John Evans, Senior Planner and Delay Analyst at A. Lamb Associates, will present An Introduction to Delay Analysis. This session will explore the essential information required to carry out a thorough delay analysis and provide an overview of the key methodologies outlined in the Society of Construction Law Delay and Disruption Protocol (2nd Edition, February 2017).

John will also discuss programme expectations within UK contracts and touch on the role of programming software in supporting accurate analysis.

Attendees will gain a clear understanding of the principles behind delay analysis and the practical considerations involved in applying these techniques in real-world projects.

Understanding the root cause of such incidents is critical for accurately determining liability and, ultimately, claim outcomes.

Join Civil Engineer Jane Cook for insights into failure mechanisms, investigative methodologies, and lessons learned from real-world examples.

In this webinar, Alan Harper, Associate Director at Morham + Brotchie Partnership, will explore why underinsurance remains such a widespread issue and the serious implications it can have for property owners and insurers alike. 

Subsea power cables are the backbone of offshore wind energy, yet their failure can have far-reaching consequences. 

In this presentation, Subsea cable expert, Hugh Martindale will explore the growing demand for offshore wind and the critical role of subsea power cables in supporting this expansion. He will examine the significant consequences of cable failure—such as property damage, business interruption, and the logistical challenges of repair and replacement—and provide a detailed overview of common failure modes, from mechanical damage and environmental stress to manufacturing and installation issues.

Hugh will conclude by outlining industry efforts to reduce these risks through improved design standards, advanced monitoring technologies, and collaborative data sharing. Attendees will gain valuable insight into forensic investigation of cable failures, insurance implications, and proactive measures to enhance reliability and resilience in offshore energy infrastructure.

In the decades following World War II, fuelled by post-war optimism and an urgent need to rebuild, the UK construction industry embraced rapid transformation. Innovations promised cheaper and faster methods of construction through new materials and typologies, aiming to meet housing demands and reduce costs.

The reality, however, was widespread defects, deterioration, and costly remedial programmes. Despite many of these issues being identified in the 1980s and 1990s, the legacy of non-traditional construction persists. Now, in the 2020s, the industry faces another wave of change—promising smarter, faster, and cheaper solutions.

The question remains … have we learned from our past mistakes?

Structural Engineer Jamie Paterson explores the rise and fall of non-traditional construction, examining why these methods were adopted, the problems they created, and what lessons must be applied today. Through historical context and modern parallels, Jamie will provide insight into the risks, challenges, and opportunities shaping the future of building design.

What you’ll learn:

• The origins and evolution of non-traditional construction methods
• Common defects and failure modes—and why they occurred
• Lessons from past mistakes and how they apply to today’s innovations
• Key considerations for risk management and insurance in modern construction

Discover a Smarter Way to Prove Disruption in Construction Projects. 

Ewan Slight introduces System Dynamics—a powerful, data-driven method for modelling and quantifying disruption in complex construction environments.

Moving beyond outdated linear causation models, it explores how interconnected events create ripple effects that traditional approaches fail to capture. Developed at Massachusetts Institute of Technology (MIT) and endorsed by the Society of Construction Law (SCL) Delay and Disruption Protocol, System Dynamics offers a robust framework to simulate project performance, assess “but for” scenarios, and establish clear causal links between disruption and cost.

Attendees will gain insight into how this method can enhance claims, improve cost recovery, and support strategic decision-making. Whether you’re dealing with inefficiencies, delays, or disputes, this session will show you how to turn chaos into clarity.