Essential UK Construction Papers and Playbooks for Quantity Surveyors

Why These Documents Matter

The UK construction industry does not operate in a vacuum. It is shaped — sometimes redirected entirely — by a body of government policy, independent reviews, professional standards, and industry frameworks that together define how projects are procured, delivered, regulated, and measured. For quantity surveyors and commercial professionals, these documents are not academic reading. They are the foundation on which procurement strategies are built, contracts are selected, costs are managed, and professional obligations are met.

Some of these publications are landmark reviews that fundamentally changed how the industry thinks about collaboration, efficiency, and accountability. Others are current government policy that must be followed on every publicly funded project. Several are professional standards issued by the RICS that carry mandatory obligations for chartered surveyors. And a growing number address the urgent challenges of building safety, sustainability, digital transformation, and artificial intelligence that are reshaping the profession in real time.

This article provides a comprehensive guide to the essential UK construction papers and playbooks that every quantity surveyor should know. Rather than a simple list, the documents are grouped by theme — landmark industry reviews, government procurement policy, infrastructure strategy, building safety and quality, digital frameworks, and value and sustainability — to show how they connect and why they matter to QS practice.

The Landmark Reviews: Latham, Egan, and Farmer

Three independent reviews, published over a span of twenty-two years, have fundamentally shaped the modern UK construction industry. Each diagnosed systemic problems and proposed reforms that continue to influence how projects are procured, managed, and delivered. Understanding these reviews is not merely historical — the principles they established are embedded in current policy, contract forms, and professional practice.

The Latham Report (1994) — “Constructing the Team”

Sir Michael Latham’s report was commissioned jointly by the government and the construction industry to address deep-seated problems with adversarial relationships, fragmented supply chains, and inefficient procurement. The construction industry in the early 1990s was characterised by confrontational contracting, routine disputes, endemic claims culture, and a pervasive lack of trust between clients, consultants, and contractors. Projects were frequently delivered late, over budget, and to poor quality — and the contractual framework often made these problems worse rather than better.

Latham’s central recommendation was that the industry should move from adversarial to collaborative working. He called for fair and transparent standard form contracts that allocated risk equitably, advocated for the introduction of adjudication as a rapid and binding method of dispute resolution, and recommended that the industry target a 30 per cent reduction in real construction costs. His report directly led to the Housing Grants, Construction and Regeneration Act 1996 — the legislation that introduced statutory adjudication, the right to interim payments, and the prohibition on pay-when-paid clauses. These provisions remain the legal backbone of construction payment and dispute resolution in England and Wales today.

For quantity surveyors, the Latham Report established principles that now run through every aspect of commercial practice — fair payment terms, structured interim valuations, pay less notices, and the availability of adjudication as a right on every construction contract. The report’s emphasis on collaborative procurement also influenced the development of partnering contracts and the NEC suite’s collaborative philosophy.

The Egan Report (1998) — “Rethinking Construction”

Sir John Egan’s report built on Latham’s foundations but shifted the focus from contractual reform to operational efficiency. Egan, a business leader rather than a lawyer, approached construction from an industrial productivity perspective — comparing the industry unfavourably with manufacturing, automotive, and retail sectors and arguing that construction should adopt the same lean principles, continuous improvement methodologies, and supply chain integration that had transformed those industries.

The report set ambitious targets for annual improvement: 10 per cent reduction in construction cost, 10 per cent reduction in construction time, 20 per cent reduction in defects, and 20 per cent improvement in predictability of both time and cost performance. Egan introduced the concept of key performance indicators (KPIs) for construction — measurable benchmarks against which project and organisational performance could be tracked and compared. He also championed client leadership (arguing that informed and demanding clients were the primary driver of industry improvement), long-term relationships with the supply chain, prefabrication and standardisation, and the elimination of waste.

For quantity surveyors, the Egan Report introduced a performance measurement culture that is now standard practice. KPIs are embedded in most public sector frameworks and many private sector contracts. The emphasis on whole-life cost (rather than lowest initial capital cost) has influenced cost planning methodology, and the focus on lean construction has shaped how QS professionals approach waste reduction, value engineering, and supply chain management.

