Level of Information Need \u2013 why does it matter and how do we make it work?<\/h1>\n<\/div>By Thomas Ingvaldsen<\/a>, Head of business development, Cobuilder<\/em><\/h3>\n<\/div><\/div><\/div><\/div>![](\"https:\/\/cobuilder.com\/wp-content\/uploads\/2024\/07\/thomas-ingvaldsen-article-quote-2.jpg\" "\\"thomas-ingvaldsen-article-quote-2\\"")
<\/span><\/div><\/div>The term \u201cLevel of Information Need\u201d has been with us in the construction sector for a few years now. When it was introduced as part of the international standard ISO 19650 in 2021 its aim was to simplify, rather than complicate, the business of information sharing in the construction industry. Nonetheless, many players in the sector are still struggling to fully understand \u2013 and therefore put into practice \u2013 the concept.\u00a0<\/span><\/p>\n<\/div>To start with some background, Level of Information Need has become necessary because of the vast amounts of information that are now involved in a construction project. The days when a specific \u201clevel of detail (LOD)\u201d for a designer generally corresponded to the scale of a drawing are long gone. Digitalisation, from computer aided design through to building information management systems, allowed the term \u201cinformation\u201d to replace \u201cdetail,\u201d and introduced the term \u201clevel of information\u2019\u2019 (LOI). This encompasses anything from the dimensions of a panel, the precise requirement for sound insulation or the number of bolts.<\/p>\n
The availability of this vast depth and variety of information about buildings and building materials has created its own challenges \u2013 the main one being information overload for everyone involved. The purpose of setting out multiple \u201clevel of information need\u201d frameworks early on in a project is to allow designers, surveyors, builders and operators to specify precisely the information that they require.<\/p>\n
To build the Level of Information Need framework according to the industry standard, four terms and prerequisites must be understood:<\/p>\n<\/div>
\n- Object<\/strong>:
\nWhat: The object, element or product information\/data needed<\/li>\n- Purpose<\/strong>:
\nWhy: Reason why the information\/data is needed<\/li>\n- Milestone<\/strong>:
\nWhen: The scheduled time for an information\/data exchange<\/li>\n- Actor<\/strong>:
\nWho: The party that should deliver the information\/data<\/li>\n<\/ul>\n<\/div><\/div>The specifics for Level of Information Need fall into three distinct categories: geometrical, alphanumeric, or document form. Geometrical information may include a number of different aspects, such as dimensionality, appearance, or parametric behaviour. Alphanumerical information will relate to identification and classification, while documents will be in unstructured form.<\/p>\n
To ensure that all parties understand exactly which information is required, a common digital language is essential. Data dictionaries<\/strong>, <\/strong>such as Define<\/a>,<\/strong> allow the industry to structure all data related to objects in a standardised way, from properties to classifications. This enables all parties – as well as disparate computer systems – to communicate and share information in a uniform format. This standardisation can apply to everything from the generic properties of a product (e.g. dimensions, volume, weight), to its environmental attributes such as energy usage and carbon footprint. Furthermore, using data templates<\/a><\/strong> at the outset of a project ensures that there is a \u201csingle source of truth\u201d and then makes it possible to monitor the product throughout the lifecycle of a building. Sometimes beyond, if re-use and recycling takes place.<\/p>\nThe second requirement for the effective communication of Level of Information Need is a digital platform for data sharing between the different parties. Just as data templates make it possible to standardise information from different sources, data sharing platforms enable the collaborative use of these templates. An effective sharing platform must be able to connect to the different digital systems used by all of the parties involved in a project, from 3D modelling tools to document repositories.<\/p>\n
Data demands in construction continue to grow. From structural calculations through to fire performance, acoustics and environmental impact, the information that today\u2019s players in construction are being asked to manage is mind-boggling. The ability to set out the level of information needed at the beginning of a project will make the difference between gathering essential data that will improve the quality and sustainability of a project, versus drowning in a sea of information. To achieve this, the industry will need to move fast and put in place the systems needed to share data, of all kinds, between all parties, throughout the lifecycle of a building.<\/p>\n<\/div>
By Thomas Ingvaldsen<\/a>, Head of business development, Cobuilder<\/em><\/h3>\n<\/div><\/div><\/div><\/div><\/span><\/div><\/div>The term \u201cLevel of Information Need\u201d has been with us in the construction sector for a few years now. When it was introduced as part of the international standard ISO 19650 in 2021 its aim was to simplify, rather than complicate, the business of information sharing in the construction industry. Nonetheless, many players in the sector are still struggling to fully understand \u2013 and therefore put into practice \u2013 the concept.\u00a0<\/span><\/p>\n<\/div>To start with some background, Level of Information Need has become necessary because of the vast amounts of information that are now involved in a construction project. The days when a specific \u201clevel of detail (LOD)\u201d for a designer generally corresponded to the scale of a drawing are long gone. Digitalisation, from computer aided design through to building information management systems, allowed the term \u201cinformation\u201d to replace \u201cdetail,\u201d and introduced the term \u201clevel of information\u2019\u2019 (LOI). This encompasses anything from the dimensions of a panel, the precise requirement for sound insulation or the number of bolts.<\/p>\n
The availability of this vast depth and variety of information about buildings and building materials has created its own challenges \u2013 the main one being information overload for everyone involved. The purpose of setting out multiple \u201clevel of information need\u201d frameworks early on in a project is to allow designers, surveyors, builders and operators to specify precisely the information that they require.<\/p>\n
To build the Level of Information Need framework according to the industry standard, four terms and prerequisites must be understood:<\/p>\n<\/div>
\n- Object<\/strong>:
\nWhat: The object, element or product information\/data needed<\/li>\n- Purpose<\/strong>:
\nWhy: Reason why the information\/data is needed<\/li>\n- Milestone<\/strong>:
\nWhen: The scheduled time for an information\/data exchange<\/li>\n- Actor<\/strong>:
