ASTM E1679

ASTM E1679 is the standard practice for setting requirements for the serviceability of a building or building-related facility and for determining what serviceability is provided or proposed. It gives a structured way to define serviceability expectations and compare them with actual or proposed conditions. As a result, it is useful for project teams that need a clearer basis for evaluating building performance, documenting requirements, and supporting informed decisions during planning, assessment, or procurement.

Purpose of ASTM E1679

The purpose of this ASTM standard is to help users establish serviceability requirements in a consistent, organized manner. ASTM E1679 is focused on defining what level of serviceability is needed for a building or building-related facility and on determining the serviceability that is available or being proposed. In practical terms, it supports clearer communication between owners, designers, consultants, and other stakeholders by turning performance expectations into a more usable technical framework.

Common use cases of ASTM E1679

ASTM E1679 is commonly used when a building or facility’s intended serviceability needs to be stated, reviewed, or compared against a proposed solution. It may be applied during early planning, design review, procurement, or condition evaluation when teams need a documented basis for discussing performance expectations. The standard is especially relevant where serviceability must be expressed in a way that can be examined, compared, and tracked through project decisions and technical documentation.

Why ASTM E1679 matters

This standard matters because serviceability requirements are often central to whether a building or facility meets user expectations. By providing a common practice for setting and determining serviceability, ASTM E1679 can improve consistency, reduce ambiguity, and support better compliance discussions. It also helps limit misunderstandings during specification and review, making it easier to compare proposed work with intended performance and to manage risk in technical and procurement processes.

• Defines serviceability requirements in a structured way
• Supports comparison of proposed and actual serviceability
• Improves clarity in technical specifications and reviews
• Useful for planning, assessment, and procurement workflows
• Helps align stakeholder expectations for facility performance