Digital Construction SiteClauses and sources, every sentence checked

Clause by clause, every sentence sourced

Digitalising the construction site: what it means, and where the rules require it

BIM, ISO 19650, the common data environment and what is mature on site. Then the rules: England’s golden thread for higher-risk buildings, and Ireland’s BIM milestones for public works. Every sentence carries its source and the date we read it.

See the rules by country Glossary

A number in square brackets leads to its source at the foot of the page. This page is not a regulator’s, and it is not official guidance or legal advice: the rules change, which is why every source carries the date it was read.

Rules are stated, country by country, for England and Ireland only, the English-speaking jurisdictions whose law or official page we read ourselves. For the United States, Canada and Australia we found only secondary sources, and Scotland, Wales and Northern Ireland were not searched, so we state nothing about them.

§ 1

What digitalising a construction site means

How the European Commission’s construction sector observatory understands it, and what some of the technologies it covers are.

  1. The European Construction Sector Observatory understands the digitalisation of construction as more than BIM alone: it also covers data acquisition, the automation of processes, and digital information and analysis.[1]Source 1: European Construction Sector Observatory, Digitalisation in the construction sector, 2021, §1.1

  2. The observatory’s 2021 report studies twelve digital technologies.[2]Source 2: European Construction Sector Observatory, 2021 report, §1.2

  3. The same report counts construction among the least digitalised sectors of the economy.[3]Source 3: European Construction Sector Observatory, 2021 report, §1.1, the least digitalised sectors

Selected technologies and terms

Sensors
Any device that collects data and monitors an aspect of a construction project: a site, a building or a machine.[4]Source 4: European Construction Sector Observatory, 2021 report, glossary: sensors
Internet of Things (IoT)
Connecting devices, sensors, vehicles and other equipment to the internet.[5]Source 5: European Construction Sector Observatory, 2021 report, glossary: Internet of Things
3D scanning
Creating a 3D model of a real-world object or construction by scanning it from every angle.[6]Source 6: European Construction Sector Observatory, 2021 report, glossary: 3D scanning
Drones
Unmanned aerial vehicles carrying high-resolution cameras and other scanning equipment.[7]Source 7: European Construction Sector Observatory, 2021 report, glossary: drones
Digital twin
A real-time digital representation of a building or of infrastructure.[8]Source 8: European Construction Sector Observatory, 2021 report, glossary: digital twin
Digital building logbook
A common repository for all relevant building data.[9]Source 9: European Construction Sector Observatory, 2021 report, Box 23: digital building logbook
§ 2

What is ready and what is a pilot

How mature each technology is, according to the observatory’s 2021 report.

  1. Sensors most matureMaturity: 3 of 3

    Sensors have the highest level of market maturity and technological readiness.[10]Source 10: European Construction Sector Observatory, 2021 report, executive summary: sensors

  2. 3D scanning and the Internet of Things mixedMaturity: 2 of 3

    3D scanning is increasingly used. The Internet of Things is not yet widely adopted, although it is developing rapidly.[11]Source 11: European Construction Sector Observatory, 2021 report, executive summary: 3D scanning and IoT

  3. Drones, robots and 3D printing mixedMaturity: 2 of 3

    Drones are increasingly used, while robots and 3D printing are still at the development phase and used only for very specific, limited tasks.[12]Source 12: European Construction Sector Observatory, 2021 report, executive summary: drones, robots, 3D printing

  4. Digital twins pilotsMaturity: 1 of 3

    Digital twins are for the moment limited to a few pilot projects.[13]Source 13: European Construction Sector Observatory, 2021 report, executive summary: digital twins

  5. VR, AR and artificial intelligence in developmentMaturity: 1 of 3

    Virtual and augmented reality and artificial intelligence are still at development stages and not yet market ready.[14]Source 14: European Construction Sector Observatory, 2021 report, executive summary: VR, AR and AI

§ 3

Information management: BIM, ISO 19650 and the CDE

What public bodies and the standards say these terms mean, and how far BIM had spread by 2021.

