PRE-ACQUISITION AND TENDER ADVICE
Our advice is always well thought through and we are well regarded within the industry for our ability to identify risks for our clients.
Robert West is a vibrant consultancy comprising Civil and Structural Engineers and Transport Planners based in London Bridge and Worcester. Since founding in 1977, we have been delivering projects for our clients across the UK.
We are a diverse team of specialist consultants. Together, we offer our clients a broad range of services and practical technical solutions. Our professional and commercially focused engagement with those we work with always promises to add value, and we take pride in delivering long-standing benefits after each project is successfully completed.
TRANSPORT PLANNING
From the earliest stages of the process, Robert West provides strategic transport advice leading to the provision of a Transport Assessment and Travel Plan in support of a planning application.
LEAD DESIGNER
Robert West offers lead design consultation, utilising the skills of our in-house delivery teams and via long term relationships with strategic partners.
RAIL ENGINEERING
Robert West’s team of Rail Engineers design, construct, maintain and enhance the physical environment by applying the latest innovations available in the industry.
STRUCTURAL ENGINEERING
Robert West has a proven track record in structural engineering that includes high rise and low rise structures, and temporary works.
INFRASTRUCTURE ENGINEERING
Robert West has been delivering highways and infrastructure design for over 30 years.
MARINE ENGINEERING
The origins of Robert West lie in marine engineering and this continues to form part of our core services.
Chartership success
We are incredibly proud to announce that Adam Southwick has achieved Chartered status with the Institution of Civil Engineering.
Testing of floating culvert for Thames Tideway Tunnel project at Blackfriars
Recently members of the Robert West team travelled to Santander, Spain to see the progress of the small scale testing to simulate the float-out operation of a 1 in 25 model of the concrete culvert weighing around 250 kg.