The Farmer Review (2016) — “Modernise or Die”

Mark Farmer’s provocatively titled review was commissioned by the Construction Leadership Council to assess the UK construction labour model and its long-term sustainability. Farmer’s diagnosis was stark: the industry faced a demographic time bomb, with an ageing workforce, chronic skills shortages, low productivity, and an inability to attract and retain young talent. Without radical change, the industry risked a structural decline in capacity that would undermine the UK’s ability to deliver the housing, infrastructure, and public buildings it needed.

Farmer’s prescription was equally direct. The industry must embrace modern methods of construction (MMC) — particularly offsite manufacturing, modular construction, and pre-manufactured value (PMV) — to reduce its dependence on site-based labour and improve productivity, quality, and predictability. He called for greater investment in digital technologies, a fundamental reform of training and education, and a cultural shift away from the lowest-cost, subcontract-heavy model that had dominated for decades.

For quantity surveyors, the Farmer Review has direct commercial implications. Offsite and modular construction require different measurement and valuation approaches — components are manufactured in factories rather than built in situ, and the QS must understand how to value manufactured elements, manage procurement of long-lead items, and account for the different risk profile of offsite production. The report also underlines the importance of QS professionals developing skills in digital measurement, BIM-based quantity extraction, and the commercial management of innovative procurement routes.

Government Procurement and Policy

The UK government is the largest construction client in the country, and its procurement policies have a disproportionate influence on the wider industry. Public sector procurement frameworks set standards that private sector clients increasingly adopt, and the government’s requirements for digital delivery, sustainability, and value-based procurement have become de facto industry benchmarks. Four documents in this category are essential reading for any QS working on or tendering for public sector projects.

The Construction Playbook (2020, Updated 2022)

The Construction Playbook is the UK government’s best practice guidance for public sector construction procurement. First published in December 2020 and updated in September 2022, it sets out fourteen policies that all government departments and arm’s-length bodies must follow when procuring construction works. The Playbook represents the government’s attempt to professionalise public sector construction procurement — moving from a lowest-cost, adversarial model to one based on whole-life value, early supply chain engagement, and collaborative contracting.

The Playbook’s key policies include the requirement to use outcome-based specifications rather than prescriptive requirements, early market engagement and supplier involvement in developing the project scope, the use of should-cost models to benchmark pricing, a presumption in favour of NEC contracts for government projects, mandatory consideration of modern methods of construction, and the adoption of a whole-life value approach that considers operational, maintenance, and decommissioning costs alongside capital expenditure. The 2022 update strengthened the Playbook’s provisions on building safety (reflecting the Building Safety Act 2022), sustainability (embedding whole-life greenhouse gas emissions management), and digitalisation (requiring information management in line with the UK BIM Framework).

For quantity surveyors, the Construction Playbook defines the procurement environment for public sector work. Understanding its policies is essential for advising on procurement strategy, preparing should-cost estimates, structuring tenders to demonstrate value rather than lowest price, and managing contracts (particularly NEC) in accordance with government expectations. A third edition aligned with the Procurement Act 2023 is anticipated.

The Procurement Act 2023

The Procurement Act 2023 is the most significant reform of UK public procurement law since the UK left the European Union. It came into force on 24 February 2025, replacing the Public Contracts Regulations 2015 (PCR15) and establishing a new legal framework for all public sector procurement, including construction. The Act consolidates and simplifies the procurement regime, replacing the previous four sets of regulations with a single statute, and introduces several changes that directly affect construction procurement.

The Act introduces two primary procurement routes: the open procedure (a single-stage process where any qualified bidder can submit a tender) and the competitive flexible procedure (which allows contracting authorities to design a bespoke procurement process appropriate to the contract). This flexibility is a significant change from the rigid procedures under PCR15 and allows authorities to tailor their procurement approach to the specific requirements of construction projects — for example, combining design competitions with competitive negotiations in a single process.

Other key changes include enhanced transparency requirements (authorities must publish pipeline notices, preliminary market engagement notices, payment compliance data, and supplier performance assessments), a new central debarment list for suppliers who have committed serious offences or breaches, and the replacement of the Most Economically Advantageous Tender (MEAT) criteria with the concept of the Most Advantageous Tender (MAT) — which explicitly broadens the evaluation criteria beyond price to include social value, environmental impact, and innovation.