  1. BIM, Building Information Modelling, is a digital form of construction and asset operations.[15]Source 15: European Construction Sector Observatory, 2021 report, glossary: BIM

  2. Ireland’s public works framework describes BIM as a process for creating and managing information on a construction project throughout its whole life cycle.[16]Source 16: Capital Works Management Framework (Ireland), BIM: what is BIM

  3. In 2021 the EU observatory found BIM more and more used in construction, but often limited to the design phase of large projects.[17]Source 17: European Construction Sector Observatory, 2021 report, executive summary: BIM

  4. ISO 19650 is the international series of standards for organising and digitising information about buildings and civil engineering works, BIM included.[18]Source 18: Information Management Initiative framework (BSI and nima), standards list: BS EN ISO 19650-1:2018

  5. Ireland’s framework names the ISO 19650 and 12006 series as the standards that define the BIM process and its data structures internationally.[19]Source 19: Capital Works Management Framework (Ireland), BIM: the ISO 19650 and 12006 series

  6. A common data environment, or CDE, is a system for managing data and information.[20]Source 20: EU BIM Task Group, Handbook for the introduction of BIM by the European public sector, 2017

§ 4

Rules by country

Every English-speaking jurisdiction this page lists, and whether we read its rules. Pick one to see its rules alone. Each rule is set out the same way: to whom it applies, what it requires and from when, with the instruments it rests on.

The jurisdictions this page lists, with the status of each
JurisdictionStatusWhat this page states
United Kingdom
EnglandRead
  • The golden thread for higher-risk buildings
  • Keeping the information once a higher-risk building is occupied

Sources last read 11 October 2026

ScotlandNot searched

Not searched yet, so nothing is stated here.

WalesNot searched

Not searched yet, so nothing is stated here.

Northern IrelandNot searched

Not searched yet, so nothing is stated here.

IrelandRead
  • BIM in public works, milestone by milestone

Sources last read 11 October 2026

United StatesLooked for

Looked for on 11 October 2026: no law or official page stating a requirement could be read, so nothing is stated here. That is not a finding that there are no rules.

CanadaLooked for

Looked for on 11 October 2026: no law or official page stating a requirement could be read, so nothing is stated here. That is not a finding that there are no rules.

AustraliaLooked for

Looked for on 11 October 2026: no law or official page stating a requirement could be read, so nothing is stated here. That is not a finding that there are no rules.

Show every jurisdiction

§ 4.1

England United Kingdom

ReadSources last read 11 October 2026

We read this jurisdiction’s own law or official page, and every sentence below carries its source.

The golden thread for higher-risk buildings

Instruments
  • Building Safety Act 2022
  • The Higher-Risk Buildings (Descriptions and Supplementary Provisions) Regulations 2023
  • The Building (Higher-Risk Buildings Procedures) (England) Regulations 2023

  1. To whom

    For building work, in general a higher-risk building in England is one at least 18 metres high or with at least 7 storeys, and of a description set out in regulations.[21]Source 21: Building Safety Act 2022, s. 31 (Building Act 1984, s. 120D)

  2. To whom

    The regulations set out three descriptions: a building with at least two residential units, a care home, and a hospital.[22]Source 22: The Higher-Risk Buildings (Descriptions and Supplementary Provisions) Regulations 2023, SI 2023/275, reg. 2

  3. To whom

    So the golden thread duties below apply to these buildings, not to every building in England.[21]Source 21: Building Safety Act 2022, s. 31 (Building Act 1984, s. 120D)[22]Source 22: The Higher-Risk Buildings (Descriptions and Supplementary Provisions) Regulations 2023, SI 2023/275, reg. 2[23]Source 23: Building Safety Act 2022, s. 65

  4. What applies

    For higher-risk building work, the client must arrange for an electronic facility, created and maintained by the client or on its behalf, to hold the golden thread information.[24]Source 24: The Building (Higher-Risk Buildings Procedures) (England) Regulations 2023, SI 2023/909, reg. 31(1)

