Quality Control Process
The UBC Technical Guidelines are deliberately Performance-Based to encourage Consultant Teams to be pro-active, provide integrated and comprehensive solutions, and to assist with quality assurance.
Compliance, Quality Control Requirements and Requests for Variance
From the beginning of the Design Development Phase of each project, consultants are required to use the Technical Guidelines, and are to indicate to UBC Facilities any variances, along with progress submittals.
All items which are non-compliant are to be summarized and submitted to the following contacts in UBC Facilities on a Request for Variance sheet, along with reasons for the inability to comply, and with a sign-off by the appropriate UBC department.
If allowed, each request will be approved on a 'one-off' basis.
|Request for Variance (XLS)||
Project Managers are to email the 'Request for Variance' sheet to:
The designer of record is required to ensure compliance with the UBC Technical Guidelines. All proposed non-compliant clauses must be approved by UBC Facilities prior to issuance of a building permit or after the building permit issuance if a non-compliant change occurs at that time. (Also refer to UBC Permits & Application Process .)
UBC Mandatory Standards
See the UBC Technical Guidelines Performance Objectives.
Division 01 Specification Sections
Refer to all Division 01 Templates, which can be downloaded, but must be coordinated and modified to suit each project.
The UBC Technical Guidelines establish the following primary objectives (these are mandatory UBC-specific requirements):
1. All projects shall comply to their design brief goals or performance targets as identified by UBC and as set at the Project Alignment Meeting.
UBC's major objectives in sustainable design are:
- reduce energy and water consumption
- contribute to a reduction in greenhouse gas emissions
- demonstrate innovation and research application
- minimize impact on the local ecosystem,
- Promote human health and well-being
2. Projects shall be designed to achieve minimum life-cycle cost of ownership while meeting functional requirements of building users. What is unique about life-cycle planning at UBC is the permanency and resiliency of the buildings. Buildings integral to the academic mission of UBC must be built to last. Selection of materials and equipment must take into account not only the present capital cost, but the on-going operating and future renewal / replacement over an extended lifespan. As a result, the target design service life for key building systems are to be as follows, unless deliberately programmed to be for a lesser definite period:
- 100 year service life is required for the structure and a 100 year service life plan is required for the exterior envelope (which may include planned replacements) unless the project is deliberately specified to be a temporary building for a short term project. Structures and components are to exhibit flexibility, i.e.storey heights, to adapt for future changes in use as well as maintainability and serviceability.
- 25 years for interior components and systems, and designed to facilitate change and adaptability.
- Mechanical systems shall be employed to operate without significant material replacement for a minimum of 30 years.
- Electrical systems and components shall have a minimum service life of 30 years.
- Roof systems shall have a minimum 30 year life.
- Finishes shall be designed for long-term use or exhibit a service strategy acceptable to UBC. (Millwork etc. may only be required for a short research project duration).
4. Components, finishes, equipment and systems are to be selected that require minimal maintenance and exhibit a high level of maintainability and long-term reliability. Equipment shall be readily accessible for maintenance and replacement.
5. All buildings undergoing construction, alteration or demolition are to conform to the latest edition of the BC Building Code , Division B, Part 8, "Safety Measures at Construction and Demolition Sites".
6. All new construction and major renovations which are eligible must achieve LEED Gold certification according to the UBC LEED Implementation Guide .In addition, UBC is a "learning" community. Living as a community necessitates a need for comfortable, enduring and creatively uplifting environments. All facilities shall be designed with choices in components and systems to create and maintain the utmost value in quality of life.