For quantity surveyors, the Procurement Act changes how tenders are evaluated, how procurement processes are structured, and how supplier performance is monitored. QS professionals advising on procurement strategy must understand the new procedures, the enhanced transparency obligations, and the broadened evaluation criteria that now apply to all public sector construction procurement commenced after 24 February 2025.

The Green Book: Appraisal and Evaluation in Central Government

HM Treasury’s Green Book is the framework used to appraise and evaluate all government spending proposals, including construction and infrastructure projects. It provides the methodology for cost-benefit analysis, setting out how to assess the economic, environmental, and social costs and benefits of a proposed investment, how to discount future costs and benefits to present values, and how to compare options on a consistent and transparent basis.

The Green Book requires that all publicly funded projects demonstrate value for money — not merely lowest cost, but the option that delivers the greatest net benefit to society when all costs and benefits (including externalities such as carbon emissions, health impacts, and regional economic effects) are taken into account. The Green Book was updated in 2022 to strengthen its treatment of place-based analysis (supporting the government’s levelling-up agenda) and environmental valuation (reflecting the net-zero commitment).

For quantity surveyors working in the public sector, the Green Book provides the framework within which cost estimates, whole-life cost models, and option appraisals must be prepared. Understanding how to present cost data in Green Book format — including optimism bias adjustments, risk quantification, and sensitivity analysis — is essential for QS professionals advising on business cases for public investment.

Procurement Policy Note 06/21 — Carbon Reduction Plans

PPN 06/21 requires suppliers bidding for government contracts above £5 million per annum to provide a Carbon Reduction Plan confirming their commitment to achieving net-zero greenhouse gas emissions by 2050, together with a record of their current emissions and a programme of reduction measures. The Plan must be published on the supplier’s website and updated annually.

This requirement applies to all new central government procurement (and is increasingly adopted by wider public sector bodies) and directly affects how construction contractors, consultants, and supply chain organisations approach public sector tendering. Suppliers who cannot demonstrate a credible carbon reduction commitment are excluded from bidding.

For quantity surveyors, PPN 06/21 introduces carbon as a procurement criterion alongside cost and quality. QS professionals advising on tender evaluation must understand how carbon reduction plans are assessed, and those involved in supply chain procurement must ensure that subcontractors and suppliers meet the carbon reporting requirements. The note also reinforces the growing importance of embodied carbon measurement and whole-life carbon assessment in construction cost management.

Infrastructure and Industrial Strategy

The UK government has published several strategic documents setting out its long-term vision for infrastructure investment, industrial productivity, and the construction sector’s role in national economic growth. These documents provide the policy context within which major projects are conceived, funded, and delivered — and they influence the priorities, procurement routes, and performance expectations that QS professionals encounter on infrastructure and large-scale building programmes.

The National Infrastructure Strategy (2020)

Published alongside the 2020 Spending Review, the National Infrastructure Strategy set out the government’s plan for upgrading the UK’s infrastructure to support economic growth, regional connectivity, and the transition to net-zero carbon emissions by 2050. The Strategy committed to record levels of public investment — over £600 billion in gross public sector investment over the parliament — focused on transport (road, rail, and local connectivity), digital infrastructure (gigabit broadband and 5G), energy (offshore wind, nuclear, hydrogen), and flood resilience.

For quantity surveyors, the Strategy signals the pipeline of major infrastructure programmes that will require commercial management over the coming decades. Understanding the government’s investment priorities helps QS professionals position themselves in growth sectors and anticipate the procurement routes, contract forms (predominantly NEC), and performance frameworks that will apply to these programmes.

Transforming Infrastructure Performance (2017)

The Infrastructure and Projects Authority’s Transforming Infrastructure Performance (TIP) programme was launched in 2017 to improve how the UK plans, designs, builds, and operates its infrastructure assets. TIP’s core argument is that the UK spends too much and gets too little from its infrastructure investment — and that systemic change is needed in how projects are conceived, procured, and delivered. The programme advocates for greater use of digital technologies, collaborative delivery models, and a shift from project-by-project thinking to portfolio and system-level approaches.