  5. What applies

    That information must be kept in an electronic format, be transferable electronically without being lost or corrupted, be accurate and up to date, be secure from unauthorised access, and be changed only under procedures that record who made each change and when.[25]Source 25: The Building (Higher-Risk Buildings Procedures) (England) Regulations 2023, SI 2023/909, reg. 31(2)

  6. From when

    The Building (Higher-Risk Buildings Procedures) (England) Regulations 2023 came into force on 1 October 2023, and they apply in England only.[26]Source 26: The Building (Higher-Risk Buildings Procedures) (England) Regulations 2023, SI 2023/909, reg. 1

Dates

  1. England’s procedures for higher-risk building work come into force, the golden thread facility among them.[26]Source 26: The Building (Higher-Risk Buildings Procedures) (England) Regulations 2023, SI 2023/909, reg. 1

Keeping the information once a higher-risk building is occupied

Instruments
  • Building Safety Act 2022
  • The Higher-Risk Buildings (Management of Safety Risks etc) (England) Regulations 2023

  1. To whom

    The part of the Building Safety Act that deals with occupied higher-risk buildings defines one as at least 18 metres high or with at least 7 storeys, and containing at least 2 residential units.[23]Source 23: Building Safety Act 2022, s. 65[27]Source 27: Building Safety Act 2022, Part 4, s. 61(1): overview of the Part

  2. What applies

    Under that same part of the Act, the accountable person for a higher-risk building must keep prescribed information to prescribed standards, and keep it up to date so far as possible.[27]Source 27: Building Safety Act 2022, Part 4, s. 61(1): overview of the Part[28]Source 28: Building Safety Act 2022, s. 88(1)

  3. From when

    That duty has been in force since 16 January 2024, in so far as it was not already.[29]Source 29: Building Safety Act 2022, s. 88, commencement information

  4. What applies

    Those standards include an electronic format that can be transferred to others without the data being lost or corrupted, accuracy, security from unauthorised access, and changes made only under procedures that record who made them and when.[30]Source 30: The Higher-Risk Buildings (Management of Safety Risks etc) (England) Regulations 2023, SI 2023/907, reg. 7(1)

Dates

  1. The duty on the accountable person of an occupied higher-risk building in England to keep its information is fully in force.[29]Source 29: Building Safety Act 2022, s. 88, commencement information

Thresholds in the rules

at least18metres

The height at which a building in England meets the size test for a higher-risk building, if it is also of a description set out in regulations.[21]Source 21: Building Safety Act 2022, s. 31 (Building Act 1984, s. 120D)

at least7storeys

The storey count that meets the same size test: either one is enough.[21]Source 21: Building Safety Act 2022, s. 31 (Building Act 1984, s. 120D)

Context

  1. Earlier, in 2011, the UK government said it would require fully collaborative 3D BIM, with all project and asset information, documentation and data electronic, as a minimum by 2016.[31]Source 31: Cabinet Office, Government Construction Strategy, May 2011, para. 2.32

§ 4.2

Ireland

ReadSources last read 11 October 2026

We read this jurisdiction’s own law or official page, and every sentence below carries its source.

BIM in public works, milestone by milestone

Instruments
  • Capital Works Management Framework

  1. To whom · What applies · From when

    From January 2024, consultants engaged to design and oversee public works contracts worth over €100m have BIM requirements in their scope of service.[32]Source 32: Capital Works Management Framework (Ireland), Public Sector BIM Adoption Timeline[33]Source 33: Capital Works Management Framework (Ireland), BIM adoption timeline table, milestone 1

  2. To whom · From when

    Over four years the requirements extend to consultants and contractors on projects worth less than €1m. At that point every public works project carries BIM requirements.[34]Source 34: Capital Works Management Framework (Ireland), Public Sector BIM Adoption Timeline: the four-year extension

  3. To whom · From when

    The last milestone, on 1 January 2028, covers the contractor and supply chain on projects valued under 1 million.[35]Source 35: Capital Works Management Framework (Ireland), BIM adoption timeline table, milestone 12

