Location:

44 Lincoln's Inn Fields

London

Services Involved:

Mechanical Ductwork & Mechanical Pipework

Electrical Containment & Lighting

Public Health Plumbing & Domestic Pipework

Data Systems & Security Infrastructure

Fire Detection & Fire Alarm Systems

PROJECT INFORMATION

The Marshall Building at 44 Lincoln's Inn Fields is a landmark addition to the London School of Economics (LSE) campus, designed to foster academic excellence and multi-disciplinary collaboration. This award-winning, £145 million civic structure spans 17,500 square meters of highly flexible space, integrating complex lecture theatres, research hubs, sports facilities, and music pavilions. Featuring a striking architectural form engineered by Grafton Architects and AKT II, the building relies on intricately integrated building services to maintain its multi-functional zones. Our consultancy was appointed to stabilize and accelerate the delivery of the digital asset, transforming delayed design data into a highly coordinated, construction-ready deployment.

WHAT WE DID

We stepped in to spearhead the technical management and transition of the MEP engineering through RIBA Stages 5 and 6. Our primary objective was converting theoretical engineering into practical, constructible data. We established rigorous digital procedures to substitute Stage 4 design placeholders with exact supplier-specified products, which simultaneously triggered a cascading need for high-level technical re-coordination.

To ensure the services were optimized for efficient on-site installation and long-term maintenance accessibility, we implemented an advanced fabrication workflow. We converted the mechanical ductwork, mechanical piping, and electrical containment from standard design elements into high-fidelity Revit fabrication parts. This shifted the model from an illustrative schematic to a highly accurate representation of physical assembly components. As the project progressed to RIBA Stage 6, we managed the data verification pipeline, capturing on-site variations from redline documentation to produce fully validated as-built models and drawings for the client’s long-term asset management strategy.

OVERCOME CHALLENGES

We were brought onto the project under high-pressure conditions: 60% of the critical BIM deliverable information was outstanding and severely behind schedule, threatening to stall on-site construction. Compounding this delay, late-stage supplier changes introduced a wave of spatial and technical design variations, rendering parts of the existing coordination obsolete and requiring immediate re-engineering.

To arrest the schedule slippage and regain structural velocity, we established a high-frequency governance framework. We instituted intensive weekly coordination and tracking meetings with the main contractor to methodically log, assess, and execute every supplier-driven change in real time. This programmatic alignment eliminated information bottlenecks, ensured changes were accurately mapped across all interconnected MEP disciplines, and successfully closed the 60% data deficit—ultimately driving the project to a successful, on-schedule handover.