Principal/ Senior Geotechnical Engineer
Reference: CL.08.04.007
Salary: Negotiable depending on experience plus excellent benefits
Location: Yorkshire and Humberside
Job Description
Our client is a successful international consultancy advising governments, local authorities, SMEs and multi-national corporations on their impact on the environment; on town planning; urban design; architecture; civil and structural engineering; energy resources; public utilities and risk management.
Our client has recently been named ‘International Consultancy of the Year’ by the Association of Consulting Engineers and NCE Magazine and is currently shortlisted for the ‘Major UK Firm’ award this year.
Our client has offices located around the UK, Ireland, the Netherlands, USA, Canada, Australia and Malaysia.
Due to significant and ongoing growth of the Leeds office our client urgently requires an energetic, ambitious, client-facing principal geo-environmental engineer.
Working with the Technical Director, this senior role is crucial in providing technical and management support to the geo-environmental team across a wide range of projects within:
• The waste
• Contaminated land
• Brownfield regeneration sectors for a varied portfolio of clients and projects in Yorkshire and the North.
Our client is committed to creating an employment environment that attracts, retains and motivates employees of the highest calibre. It is a proactive and dynamic environment, which promotes professional development and facilitates this along the way with an attractive salary and benefits.
The successful candidate is likely:
• To have a strong consultancy background with a proven track record in the successful delivery of projects, and a strong bias in the provision of solutions to Brownfield problems.
• To have a multi-skilled approach which is needed
• To have good interpersonal skills
• to be competent in a range of disciplines including but not necessarily limited to contaminated land, geotechnical engineering, geo-environmental engineering, remediation and Brownfield regeneration.
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