Inadequate control networks, poorly maintained registers and the absence of independent verification are the most common causes of setting out failures on UK civils and infrastructure projects — and their commercial consequences run well beyond the direct cost of the error. This guide explains what goes wrong and what precision setting out on a well-run programme looks like.

Accurate volume calculations, drainage design from real terrain data, and an objective programme record — this guide makes the commercial case for drone survey on UK earthworks and infrastructure projects, with a focus on what it means for QSs and PMs.

A retained site engineering arrangement means one engineer, one control network, and one setting out register for the full duration of your programme — removing the coordination gaps and record inconsistencies that lead to costly setting out disputes. This guide explains what a long-term package covers and the commercial case for continuity.

A drone survey captures a complete aerial dataset over a site — topographic models, volume calculations, and orthophotos — faster and more safely than ground-based methods alone. This guide explains how it works, when it makes sense, and what the deliverables look like on a UK construction project.

Today, we delve into a critical aspect of project success – effectively managing subcontractors. If you've faced challenges in this area, you're not alone. As a site engineering company, we recognise the importance of seamless collaboration. In this post, we'll explore strategies to optimise subcontractor management, incorporating key insights for site engineers to enhance project efficiency

It all begins with an idea.In the realm of civil engineering, Piles are essential for transferring the loads from buildings and other structures down to a competent bearing stratum where the load can be safely accommodated, with a reliable factor of safety.