TIP introduced the concept of the “Infrastructure Value Chain” — arguing that value is created (or destroyed) at every stage from strategic planning through to operation and decommissioning, and that optimising individual stages in isolation misses the opportunity to improve whole-life outcomes. For quantity surveyors, TIP’s emphasis on whole-life value, cost benchmarking, and performance measurement provides a strategic framework that connects project-level cost management to portfolio-level investment decisions.

The Construction Sector Deal (2018)

The Construction Sector Deal, published as part of the government’s Industrial Strategy, established a partnership between government and industry to drive innovation, productivity, and growth in the construction sector. The Deal committed £420 million of joint investment (government and industry) focused on three areas: a transforming construction programme promoting digital technologies and manufacturing; a core innovation hub developing new products, processes, and business models; and investment in skills, training, and diversity to build a more productive and inclusive workforce.

The Sector Deal specifically promoted the adoption of modern methods of construction, BIM, digital twins, and platform approaches to construction — where standardised, interchangeable components replace bespoke design for routine building elements. For quantity surveyors, the Sector Deal’s emphasis on platform design and manufacture has implications for measurement methodology (standardised components rather than bespoke measurement), procurement (framework agreements with manufacturers rather than project-specific tendering), and cost management (manufacturing cost models rather than traditional estimating).

Building Safety and Quality

The Grenfell Tower fire of June 2017 exposed catastrophic failures in building safety regulation, design, construction, and management. The regulatory and legislative response has fundamentally changed the framework within which higher-risk buildings are designed, built, and managed — with significant implications for cost planning, procurement, and commercial management. Alongside the safety reforms, the industry’s ongoing struggle with quality, errors, and rework has prompted important initiatives to improve construction delivery.

The Hackitt Review (2018) — “Building a Safer Future”

Dame Judith Hackitt’s Independent Review of Building Regulations and Fire Safety was commissioned in the immediate aftermath of the Grenfell Tower fire. Her final report, published in May 2018, found that the entire regulatory system for ensuring fire safety in high-rise residential buildings was not fit for purpose. The review identified systemic failures including a race to the bottom on cost that compromised safety, a regulatory framework riddled with ambiguity and gaps, a culture of non-compliance with no effective enforcement, and a lack of clear accountability — where no single person or organisation was responsible for ensuring the safety of the building throughout its lifecycle.

Hackitt’s over fifty recommendations proposed a fundamentally new regulatory framework for higher-risk buildings, centred on a “golden thread” of building safety information that would be maintained from design through construction and into occupation, clear accountability for named duty holders at each stage of the building’s life, a more rigorous gateway process requiring regulatory approval before proceeding between design, construction, and occupation stages, and enhanced competence requirements for all individuals and organisations involved in the design, construction, and management of higher-risk buildings.

For quantity surveyors, the Hackitt Review and the legislation it generated (the Building Safety Act) have direct cost implications. The additional regulatory requirements — gateway approvals, enhanced fire engineering, non-combustible materials, golden thread documentation — add to project costs and extend programme durations. QS professionals must understand these requirements and their cost impact when preparing estimates, cost plans, and tender documents for higher-risk building projects.

The Building Safety Act (2022)

The Building Safety Act 2022 is the primary legislation implementing the Hackitt Review’s recommendations. It is the most significant reform of building safety regulation in a generation and creates a comprehensive new regime for higher-risk buildings — defined as residential buildings at least 18 metres in height or with at least seven storeys, containing two or more residential units. The Act established the Building Safety Regulator (BSR) within the Health and Safety Executive (HSE) as the single regulator responsible for overseeing the safety and performance of all buildings, with enhanced powers over higher-risk buildings.

The Act’s key provisions include a three-gateway regulatory process requiring approval at planning, before construction, and before occupation. It creates legally defined duty holders — the Client, Principal Designer, and Principal Contractor — with personal criminal liability for non-compliance. The Act mandates the creation and maintenance of the “golden thread” of building safety information throughout the building’s lifecycle. It establishes new competence requirements for all professionals involved in higher-risk building work. New provisions also allow residents and leaseholders to seek remediation for historical building safety defects, including the Building Safety Levy on developers.

