice guidance for all stakeholders associated with the building enclosure. Creating a clear definition of roles and responsibilities will help to assure the end result is a building enclosure that performs as intended.
The following sheets, relative to the building enclosure, are included as a guide. Building enclosures are designed by the Owner's Architect/Engineer or design-build team (depending on contract delivery method). Through coordinated and collaborative efforts with the Owner, Designer, General Contractor, Specialty Trades, and Building Enclosure Consultants, defects can be minimized or avoided.
This is a placeholder for a future document to be uploaded soon.