"DQI" redirects here. For the first video game of the Dragon Quest video game series, see Dragon Quest (video game).
The Design Quality Indicator (DQI) is a toolkit to measure, evaluate and improve the design quality of buildings.
Development of DQI was started in the United Kingdom by the Construction Industry Council (CIC) in 1999.[1] It was initiated in response to the success of Key Performance Indicators devised for assessing construction process issues such as timely completion, financial control and safety on site by the construction industry's Movement for Innovation (M4I). The aim of the DQI systems was to ensure that the M4I's indicators of construction process were balanced by an assessment of the building as a product.[2] The Science Policy Research Unit at the University of Sussex was commissioned to develop the indicator tool, which was launched as an online resource on 1 October 2003.[3] In 2004 the DQI received recognition from the British Institute of Facilities Management for the role of involving users in the design process.[4] The DQI tool was made available to users in the United States in 2006, and an online American version was launched on 20 October 2008.
Unlike its forerunner the Housing Quality Indicator (HQI) system devised for the UK's Department for the Environment, Transport and the Regions (DETR) by the consultancy DEGW and published on open access in February 1999,[5] the DQI system instead could be used only by approved facilitators. The criteria and the method of assessment, which though unacknowledged is a simple form of multi-attribute utility analysis, remained inaccessible to design teams and their clients unless they employed a facilitator licensed to use it. Guidance on using the HQI system can be found on the government website.[6] The DQI version for hospitals is also on open access on the national archive.[7]
DQI applies a structured approach to assess design quality based on the model by the architect Vitruvius, the Roman author of the earliest surviving theoretical treatise on building in Western culture, who described design in terms of utilitas, firmitas and venustas, often translated as commodity, firmness and delight.[8] DQI uses a modern-day interpretation of these terms as:
Functionality (utilitas) – the arrangement, quality and interrelationship of spaces and how the building is designed to be useful to all.
Build Quality (firmitas) – the engineering performance of the building, which includes structural stability and the integration, safety and robustness of the systems, finishes and fittings.
Impact (venustas) – the building's ability to create a sense of place and have a positive effect on the local community and environment.
Methodologyedit
DQI is completed by a range of stakeholders in the briefing and design stages of a building project, or on a completed building. Stakeholders who participate include:
DQI for schools which is applicable to school buildings.[10] This model of DQI is being used on all current school projects in the UK[11] and forms part of the Department for Children, Schools and Families 'Minimum Design Standard' for new school buildings.[12]
DQI for health buildings which was released in beta format in June 2012 on the DQI website.[13]
Referencesedit
^Page 6, Spencer, N. and Winch, G. (2002). How Buildings add value for clients, London: Thomas Telford. ISBN0-7277-3128-9
^Macmillan, S. (2004) Preface to Designing Better Buildings: quality and value in the built environment, London: Spon Press. ISBN0-415-31525-5
^(PDF). elsalvadorproject.org.uk. 2 November 2004. Archived from the original (PDF) on 8 October 2011. Retrieved 8 September 2009.
^Wheeler, P. (2004) 'Housing quality indicators in practice' in Macmillan, S. (2004) Designing Better Buildings: quality and value in the built environment, London: Spon Press. ISBN0-415-31525-5
^"Housing quality indicators - GOV.UK". gov.uk. 7 March 2023.
^Gann et al. (2003), Design Quality Indicator as a tool for thinking: Building Research and Information, London: Spon Press. doi:10.1080/0961321032000107564
^. Archived from the original on 22 July 2012. Retrieved 30 June 2012.