For quantity surveyors, the Building Safety Act introduces new cost categories that must be accounted for in project budgets — the cost of gateway submissions and regulatory approval, enhanced fire engineering and materials testing, the production and maintenance of golden thread documentation, higher specification non-combustible materials, and the Building Safety Levy. QS professionals working on higher-risk residential projects must understand the Act’s requirements in detail, as non-compliance exposes both the project and the individuals involved to criminal penalties.

The Get It Right Initiative (GIRI)

The Get It Right Initiative is an industry-led, not-for-profit organisation dedicated to reducing errors and rework in UK construction. GIRI’s research has established that the cost of errors in UK construction is between 10 and 25 per cent of project value, with a best estimate of 21 per cent — equating to approximately £21 billion per year in unnecessary rework, remediation, and associated costs. Even the most conservative estimate — 5 per cent of project value in direct rework costs — represents approximately £5 billion annually.

GIRI’s work focuses on identifying the root causes of errors (which are predominantly human and organisational rather than technical), developing practical tools and guidance for reducing errors at each stage of the project lifecycle, and promoting the use of technology — particularly BIM, digital checking, and automated compliance verification — to catch errors before they reach site. GIRI’s 2024 Technology Report demonstrated how technology is being deployed on major projects including HS2 and London’s Western Yards development to reduce errors and improve quality.

For quantity surveyors, GIRI’s findings are commercially significant. If 21 per cent of project value is consumed by errors, then error reduction is potentially the single largest opportunity for cost saving on any project. QS professionals should understand how errors arise, how they translate into cost overruns and claims, and how digital tools and quality management processes can reduce the financial impact of rework. GIRI’s research also provides valuable benchmarking data for assessing the reasonableness of contingency allowances and claims for additional costs arising from errors and rework.

Digital Frameworks and the RICS AI Standard

Digital transformation has been a central theme of UK construction policy for over a decade, and the frameworks governing digital delivery continue to evolve. Two documents in this category are essential — the UK BIM Framework, which established the standards for digital information management in construction, and the RICS’s landmark professional standard on the responsible use of artificial intelligence, which sets mandatory requirements for how chartered surveyors may use AI in professional practice.

The UK BIM Framework (2020)

The UK BIM Framework provides the overarching guidance for implementing Building Information Modelling in UK construction projects. Published in 2020, the Framework aligns with the international ISO 19650 series of standards for information management using BIM, replacing the previous BIM Level 2 mandate and its associated PAS 1192 suite. The Framework sets out the principles, processes, and requirements for managing information throughout the lifecycle of a built asset — from strategic definition through design, construction, handover, and operation.

The Framework defines the roles and responsibilities of parties in the information management process, including the appointing party, lead appointed party, and appointed parties, and the contractual mechanisms through which information requirements are specified and deliverables are managed. The Exchange Information Requirements (EIR) — now termed the Employer’s Information Requirements under ISO 19650 — define what information the client requires, at what level of detail, at what project stages, and in what format.

For quantity surveyors, the UK BIM Framework defines how cost-relevant information should be structured, exchanged, and managed in a digital delivery environment. The QS must understand how to specify information requirements for cost management purposes, how to extract and use data from BIM models for measurement and estimating, and how to contribute cost information back into the model for 5D cost management. Understanding the Framework is increasingly essential for QS professionals working on public sector projects, where BIM delivery is mandated, and on private sector projects where clients are adopting ISO 19650 as standard practice.

RICS Responsible Use of Artificial Intelligence in Surveying Practice (2025)

In September 2025, the RICS published its first global professional standard governing the responsible use of artificial intelligence in surveying practice — the Responsible Use of Artificial Intelligence in Surveying Practice standard. Effective from 9 March 2026, this is a mandatory professional standard that applies to all RICS members and RICS-regulated firms worldwide. It is the first standard of its kind issued by any professional body in the built environment sector, and it establishes the regulatory framework within which QS professionals must operate when using AI tools in their work.

The standard was informed by the RICS AI in Construction 2025 report, which surveyed over 2,200 global construction professionals and found high levels of optimism about AI’s potential to improve productivity, accuracy, and decision-making — but also significant concerns about skills shortages, data quality, integration challenges, and the risk of over-reliance on AI-generated outputs without adequate professional scrutiny.