Dates

  1. Ireland’s first BIM milestone: design teams on public works over €100m.[32]Source 32: Capital Works Management Framework (Ireland), Public Sector BIM Adoption Timeline[33]Source 33: Capital Works Management Framework (Ireland), BIM adoption timeline table, milestone 1

  2. Ireland’s last BIM milestone: the contractor and supply chain on public works under €1m.[35]Source 35: Capital Works Management Framework (Ireland), BIM adoption timeline table, milestone 12

Thresholds in the rules

a period of4years

The time Ireland gives its BIM requirements to reach every public works project, down to those under €1m.[34]Source 34: Capital Works Management Framework (Ireland), Public Sector BIM Adoption Timeline: the four-year extension

at least25per cent

The public sector’s share of construction activity, by Ireland’s framework: the buying power its BIM requirements use.[36]Source 36: Capital Works Management Framework (Ireland), Public Sector BIM Adoption Timeline: the public sector share

Context

  1. The framework puts the public sector at no less than 25% of construction activity, and uses that buying power as part of a government strategy to digitalise the construction sector by 2030.[36]Source 36: Capital Works Management Framework (Ireland), Public Sector BIM Adoption Timeline: the public sector share

  2. In 2021 the EU observatory already listed Ireland among the countries with partial BIM requirements, often set by particular public authorities.[37]Source 37: European Construction Sector Observatory, 2021 report, §3.2.2: BIM in public procurement

§ 5

What is measured

How construction fares in Eurostat’s measure of digital intensity, and how many EU Member States have policies for its digitalisation.

Construction against the economy

Very low digital intensityShare of enterprises with 10 or more persons employed that have a very low digital intensity index, 2024, according to Eurostat.[38]Source 38: Eurostat, isoc_e_diin2, construction (F), 2024[39]Source 39: Eurostat, isoc_e_diin2, all enterprises, 2024
Very low digital intensity
Construction, Ireland
39.27%
Construction, EU
38.5%
All enterprises, Ireland
25.87%
All enterprises, EU
26.35%

All enterprises in Eurostat’s sense: without the financial sector, agriculture and mining. Here, lower is better.

So construction trails the economy as a whole by more than 12 percentage points, in Ireland and across the EU alike.[38]Source 38: Eurostat, isoc_e_diin2, construction (F), 2024[39]Source 39: Eurostat, isoc_e_diin2, all enterprises, 2024

In the observatory’s 2021 survey, 16 of the 27 EU Member States had policies covering or targeting the digitalisation of construction.[40]Source 40: European Construction Sector Observatory, 2021 report, executive summary: policies

§ 6

Why bother

What, according to research, drives the digitalisation of construction, and what holds it back.

  1. The World Economic Forum wrote in 2016 that engineering and construction had been hesitant to embrace new technology, and that its labour productivity had stagnated accordingly.[41]Source 41: World Economic Forum with BCG, Shaping the Future of Construction, 2016

  2. The same report estimated that a 1% rise in construction productivity worldwide could save 100 billion dollars a year.[42]Source 42: World Economic Forum, Shaping the Future of Construction, 2016, introduction

  3. The observatory names the need to improve productivity and cut costs, and market demand, as the main drivers.[43]Source 43: European Construction Sector Observatory, 2021 report, executive summary: drivers

  4. It names the cost of equipment and software, the lack of a skilled workforce, and the lack of awareness of digital technologies as the three main barriers.[44]Source 44: European Construction Sector Observatory, 2021 report, executive summary: challenges

§ 7

Glossary

The terms the rules and the standards use, as they use them.