\nWho: The party that should deliver the information\/data<\/li>\n<\/ul>\n<\/div><\/div>The specifics for Level of Information Need fall into three distinct categories: geometrical, alphanumeric, or document form. Geometrical information may include a number of different aspects, such as dimensionality, appearance, or parametric behaviour. Alphanumerical information will relate to identification and classification, while documents will be in unstructured form.<\/p>\n
To ensure that all parties understand exactly which information is required, a common digital language is essential. Data dictionaries<\/strong>, <\/strong>such as Define<\/a>,<\/strong> allow the industry to structure all data related to objects in a standardised way, from properties to classifications. This enables all parties – as well as disparate computer systems – to communicate and share information in a uniform format. This standardisation can apply to everything from the generic properties of a product (e.g. dimensions, volume, weight), to its environmental attributes such as energy usage and carbon footprint. Furthermore, using data templates<\/a><\/strong> at the outset of a project ensures that there is a \u201csingle source of truth\u201d and then makes it possible to monitor the product throughout the lifecycle of a building. Sometimes beyond, if re-use and recycling takes place.<\/p>\nThe second requirement for the effective communication of Level of Information Need is a digital platform for data sharing between the different parties. Just as data templates make it possible to standardise information from different sources, data sharing platforms enable the collaborative use of these templates. An effective sharing platform must be able to connect to the different digital systems used by all of the parties involved in a project, from 3D modelling tools to document repositories.<\/p>\n
Data demands in construction continue to grow. From structural calculations through to fire performance, acoustics and environmental impact, the information that today\u2019s players in construction are being asked to manage is mind-boggling. The ability to set out the level of information needed at the beginning of a project will make the difference between gathering essential data that will improve the quality and sustainability of a project, versus drowning in a sea of information. To achieve this, the industry will need to move fast and put in place the systems needed to share data, of all kinds, between all parties, throughout the lifecycle of a building.<\/p>\n<\/div>
<\/span><\/div>The term \u201cLevel of Information Need\u201d has been with us in the construction sector for a few years now. When it was introduced as part of the international standard ISO 19650 in 2021 its aim was to simplify, rather than complicate, the business of information sharing in the construction industry. Nonetheless, many players in the sector are still struggling to fully understand \u2013 and therefore put into practice \u2013 the concept.\u00a0<\/span><\/p>\n<\/div> To start with some background, Level of Information Need has become necessary because of the vast amounts of information that are now involved in a construction project. The days when a specific \u201clevel of detail (LOD)\u201d for a designer generally corresponded to the scale of a drawing are long gone. Digitalisation, from computer aided design through to building information management systems, allowed the term \u201cinformation\u201d to replace \u201cdetail,\u201d and introduced the term \u201clevel of information\u2019\u2019 (LOI). This encompasses anything from the dimensions of a panel, the precise requirement for sound insulation or the number of bolts.<\/p>\n The availability of this vast depth and variety of information about buildings and building materials has created its own challenges \u2013 the main one being information overload for everyone involved. The purpose of setting out multiple \u201clevel of information need\u201d frameworks early on in a project is to allow designers, surveyors, builders and operators to specify precisely the information that they require.<\/p>\n To build the Level of Information Need framework according to the industry standard, four terms and prerequisites must be understood:<\/p>\n<\/div> The specifics for Level of Information Need fall into three distinct categories: geometrical, alphanumeric, or document form. Geometrical information may include a number of different aspects, such as dimensionality, appearance, or parametric behaviour. Alphanumerical information will relate to identification and classification, while documents will be in unstructured form.<\/p>\n To ensure that all parties understand exactly which information is required, a common digital language is essential. Data dictionaries<\/strong>, <\/strong>such as Define<\/a>,<\/strong> allow the industry to structure all data related to objects in a standardised way, from properties to classifications. This enables all parties – as well as disparate computer systems – to communicate and share information in a uniform format. This standardisation can apply to everything from the generic properties of a product (e.g. dimensions, volume, weight), to its environmental attributes such as energy usage and carbon footprint. Furthermore, using data templates<\/a><\/strong> at the outset of a project ensures that there is a \u201csingle source of truth\u201d and then makes it possible to monitor the product throughout the lifecycle of a building. Sometimes beyond, if re-use and recycling takes place.<\/p>\n The second requirement for the effective communication of Level of Information Need is a digital platform for data sharing between the different parties. Just as data templates make it possible to standardise information from different sources, data sharing platforms enable the collaborative use of these templates. An effective sharing platform must be able to connect to the different digital systems used by all of the parties involved in a project, from 3D modelling tools to document repositories.<\/p>\n Data demands in construction continue to grow. From structural calculations through to fire performance, acoustics and environmental impact, the information that today\u2019s players in construction are being asked to manage is mind-boggling. The ability to set out the level of information needed at the beginning of a project will make the difference between gathering essential data that will improve the quality and sustainability of a project, versus drowning in a sea of information. To achieve this, the industry will need to move fast and put in place the systems needed to share data, of all kinds, between all parties, throughout the lifecycle of a building.<\/p>\n<\/div>\n
\nWhat: The object, element or product information\/data needed<\/li>\n
\nWhy: Reason why the information\/data is needed<\/li>\n
\nWhen: The scheduled time for an information\/data exchange<\/li>\n
\nWho: The party that should deliver the information\/data<\/li>\n<\/ul>\n<\/div>