in Infrastructure Project Management:
A Northeast Sunderland Case Study
FEATURED PAPER
By Yu Mon Mon Aung and Dr Khamis Al-Romaimi
School of Computer Science and Engineering
University of Sunderland
Sunderland, United Kingdom
Abstract
Northeast Sunderland is a geographically bounded multi-modal infrastructure environment encompassing railway, road and bridge projects delivered under multiple British and international standards, including BS EN Eurocodes, DMRB, NR/L2/CIV, ISO 9001:2015, ISO 31000:2018, ISO 45001:2018 and ISO 22163:2023. This paper reframes a focused thematic review of twelve peer-reviewed studies through a project-management lens, examining how standards, risk, quality and lifecycle requirements are integrated from project inception to handover. Three convergent themes are retained from the evidence base: Standards Framework Divergence, the Implementation Gap and ISO 31000 Under-Integration. The reviewed evidence indicates that structured project-management practices are positively associated with project success but are not consistently embedded from project inception, while non-safety risks and standards interfaces may be managed reactively. The paper therefore proposes a conceptual Integrated Project Management and Lifecycle Governance Framework for Northeast Sunderland. The framework positions scope and standards planning, ISO 31000 risk management, ISO 9001 quality management, procurement and contractor integration, digital information systems, and lifecycle value as coordinated project-governance components. The contribution is conceptual and inferential, and requires practitioner validation.
Keywords: Project management; Infrastructure projects; Risk management; Quality management; Project governance; ISO 31000; Standards integration; Multi-modal infrastructure
- Introduction
Complex infrastructure projects in the UK are delivered within a multi-layered standards environment: railway projects are influenced by NR/L2/CIV and ISO 22163:2023; bridge projects by DMRB and BS EN 1991-2; and road projects by National Highways requirements together with ISO 9001:2015 and ISO 31000:2018. The project-management challenge is not compliance with each standard in isolation, but the coordinated integration of technical, risk, quality, information and lifecycle requirements from initiation through handover and asset use. Evidence in the reviewed literature indicates that structured project-management practices are not consistently embedded from project inception (Oyekunle, Abbey and Ibeh, 2024); the authors further infer, from the public asset-management documentation examined in Section 4.4, that standards implementation may be reactive in practice.
Northeast Sunderland contains railway projects on the Tyne, Wear and Coast Route, A19/A690 road corridors and bridge structures including Wearmouth Bridge (main span approximately 114 m). As a geographically bounded multi-modal setting governed by multiple standards and organisations, it provides a useful context for examining project-management interfaces without the complexity of a national-scale study.
This paper re-analyses the existing evidence base through a project-management lens. It examines how standards divergence, risk under-integration and inconsistent management practices can affect scope definition, design coordination, quality planning, procurement, contractor interfaces and lifecycle decision-making. It then proposes an Integrated Project Management and Lifecycle Governance Framework for Northeast Sunderland. Climate resilience is retained as a cross-cutting project risk that should be incorporated into project risk registers, design decisions and lifecycle value planning rather than treated as a separate operational issue.
1.1 Research Objectives
Five research objectives guide this study:
-
- To synthesise the twelve selected peer-reviewed studies to identify project-management implications arising from standards divergence and implementation gaps.
- To critically compare BS EN Eurocodes, DMRB and ISO Standards (9001, 22163, 31000, 45001) and identify interfaces requiring coordination within infrastructure project planning and delivery.
- To identify and categorise barriers affecting project scope, design coordination, quality, procurement and construction-phase implementation across railway, bridge and road projects.
- To evaluate proactive versus reactive integration of ISO 31000:2018 as a project risk-management mechanism from project inception through delivery and handover.
- To propose evidence-based recommendations and a conceptual Integrated Project Management and Lifecycle Governance Framework for Northeast Sunderland multi-modal infrastructure projects.
More…
To read entire paper, click here
How to cite this paper: Aung, Y. M. M. and Al-Romaimi, K. (2026). Integrating Risk, Quality and Standards in Infrastructure Project Management: A Northeast Sunderland Case Study; PM World Journal, Vol. XV, Issue XI, November. Available online at https://pmworldjournal.com/wp-content/uploads/2026/11/pmwj170-Nov2026-Aung-Al-Romaimi-Integrating-Risk-Quality-Standards-in-Infrastructure-PM.pdf
About the Authors
Yu Mon Mon Aung
Newcastle upon Tyne, United Kingdom
Yu Mon Mon Aung is a civil engineer with approximately ten years of experience in the design and construction of infrastructure projects in Myanmar. She completed an MSc in Engineering Management at the University of Sunderland, graduation with Distinction, United Kingdom, in 2026, where her research examined how technical standards, risk management, quality management and lifecycle requirements can be integrated within the management of multi-modal infrastructure projects. Her interests include project governance, ISO 31000 risk management, standards integration across railway, bridge and road projects, and climate-resilient infrastructure delivery. She aspires to achieve Chartered Engineer (CEng) status with the Institution of Civil Engineers (ICE). She is the corresponding author for this paper and can be contacted at ms.yumon86@gmail.com , bj04av@student.sunderland.ac.uk (ORCID: 0009-0002-2873-6485).
Dr Khamis Al-Romaimi
Sunderland, United Kingdom
Dr Khamis Al-Romaimi, PhD, CEng, FICE, is an academic at the School of Computer Science and Engineering, University of Sunderland, United Kingdom. He can be contacted at khamis.al-romaimi@sunderland.ac.uk (ORCID: 0000-0001-8823-6090).