Golden thread information
the information about a higher-risk building in England that the client must hold in an electronic facility, kept to set standards[24]Source 24: The Building (Higher-Risk Buildings Procedures) (England) Regulations 2023, SI 2023/909, reg. 31(1)[25]Source 25: The Building (Higher-Risk Buildings Procedures) (England) Regulations 2023, SI 2023/909, reg. 31(2)
Higher-risk building
in England, a building of at least 18 metres or 7 storeys that is of a description the regulations set out; once occupied, one of that size with at least 2 residential units[21]Source 21: Building Safety Act 2022, s. 31 (Building Act 1984, s. 120D)[22]Source 22: The Higher-Risk Buildings (Descriptions and Supplementary Provisions) Regulations 2023, SI 2023/275, reg. 2[23]Source 23: Building Safety Act 2022, s. 65[27]Source 27: Building Safety Act 2022, Part 4, s. 61(1): overview of the Part
Accountable person
the person who must keep an occupied higher-risk building’s prescribed information[27]Source 27: Building Safety Act 2022, Part 4, s. 61(1): overview of the Part[28]Source 28: Building Safety Act 2022, s. 88(1)
BIM
Building Information Modelling, a digital form of construction and asset operations[15]Source 15: European Construction Sector Observatory, 2021 report, glossary: BIM[16]Source 16: Capital Works Management Framework (Ireland), BIM: what is BIM
ISO 19650
the international series of standards for organising and digitising information about buildings and civil works[18]Source 18: Information Management Initiative framework (BSI and nima), standards list: BS EN ISO 19650-1:2018
Common data environment (CDE)
a system for managing a project’s data and information[20]Source 20: EU BIM Task Group, Handbook for the introduction of BIM by the European public sector, 2017
CWMF
Ireland’s Capital Works Management Framework for public works, which sets the BIM adoption timeline[32]Source 32: Capital Works Management Framework (Ireland), Public Sector BIM Adoption Timeline[33]Source 33: Capital Works Management Framework (Ireland), BIM adoption timeline table, milestone 1[34]Source 34: Capital Works Management Framework (Ireland), Public Sector BIM Adoption Timeline: the four-year extension
Digital building logbook
a common repository for all relevant building data[9]Source 9: European Construction Sector Observatory, 2021 report, Box 23: digital building logbook
§ 8

Frequently asked questions

Does the golden thread apply to every building in England?

No. Its duties attach to higher-risk buildings. In general, for building work, that is a building at least 18 metres high or with at least 7 storeys that has at least two residential units, or is a care home or a hospital. Once occupied, in general it is a building of that size with at least 2 residential units.[21]Source 21: Building Safety Act 2022, s. 31 (Building Act 1984, s. 120D)[22]Source 22: The Higher-Risk Buildings (Descriptions and Supplementary Provisions) Regulations 2023, SI 2023/275, reg. 2[23]Source 23: Building Safety Act 2022, s. 65[27]Source 27: Building Safety Act 2022, Part 4, s. 61(1): overview of the Part

Does the golden thread have to be digital?

Yes. For higher-risk building work the client must arrange an electronic facility to hold it, and the information must be kept in an electronic format, transferable without loss, accurate, secure, and changed only under procedures that record who changed it and when.[24]Source 24: The Building (Higher-Risk Buildings Procedures) (England) Regulations 2023, SI 2023/909, reg. 31(1)[25]Source 25: The Building (Higher-Risk Buildings Procedures) (England) Regulations 2023, SI 2023/909, reg. 31(2)

When does BIM become a requirement on Irish public works?

In stages. Design teams on projects over €100m from January 2024, down to the contractor and supply chain on projects under €1m from 1 January 2028.[32]Source 32: Capital Works Management Framework (Ireland), Public Sector BIM Adoption Timeline[33]Source 33: Capital Works Management Framework (Ireland), BIM adoption timeline table, milestone 1[35]Source 35: Capital Works Management Framework (Ireland), BIM adoption timeline table, milestone 12

Is ISO 19650 the same thing as BIM?