Other referencesedit
Whyte, J and Gann, D (2003), Design Quality Indicators: work in progress: Building Research and Information, London: Spon Press. doi:10.1080/0961321032000107537
Markus, T. (2003), Lessons from the Design Quality Indicator: Building Research and Information, London: Spon Press. doi:10.1080/0961321032000088016
Thomson at al. (2003), Managing value and quality in design: Building Research and Information, London: Spon Press. doi:10.1080/0961321032000087981
Prasad, S. (2004) 'Inclusive maps', in Designing Better Buildings: quality and value in the built environment edited by Macmillan, S. London: Spon Press ISBN0-415-31525-5
Dickson, M. (2004) 'Achieving quality in building design by intention', in Designing Better Buildings: quality and value in the built environment edited by Macmillan, S. London: Spon Press ISBN0-415-31525-5
Whyte, J Gann, D and Salter, A (2004) 'Building indicators of design quality', in Designing Better Buildings: quality and value in the built environment edited by Macmillan, S. London: Spon Press ISBN0-415-31525-5
Prasad, S. (2004), Clarifying intentions: the design quality indicator: Building Research and Information, London: Spon Press. doi:10.1080/0961321042000312376
Cole, R. (2005), Building environmental assessment methods: redefining intentions and roles: Building Research and Information, London: Spon Press. doi:10.1080/09613210500219063
Kaatz, E., Root, D. and Bowen, P (2005), Broadening project participation through a modified building sustainability assessment: Building Research & Information, London: Spon Press. doi:10.1080/09613210500219113
Commission for Architecture and the Built Environment (2009), Case study: International Digital Laboratory, University of Warwick, Coventry
Commission for Architecture and the Built Environment (2009), Case study: Maples Respite Centre, Harlow, Essex
Commission for Architecture and the Built Environment (2009), Case study: St Nicholas Church of England Primary School, Essex
Commission for Architecture and the Built Environment (2009), Case study: British Library Centre for Conservation, London
Commission for Architecture and the Built Environment (2009), Case study: Frederick Bremer School, Waltham Forest London
January 01, 1970
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DQI redirects here For the first video game of the Dragon Quest video game series see Dragon Quest video game The Design Quality Indicator DQI is a toolkit to measure evaluate and improve the design quality of buildings Development of DQI was started in the United Kingdom by the Construction Industry Council CIC in 1999 1 It was initiated in response to the success of Key Performance Indicators devised for assessing construction process issues such as timely completion financial control and safety on site by the construction industry s Movement for Innovation M4I The aim of the DQI systems was to ensure that the M4I s indicators of construction process were balanced by an assessment of the building as a product 2 The Science Policy Research Unit at the University of Sussex was commissioned to develop the indicator tool which was launched as an online resource on 1 October 2003 3 In 2004 the DQI received recognition from the British Institute of Facilities Management for the role of involving users in the design process 4 The DQI tool was made available to users in the United States in 2006 and an online American version was launched on 20 October 2008 Unlike its forerunner the Housing Quality Indicator HQI system devised for the UK s Department for the Environment Transport and the Regions DETR by the consultancy DEGW and published on open access in February 1999 5 the DQI system instead could be used only by approved facilitators The criteria and the method of assessment which though unacknowledged is a simple form of multi attribute utility analysis remained inaccessible to design teams and their clients unless they employed a facilitator licensed to use it Guidance on using the HQI system can be found on the government website 6 The DQI version for hospitals is also on open access on the national archive 7 Contents 1 Conceptual framework 2 Methodology 3 Models and related approaches 4 References 5 Other referencesConceptual framework editDQI applies a structured approach to assess design quality based on the model by the architect Vitruvius the Roman author of the earliest surviving theoretical treatise on building in Western culture who described design in terms of utilitas firmitasand venustas often translated as commodity firmness and delight 8 DQI uses a modern day interpretation of these terms as Functionality utilitas the arrangement quality and interrelationship of spaces and how the building is designed to be useful to all Build Quality firmitas the engineering performance of the building which includes structural stability and the integration safety and robustness