RSK Land and Development Engineering (RSK LDE) is a specialist unit within the RSK group, a leading integrated environmental, engineering and technical services business providing dynamic, multidisciplinary services to a wide range of sectors. We provide civil and structural engineering, hydrology solutions and expert witness services to the property development, contracting, energy and public sectors.
Our services include pre- and post-planning support, such as flood risk assessment, hydrology reporting for drainage and flood management, drainage strategy, sustainable drainage systems solutions, road alignment, vehicle tracking, foundation appraisals and design, superstructure designs and earthworks.
With bases in Wigan, Coventry and Hemel Hempstead, we can mobilise a team to any location across the UK and beyond. As a company within the RSK group, we can draw on its deep reservoir of extensive and global resources. For example, by collaborating with RSK companies, we can shape a bespoke, end-to-end collection of cost-effective solutions, thereby saving a client money and time by sourcing all required services in-house.
Our team comprises civil and structural engineers and experienced hydrologists. Owing to decades of collective experience and thousands of hours of practical on-site work, we are familiar with and knowledgeable about clients’ key concerns. We can provide instructive and precise consultancy to landowners, investors, developers and other stakeholders. Our hydrology division assesses all aspects of flood risk, including basic flood risk assessments, watercourse modelling, flood map challenges, flood evacuation plans and environmental statement chapters.
The RSK group is a leading integrated environmental, engineering and technical services business offering bespoke end-to-end solutions to a variety of sectors. Headquartered in the UK but with an established presence throughout Europe, Africa, the Middle East, Asia and Australia, RSK helps organisations around the world achieve their business aspirations in a sustainable and efficient manner.