Csi Masterformat 2004 Divisions Pdf

[Laurelino Braendel]

MasterFormatis used throughout the construction industry to format specifications for construction contract documents. The purpose of this format is to assist the user in organizing information into distinct groups when creating contract documents, and to assist the user searching for specific information in consistent locations. The information contained in MasterFormat is organized in a standardized outline format within 50 Divisions (16 Divisions pre-2004). Each Division is subdivided into a number of Sections.[3]

After World War II, building construction specifications began to expand, as more advanced materials and choices were made available.[4] The Construction Specifications Institute (CSI) was founded in 1948 and began to address the organization of specifications into a numbering system. In 1963, they published a format for construction specifications, with 16 major divisions of work. A 1975 CSI publication used the term MasterFormat. The last CSI MasterFormat publication to use the 16 divisions was in 1995, and this is no longer supported by CSI. In November 2004, MasterFormat expanded from 16 Divisions to 50 Divisions, reflecting innovations in the construction industry and expanding the coverage to a larger part of the construction industry.[5] Revised editions were published in 2010, 2011, 2012, 2014, 2016, 2018, and 2020.[5]

Standardizing the presentation of such information improves communication among all parties involved in construction projects, which helps the project team deliver structures to owners according to their requirements, timelines, and budgets. The ASTM standard for sustainability assessment of building products relies on MasterFormat to organize the data.[6] MasterFormat is an organizational component of Building Systems Design - SpecLink, MasterSpec, SpecText, National Master Specification (NMS), and SpecsIntact systems. Manufacturers will often publish specifications for their products based on MasterFormat. Design teams may maintain office master section based on MasterFormat and pull specifications from multiple sources. MasterFormat provides the overall organizational structure that makes pulling sections from different sources possible.

MasterSpec and SpecText are specifications targeted to construction projects in the United States. NMS is targeted to construction projects in Canada. SpecsIntact is a specification processing system for preparing Unified Facilities Guide Specifications (UFGS).[7] UFGS is required for design teams to use on United States Department of Defense and NASA construction projects. Using MasterFormat provides the design and construction teams a familiar organizational structure.

CSI MasterFormat is a standard for organizing construction information into a logical and consistent format. It helps architects, engineers and contractors to communicate effectively and efficiently during all phases of a construction project. In this guide, we will explain everything you need to know about CSI MasterFormat and how to use it in your construction projects.

CSI MasterFormat is a tool that helps professionals in the construction industry to organize and communicate information about construction projects. It is a standard for organizing construction information published by the Construction Specifications Institute (CSI). CSI MasterFormat consists of a list of numbers and titles organized into 50 divisions, covering all aspects of construction projects.

CSI MasterFormat is organized into 50 divisions. Each division represents a different aspect of construction, such as concrete, masonry or electrical. Within each division, there are further subcategories that provide more specific information. For example, Division 05 - Metals includes subcategories such as structural metal framing, metal decking and ornamental metal. These subdivisions provide even more specific information about each division, making it easier to find and use relevant information in construction projects. By using this standardized system, construction professionals can communicate more seamlessly. Also, it can allow for easy browsing in your construction cost estimating software.

Using CSI MasterFormat has many benefits for construction professionals. It provides a standardized way of organizing construction information, making it easier to find and use. It also helps ensure that everyone involved in a project is using the same terminology and information, reducing the risk of miscommunication. Additionally, using CSI MasterFormat can save time and money by streamlining the construction process.

Another misconception is that CSI MasterFormat is too rigid and inflexible. While it is true that CSI MasterFormat has a standardized structure, it is also designed to be adaptable to different types of projects and construction methods.

While CSI MasterFormat has many benefits, there are also some challenges associated with using it. One challenge is that it can be difficult to learn and use effectively, especially for those who are new to the construction industry. Additionally, CSI MasterFormat is not always updated to reflect changes in the industry, which can make it less relevant for certain types of projects.

Overall, CSI MasterFormat is a valuable tool for architects, engineers and contractors working on construction projects. It provides a standardized format for organizing construction information, making communication more efficient and effective. By understanding the numbering system and organization of the 50 divisions, professionals can use CSI MasterFormat to save time, reduce errors and ensure compliance with industry standards and regulations.

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We have a project that is using CSI MasterFormat 1995, instead of 2004. For LEED MR credits, to tabulate total materials costs, do we need to convert to MasterFormat 2004, or can we use the guidance in LEED NCv2.2 for MasterFormat 1995?

Assuming your project is NC2009, I would not rely on NCv2.2 guidance for which divisions/sections to reference because I'm not sure the old Division 2 conversion to the Division 31 and 32 sections LEED includes was an exact translation. For purposes of your calculations, consult one of the published tables to convert your 1995 Div2 specs to the appropriate sections in the 2004 format. I wouldn't bother converting any of the other sections.

as evident by the comments here and my own questions on a current project - there seems to be a lot of general confusion throughout the years as to what divisions/sections the BDC MR Calculator should include and what should be excluded - with 'gray' areas that presumably would be included if they helped raise the percentages and omitted if they don't (ie paving).

Why can't the usgbc/gbci issue a template BDC Material and Resource Calculator with all the CSI sections that should be included in the first column? This would be incredibly helpful - we could just delete the lines that don't apply. They could issue 2 versions - MF 1995 and MF2004 for LEED NC2009 projects.

Michele - What a great idea! I too have a long wish list of things I would love for USGBC to implement to make the process smoother and more straightforward. (For instance, wouldn't it be great if USGBC were monitoring this forum and took your idea and ran with it?)

In Procore, a cost code defines the specific type of work being completed on a construction project. It is also one (1) of Procore's default segments in a budget code. To learn more, see What is a budget code in Procore's WBS?

The following table details the default 'Cost Code' segment in Procore, which is based on the 17 Division CSI MasterFormat. In the table below, the rows with a gray background denote the MasterFormat's divisions and the rows with the white background shows the individual cost code segment items within each of the MasterFormat's divisions.

Why is there no 'Division' concept in Procore? In Procore's WBS, the 'Cost Code' segment is a tiered segment and there is no concept of 'Divison'. Instead, a 'Division' is treated as a tier in a tiered segment. Tiers within a segment are always delimited by a dash (-). Procore's default cost code list has two (2) tiers. However, your environment might have one, two, or multiple tiers. To learn more, see Where is the 'Division' in the 'Cost Code' segment in Procore's WBS?

Can I get a copy of the default cost code list? To download a copy of the default cost code names for your reference, click Procore_Default_Cost_Codes.csv.

Note: This CSV file is for reference only and not formatted for imports into Procore.

When it comes to meeting furnishing CSI specifications, MasterFormat Division 12 is where you want to look. Unlike other divisions found in the MasterFormat, the products specified in Division 12 are installed or purchased for finished spaces, rather than a building in an unfinished, work in progress.

Though the items in this list are supposed to be things that are incorporated into a building after being finished, there are several exceptions throughout the list. Among them are products that are debatable as to whether a building is truly finished without them.

The Fabrics section of Division 12 handles the raw materials, including leather, interior, and exterior fabric types. Different fabrics that are involved in roofing and also window shading is also included in this section.

Countertops of all materials are counted in this section. Said materials include plastic laminate clad, wood, concrete, plastic, stone, glass, materials fit for labs, cultured marbles, and quartz agglomerate.

Furnishing accessories constituted in this section are those found in residential, commercial, office and industrial settings. Sub-section includes office accessories, table settings and accessories, portable lamps, and bath and bedroom furnishings.

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