No. ISO 19650 is a series of standards for organising and digitising information about buildings and civil works, and it includes BIM. Ireland’s framework names it, with the 12006 series, as the international definition of the BIM process and its data structures.[18]Source 18: Information Management Initiative framework (BSI and nima), standards list: BS EN ISO 19650-1:2018[19]Source 19: Capital Works Management Framework (Ireland), BIM: the ISO 19650 and 12006 series

§ 9

Where EMALINO fits

This page is published by EMALINO. EMALINO is not a regulator, and this page is not official guidance. Nothing on it says that EMALINO keeps a golden thread, meets ISO 19650, or is a common data environment.

Below are EMALINO’s plans, in its own words, priced in euro.

Free

€0/mo

Every feature, free forever, with 1 GB of storage.

  • Unlimited properties, tasks and projects
  • Photos, documents and asset tracking
  • Team collaboration with unlimited members
  • In-app messaging and notifications
  • Recurring maintenance schedules
  • Invoicing and credit notes
  • Mobile app for iOS and Android
  • 1 GB storage

Free forever. No credit card needed.

Choose Free

Plus

€7/mo

or €70/yr

Room for the photos and documents a growing portfolio produces, with 50 GB.

  • Everything in Free
  • 50 GB storage
  • Custom branding
  • Priority support
  • Advanced reports

2 months free with annual billing.

Choose Plus

Recommended

Pro

€16/mo

or €160/yr

The everyday plan for a working business, with 150 GB and priority support.

  • Everything in Plus
  • 150 GB storage
  • Larger file uploads
  • Priority support
  • Geofence and capture labels on media

14-day free trial at signup. No credit card required. 2 months free with annual billing.

Choose Pro

Premium

€34/mo

or €340/yr

Headroom for heavy photo and document work, with 450 GB and priority processing.

  • Everything in Pro
  • 450 GB storage
  • Priority processing
  • Largest file uploads

2 months free with annual billing.

Choose Premium

Business

€14/mo per seat

or €140/yr per seat

One place for the whole team, with team collaboration and API access.

  • Everything in Premium
  • API access
  • White-label and custom branding
  • Attachments on private contacts and todos
  • Dedicated support

Priced per seat. Talk to us about your team's needs.

Choose Business
Go to EMALINO
§ 10

Sources

Every source with the date we checked that it still says what we quote.