of the systems finishes and fittings Impact venustas the building s ability to create a sense of place and have a positive effect on the local community and environment Methodology editDQI is completed by a range of stakeholders in the briefing and design stages of a building project or on a completed building Stakeholders who participate include Architects Building users or potential users Building clients Facilities managers or future facilities managers Project managers Quantity surveyors Cost engineer Structural and building services engineers DQI is applied in a facilitated workshop that is led by a certified DQI facilitator Models and related approaches editThere are three models of design quality indicator DQI which is applicable to all building types 9 DQI for schools which is applicable to school buildings 10 This model of DQI is being used on all current school projects in the UK 11 and forms part of the Department for Children Schools and Families Minimum Design Standard for new school buildings 12 DQI for health buildings which was released in beta format in June 2012 on the DQI website 13 References edit Page 6 Spencer N and Winch G 2002 How Buildings add value for clients London Thomas Telford ISBN 0 7277 3128 9 Macmillan S 2004 Preface to Designing Better Buildings quality and value in the built environment London Spon Press ISBN 0 415 31525 5 Construction Industry Council DQI Online How well is your building designed 1 October 2003 DQI online service gets recognition from BIFM The Structural Engineer PDF elsalvadorproject org uk 2 November 2004 Archived from the original PDF on 8 October 2011 Retrieved 8 September 2009 Wheeler P 2004 Housing quality indicators in practice in Macmillan S 2004 Designing Better Buildings quality and value in the built environment London Spon Press ISBN 0 415 31525 5 Housing quality indicators GOV UK gov uk 7 March 2023 http webarchive nationalarchives gov uk 20130124042007 http www dh gov uk prod consum dh groups dh digitalassets dh en documents digitalasset dh 082085 pdf bare URL PDF Gann et al 2003 Design Quality Indicator as a tool for thinking Building Research and Information London Spon Press doi 10 1080 0961321032000107564 DQI Home dqi org uk Schools version of DQI Archived from the original on 20 February 2009 Retrieved 8 September 2009 Construction Industry Council DQI for Schools Launched Archived 26 November 2006 at the Wayback Machine 8 December 2005 Commission for Architecture and the Built Environment Minimum Design Standards Launched May 2009 DQI Design Quality Indicator Health Buildings Archived from the original on 22 July 2012 Retrieved 30 June 2012 Other references editWhyte J and Gann D 2003 Design Quality Indicators work in progress Building Research and Information London Spon Press doi 10 1080 0961321032000107537 Markus T 2003 Lessons from the Design Quality Indicator Building Research and Information London Spon Press doi 10 1080 0961321032000088016 Thomson at al 2003 Managing value and quality in design Building Research and Information London Spon Press doi 10 1080 0961321032000087981 Prasad S 2004 Inclusive maps in Designing Better Buildings quality and value in the built environment edited by Macmillan S London Spon Press ISBN 0 415 31525 5 Dickson M 2004 Achieving quality in building design by intention in Designing Better Buildings quality and value in the built environment edited by Macmillan S London Spon Press ISBN 0 415 31525 5 Whyte J Gann D and Salter A 2004 Building indicators of design quality in Designing Better Buildings quality and value in the built environment edited by Macmillan S London Spon Press ISBN 0 415 31525 5 Prasad S 2004 Clarifying intentions the design quality indicator Building Research and Information London Spon Press doi 10 1080 0961321042000312376 Cole R 2005 Building environmental assessment methods redefining intentions and roles Building Research and Information London Spon Press doi 10 1080 09613210500219063 Kaatz E Root D and Bowen P 2005 Broadening project participation through a modified building sustainability assessment Building Research amp Information London Spon Press doi 10 1080 09613210500219113 Commission for Architecture and the Built Environment 2009 Case study International Digital Laboratory University of Warwick Coventry Commission for Architecture and the Built Environment 2009 Case study Maples Respite Centre Harlow Essex Commission for Architecture and the Built Environment 2009 Case study St Nicholas Church of England Primary School Essex Commission for Architecture and the Built Environment 2009 Case study British Library Centre for Conservation London Commission for Architecture and the Built Environment 2009 Case study Frederick Bremer School Waltham Forest London Retrieved from https en wikipedia org w index php title Design quality indicator amp oldid 1215900878, wikipedia, wiki, book, books, library,