What the RICS AI Standard Requires

The standard places professional judgement — encompassing knowledge, skills, experience, and professional scepticism — at the centre of any AI-assisted workflow. It does not prohibit or mandate the use of AI, but it establishes clear requirements for any RICS member or regulated firm that chooses to use AI in the delivery of surveying services.

Baseline knowledge: Any RICS member using AI must have a basic understanding of the types of AI they are using, how the AI system works, its limitations and failure modes, and the risk of erroneous outputs (including hallucinations). This is not a requirement for deep technical expertise in machine learning, but it does require the QS to understand, at a practical level, what the AI tool does and where it might go wrong.

Material impact assessment: The standard applies its most stringent requirements to AI uses that have a “material impact” on the delivery of the surveying service. When AI outputs materially affect the advice, valuation, measurement, or recommendation being provided to the client, the RICS member must make a formal written record of that determination and the reasoning behind it. This triggers additional obligations around documentation, validation, and client disclosure.

Documentation and validation: Where AI has a material impact, the member must assess and document the reliability of the AI outputs in writing. This means the QS cannot simply accept an AI-generated quantity takeoff, cost estimate, or risk assessment at face value — the output must be reviewed, validated against the QS’s professional judgement, and the validation process must be recorded.

Client transparency: The standard makes transparent communication with clients a mandatory element of service delivery. RICS members must provide written disclosure of when and how AI tools will be used in the delivery of their services, and must inform clients of the options available should they wish to limit or exclude the use of AI. This is a significant obligation — it means that using AI tools “in the background” without client knowledge is no longer compliant with RICS professional standards.

Data governance and risk management: Members and regulated firms must establish robust data governance policies to safeguard private and confidential information when using AI systems. Before procuring third-party AI tools, written due diligence must be conducted. Any firm using AI in a materially impactful way must maintain a written risk register, reviewed at least quarterly, documenting the AI systems in use, the risks they present, and the controls in place to mitigate those risks.

Third-party AI procurement: The standard requires written due diligence before adopting any third-party AI system — covering the system’s data handling practices, reliability, bias risks, and compliance with applicable regulations. This is particularly relevant for QS practices evaluating AI-powered measurement tools, automated estimating platforms, or AI-assisted document review systems.

What This Means for QS Practice

The RICS AI standard does not prevent quantity surveyors from using AI — in fact, the profession is increasingly expected to embrace AI tools for measurement, estimating, document analysis, and risk assessment. But it requires that AI use is informed, documented, validated, and transparent. The QS who uses an AI-powered takeoff tool must understand its limitations, validate its output, document the validation, and disclose the use of AI to the client. The practice that deploys AI across its service lines must have governance structures, risk registers, and due diligence processes in place.

For APC candidates, the standard introduces a new dimension to professional competence — the ability to demonstrate understanding of AI principles, risks, and the RICS’s mandatory requirements. For established practitioners and practice leaders, the standard requires a review of current AI usage, the implementation of governance frameworks, and potentially the development of new standard operating procedures for AI-assisted workflows. The effective date of 9 March 2026 means that compliance is required now.

Value and Sustainability

The UK construction industry is in the midst of a fundamental shift from lowest-cost procurement to value-based decision-making that accounts for whole-life costs, environmental impacts, and social outcomes. Two key documents drive this shift — the Value Toolkit, which provides the practical framework for defining and measuring value, and the broader net-zero policy context that requires the industry to decarbonise its processes and products.

The Value Toolkit (2021) — Construction Innovation Hub

The Value Toolkit, developed by the Construction Innovation Hub (a partnership between the Building Research Establishment, the Manufacturing Technology Centre, and the Centre for Digital Built Britain), provides a practical framework for embedding value into construction projects from inception through to operation. The Toolkit’s central argument is that the industry’s historical focus on lowest initial capital cost has produced buildings and infrastructure that are expensive to operate, environmentally damaging, and poorly aligned with the needs of the communities they serve.