  1. [1]European Construction Sector Observatory, Digitalisation in the construction sector, 2021, §1.1ec.europa.euread 11 October 2026
  2. [2]European Construction Sector Observatory, 2021 report, §1.2ec.europa.euread 11 October 2026
  3. [3]European Construction Sector Observatory, 2021 report, §1.1, the least digitalised sectorsec.europa.euread 11 October 2026
  4. [4]European Construction Sector Observatory, 2021 report, glossary: sensorsec.europa.euread 11 October 2026
  5. [5]European Construction Sector Observatory, 2021 report, glossary: Internet of Thingsec.europa.euread 11 October 2026
  6. [6]European Construction Sector Observatory, 2021 report, glossary: 3D scanningec.europa.euread 11 October 2026
  7. [7]European Construction Sector Observatory, 2021 report, glossary: dronesec.europa.euread 11 October 2026
  8. [8]European Construction Sector Observatory, 2021 report, glossary: digital twinec.europa.euread 11 October 2026
  9. [9]European Construction Sector Observatory, 2021 report, Box 23: digital building logbookec.europa.euread 11 October 2026
  10. [10]European Construction Sector Observatory, 2021 report, executive summary: sensorsec.europa.euread 11 October 2026
  11. [11]European Construction Sector Observatory, 2021 report, executive summary: 3D scanning and IoTec.europa.euread 11 October 2026
  12. [12]European Construction Sector Observatory, 2021 report, executive summary: drones, robots, 3D printingec.europa.euread 11 October 2026
  13. [13]European Construction Sector Observatory, 2021 report, executive summary: digital twinsec.europa.euread 11 October 2026
  14. [14]European Construction Sector Observatory, 2021 report, executive summary: VR, AR and AIec.europa.euread 11 October 2026
  15. [15]European Construction Sector Observatory, 2021 report, glossary: BIMec.europa.euread 11 October 2026
  16. [16]Capital Works Management Framework (Ireland), BIM: what is BIMcwmf.gov.ieread 11 October 2026
  17. [17]European Construction Sector Observatory, 2021 report, executive summary: BIMec.europa.euread 11 October 2026
  18. [18]Information Management Initiative framework (BSI and nima), standards list: BS EN ISO 19650-1:2018ukbimframework.orgread 11 October 2026
  19. [19]Capital Works Management Framework (Ireland), BIM: the ISO 19650 and 12006 seriescwmf.gov.ieread 11 October 2026
  20. [20]EU BIM Task Group, Handbook for the introduction of BIM by the European public sector, 2017eubim.euread 11 October 2026
  21. [21]Building Safety Act 2022, s. 31 (Building Act 1984, s. 120D)legislation.gov.ukread 11 October 2026
  22. [22]The Higher-Risk Buildings (Descriptions and Supplementary Provisions) Regulations 2023, SI 2023/275, reg. 2legislation.gov.ukread 11 October 2026
  23. [23]Building Safety Act 2022, s. 65legislation.gov.ukread 11 October 2026
  24. [24]The Building (Higher-Risk Buildings Procedures) (England) Regulations 2023, SI 2023/909, reg. 31(1)legislation.gov.ukread 11 October 2026
  25. [25]The Building (Higher-Risk Buildings Procedures) (England) Regulations 2023, SI 2023/909, reg. 31(2)legislation.gov.ukread 11 October 2026
  26. [26]The Building (Higher-Risk Buildings Procedures) (England) Regulations 2023, SI 2023/909, reg. 1legislation.gov.ukread 11 October 2026
  27. [27]Building Safety Act 2022, Part 4, s. 61(1): overview of the Partlegislation.gov.ukread 11 October 2026
  28. [28]Building Safety Act 2022, s. 88(1)legislation.gov.ukread 11 October 2026
  29. [29]Building Safety Act 2022, s. 88, commencement informationlegislation.gov.ukread 11 October 2026
  30. [30]The Higher-Risk Buildings (Management of Safety Risks etc) (England) Regulations 2023, SI 2023/907, reg. 7(1)legislation.gov.ukread 11 October 2026
  31. [31]Cabinet Office, Government Construction Strategy, May 2011, para. 2.32assets.publishing.service.gov.ukread 11 October 2026
  32. [32]Capital Works Management Framework (Ireland), Public Sector BIM Adoption Timelinecwmf.gov.ieread 11 October 2026
  33. [33]Capital Works Management Framework (Ireland), BIM adoption timeline table, milestone 1cwmf.gov.ieread 11 October 2026
  34. [34]Capital Works Management Framework (Ireland), Public Sector BIM Adoption Timeline: the four-year extensioncwmf.gov.ieread 11 October 2026
  35. [35]Capital Works Management Framework (Ireland), BIM adoption timeline table, milestone 12cwmf.gov.ieread 11 October 2026
  36. [36]Capital Works Management Framework (Ireland), Public Sector BIM Adoption Timeline: the public sector sharecwmf.gov.ieread 11 October 2026
  37. [37]European Construction Sector Observatory, 2021 report, §3.2.2: BIM in public procurementec.europa.euread 11 October 2026
  38. [38]Eurostat, isoc_e_diin2, construction (F), 2024ec.europa.euread 11 October 2026
  39. [39]Eurostat, isoc_e_diin2, all enterprises, 2024ec.europa.euread 11 October 2026
  40. [40]European Construction Sector Observatory, 2021 report, executive summary: policiesec.europa.euread 11 October 2026
  41. [41]World Economic Forum with BCG, Shaping the Future of Construction, 2016weforum.orgread 11 October 2026
  42. [42]World Economic Forum, Shaping the Future of Construction, 2016, introductionweforum.orgread 11 October 2026
  43. [43]European Construction Sector Observatory, 2021 report, executive summary: driversec.europa.euread 11 October 2026
  44. [44]European Construction Sector Observatory, 2021 report, executive summary: challengesec.europa.euread 11 October 2026