The first edition of CESSM was published in 1976, following the work of a committee set up by the Council of the Institution of Civil Engineers in 1971 to revise the Standard Method of Measurement of Civil Engineering Quantities. The second edition was published in 1985.
CESMM3 was published in Feb 1991 to; reflect changes in working practices and British Standards, to introduce a new class Z for simple building works incidental to civil engineering works, and to enable its use with ICE Conditions of Contract, 6th edition. However, on 1 August 2011, the ICE Conditions of Contract were withdrawn in favour of the New Engineering Contract (NEC). As a result, the ‘contract neutral’ 4th edition, CESMM4 was published in April 2012.
CESMM4 was prepared under the guidance of ICE's CESMM Review Committee. It retains many of the characteristics of CESMM3, but can be used across a range of contract types, including with NEC, FIDIC (Fédération Internationale des Ingénieurs-Conseils) and ICC (Infrastructure Conditions of Contract). Other changes have been introduced to bring it into line with industry practices and to reflect the emergence new technologies. In addition, references to the British Standards have been removed, making the method more applicable to a global audience (the only exceptions being road construction and concrete mixture).
CESMM4 sets out a procedure for the preparation of a Bill of Quantities for civil engineering works, for contracts based on traditional ‘measure & value’ principles. The Bill of quantities enables tenders to be prepared efficiently and can be used to value work completed once the contract has been let.
The work classification system in CESMM4 includes 26 main classes of work commonly undertaken on civil engineering projects and defines; how work is divided into items, the method for describing items, the units to be adopted and the method of measurement.
The contents of CESMM4 are as follows:
- Section 1. Definitions
- Section 2. General principles
- Section 3. Application of the work classification
- Section 4. Coding and numbering of items
- Section 5. Preparation of the bill of quantities
- Section 6. Completion, pricing and use of the Bill of Quantities
- Section 7. Method-related charges
- Section 8. Work classification
- Class A: General items
- Class B: Ground investigation
- Class C: Geotechnical and other specialist processes
- Class D: Demolition and site clearance
- Class E: Earthworks
- Class F: In situ concrete
- Class G: Concrete ancillaries
- Class H: Precast concrete
- Class I: Pipework - pipes
- Class J: Pipework- fittings and valves
- Class K: Pipework - manholes and pipework ancillaries
- Class L: Pipework - supports and protection, ancillaries to laying and excavation
- Class M: Structural metalwork
- Class N: Miscellaneous metalwork
- Class O: Timber
- Class P: Piles
- Class Q: Piling ancillaries
- Class R: Roads and pavings
- Class S: Rail track
- Class T: Tunnels
- Class U: Brickwork, blockwork and masonry
- Class V: Painting
- Class W: Waterproofing
- Class X: Miscellaneous work
- Class Y: Sewer and water main renovation and ancillary works
- Class Z: Simple building works incidental to civil engineering works Find out more
 Related articles on Designing Buildings Wiki
- Civil engineer.
- Quantity surveyor.
- Institution of Civil Engineers.
- New Rules of Measurement.
 External references
Featured articles and news
Studio Libeskind reveal designs for a new skyscraper with a living facade in Toulouse.
A mega-dome, a cenotaph for Newton, a bubble over New York - some of the most famous projects that were never realised.
One of the oldest and finest examples of Byzantine and Islamic architecture, the Dome of the Rock.
Have a look at our article explaining thermal comfort in buildings.
BRE's ethical labour sourcing standard and how it could help tackle modern slavery in the construction industry.
BSRIA publish mechanical and electrical maintenance customer satisfaction key performance indicators.
Have a look at our article on the history, practice and techniques of placemaking.
Have a look at the key recommendations from ICE's new report on the digital transformation of infrastructure.
The Gate of Europe, the world's first inclining high-rises, with a lean of 15-degrees.
Why engineers need to keep pace with the challenges and opportunities of the digital transformation of the infrastructure sector.
Have a read of our introductory article on fabric structures; their history, properties and characteristics, and more...