The Toolkit introduces a structured value definition process that requires project teams to identify and prioritise the outcomes that matter to all stakeholders — not just the client, but end users, communities, and the environment. It provides tools for assessing value across four capitals: produced capital (the physical asset), human capital (skills, health, and wellbeing), social capital (community cohesion and inclusion), and natural capital (environmental impact and ecosystem services). The framework supports the government’s Social Value Model and aligns with the Construction Playbook’s requirement for whole-life value assessment.

For quantity surveyors, the Value Toolkit challenges the profession to broaden its definition of cost management. The QS is no longer simply the guardian of capital cost — they are increasingly expected to advise on whole-life cost, to quantify the value of social and environmental outcomes, and to present cost information in a way that supports value-based decision-making rather than lowest-cost selection. The Toolkit provides the framework and language for this expanded role.

Quick-Reference Summary

Document	Year	Category	Key Relevance for QS
Latham Report — “Constructing the Team”	1994	Landmark review	Collaborative contracting, statutory adjudication, fair payment
Egan Report — “Rethinking Construction”	1998	Landmark review	KPIs, lean construction, whole-life cost, continuous improvement
Farmer Review — “Modernise or Die”	2016	Landmark review	MMC, offsite construction, digital skills, labour model reform
Transforming Infrastructure Performance	2017	Infrastructure strategy	Whole-life value, cost benchmarking, portfolio-level thinking
Hackitt Review — “Building a Safer Future”	2018	Building safety	Golden thread, duty holders, gateway process, safety costs
Construction Sector Deal	2018	Industrial strategy	MMC, BIM, digital twins, platform construction, skills investment
Construction Playbook	2020 (updated 2022)	Government procurement	Should-cost models, NEC preference, whole-life value, early engagement
National Infrastructure Strategy	2020	Infrastructure strategy	Investment pipeline, net-zero infrastructure, regional growth
UK BIM Framework	2020	Digital frameworks	ISO 19650 compliance, information management, 5D cost integration
PPN 06/21 — Carbon Reduction Plans	2021	Government procurement	Carbon as a procurement criterion, supplier sustainability assessment
Value Toolkit	2021	Value and sustainability	Whole-life value framework, four capitals model, social value
Building Safety Act	2022	Building safety	Gateway costs, enhanced materials, golden thread, criminal liability
Green Book	Updated 2022	Government procurement	Cost-benefit analysis, optimism bias, option appraisal methodology
Procurement Act	2023 (live Feb 2025)	Government procurement	New procurement routes, MAT criteria, transparency, debarment
Get It Right Initiative (GIRI)	Ongoing (est. 2015)	Building quality	Error reduction (21% of project value), rework costs, quality tools
RICS AI Standard	2025 (effective Mar 2026)	Professional standards	Mandatory AI governance, validation, client disclosure, risk registers

The QS’s Role: Navigating the Policy Landscape

The documents surveyed in this article are not merely reference material — they are the operating framework within which quantity surveyors practise. A QS advising on procurement strategy must understand the Construction Playbook, the Procurement Act, and the Green Book. A QS preparing a cost plan for a higher-risk residential building must account for the Building Safety Act’s requirements. A QS using AI-powered measurement tools must comply with the RICS AI standard. A QS tendering for public sector work must ensure that the supply chain meets PPN 06/21’s carbon reduction requirements.

The connecting thread across all of these documents is a shift from narrowly defined cost management to broader value management — from lowest cost to best value, from capital cost to whole-life cost, from compliance to accountability, and from manual processes to digitally enabled workflows. Quantity surveyors who understand and engage with this policy landscape will be better equipped to advise their clients, manage their projects, and develop their careers in a profession that is evolving rapidly.

What Comes Next

The policy landscape is not static. The Construction Playbook is expected to be updated to align with the Procurement Act 2023. The RICS AI standard takes effect in March 2026 and will likely be supplemented with sector-specific guidance as AI adoption accelerates. New PPN notes and sustainability requirements will continue to tighten carbon and social value obligations. The Building Safety Act’s secondary legislation and regulatory guidance continue to be developed. ProQS.site will continue to monitor and analyse these developments, providing quantity surveyors and commercial professionals with the practical guidance they need to navigate the evolving regulatory and policy environment.