CI ASCE 38-02 PDF

Meztigrel Each Quality Level represents an improvement over the previous level D the lowest, A the highest. Its usefulness may be limited to early design stage project planning and route selection activities or to projects with minimal planned excavations. The course also elaborates on some of the subject matter and the techniques used in the acquisition of utility data. Recognize the original individuals involved in the development of SUE. Civil engineering Geotechnical engineering.

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Meztigrel Each Quality Level represents an improvement over the previous level D the lowest, A the highest. Its usefulness may be limited to early design stage project planning and route selection activities or to projects with minimal planned excavations. The course also elaborates on some of the subject matter and the techniques used in the acquisition of utility data. Recognize the original individuals involved in the development of SUE.

Civil engineering Geotechnical engineering. By knowing aece where a utility is positioned in three dimensions, the designer can accurately determine the extent of a utility conflict, or can often make small adjustments in elevations or horizontal locations and avoid the need to relocate utilities.

Combining these concepts will lead to a continual reduction in the risks zsce by underground utilities during future projects involving excavation of any kind.

The practice of collecting, recording and managing subsurface data has historically been widely unregulated. The appropriate use of SUE services can prevent these problems. Business Center The standard defines four Quality Levels of utility data. Engineer, Land Surveyor on January 12, Quality Level B Information obtained through the application of appropriate surface geophysical techniques to determine the existence and approximate horizontal position of subsurface utilities.

Learn more about the SUE process. The consultant may not proceed with any work until the NTP letter has been sent out. Preliminary information gathering; Visual observation and surveying of above-ground utility facilities; Surface marking of buried utilities; Exposing and surveying the location of buried utility facilities; Utility facility mapping and CADD drawings; Utility relocation planning and design.

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Such a classification allows project owners, engineers, and constructors to develop strategies to reduce or allocate risks due to existing subsurface utilities in a defined manner. From Wikipedia, the free encyclopedia. Interested in getting the latest industry news? This standard addresses issues such as roles of stakeholders and how utility information can be obtained, and was a call to action from the Malaysian government due to increasing demands for improvements on basic infrastructure facilities including utilities.

The services that can be provided through either of these contracts include: Engineer on December 27, Views Read Edit View history. It was common practice to design projects without consideration of any utilities and to then deal with them during construction. This provides project owners and engineers with a benchmark to determine the integrity of utility data at the outset of an infrastructure project.

SUE is mainly used at the design stage of a capital works project and when information is being collected for asset management purposes. Sign up for our Newsletter! The Standard ase described as a collective framework for best practices to map, depict and manage records across Canada. Three copies of each of the following: Subsurface Utility Engineering SUE refers to a branch of engineering that involves managing certain risks associated with utility mapping at appropriate quality levels, utility coordination, utility relocation design and coordination, utility condition assessment, communication of utility data to concerned parties, utility relocation cost estimates, implementation of utility accommodation policies, and utility design.

Support Sign In 0. The standard defined SUE and set guidance for the collection and depiction of subsurface utility information. SUE began in the early s. Accuracy levels expand ASCE Quality Level A, prescribing a finer level of detail to define the positional location of the infrastructure. Traditional methods of dealing with subsurface utilities were not working.

Therefore, its usefulness may be limited to preliminary design reviews or to projects with minimal anticipated conflicts. In this situation a SUE provider would collect the required information and add it to the asset management awce, according to the four quality levels prescribed by ASCE Standard QL A information in the form of test hole logswhen included in the project bid documents, may yield more favorable bids due to reduced contractor uncertainty about subsurface conditions.

Slight adjustments in the design may produce substantial cost savings by eliminating utility relocations. Most 10 Related.

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ASCE 38-02

Professional Organizations No results found. Accuracy levels expand upon ASCE Quality Level A, prescribing a finer level of detail to define the positional location of the infrastructure. Identify the quality levels of SUE. Explain the responsibility of the project owner, engineer, subsurface utility engineer and utility owner relative to existing utilities on construction projects. The course also elaborates on some of the subject matter and the techniques used in the acquisition of utility data. A conflict matrix is also created to evaluate and compare collected utility information with project plans, identify conflicts and propose solutions.

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CI ASCE 38-02 PDF

Its members represented governmental agencies, the engineering profession, the construction profession, academia, and project ownership. Meetings were open to the public and were announced in Civil Engineering and Civil Engineering News magazines. The intent of this standard is to present a system of classifying the quality of existing subsurface utility data. Such a classification will allow the project owner, engineer, and constructor to develop strategies to reduce risk, or at minimum, to allocate risk due to existing subsurface utilities in a defined manner. This document, as a handout or as part of a specification, may assist engineers, owners, and contractors in understanding utility quality level classifications and their allocations of risk. The standard closely follows the concepts already in place in the subsurface utility engineering profession.

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