Chief Geotechnical Engineer

A leading engineering consultancy is looking for an exceptional Chief Geotechnical Engineer (Dams & Reservoirs) to join their team at one of their offices across the UK.

This is a high-profile leadership role for a recognised industry expert, acting as the organisation’s technical authority for dam and reservoir engineering across a diverse portfolio of nationally significant and internationally complex projects.

Visa sponsorship is available for this role.

Responsibilities for Chief Geotechnical Engineer:

• Act as technical authority for dam and reservoir geotechnical engineering across the business
• Provide expert oversight and technical assurance for major dam safety, rehabilitation, and new-build projects
• Lead development and implementation of technical standards, guidance, and engineering best practice
• Act as Independent Technical Reviewer and Approver for complex geotechnical and dam engineering solutions
• Develop and implement the long-term strategy for the dams and reservoirs practice
• Drive business growth across water utilities, hydropower, flood risk management, and critical infrastructure sectors
• Lead strategic client relationships with water companies, government agencies, and asset owners
• Mentor Principal Engineers, Associates, and future technical leaders
• Champion innovation, digital engineering, and advanced analytical techniques

Essential Requirements for Chief Geotechnical Engineer:

• Degree in Civil Engineering, Geotechnical Engineering, or related discipline
• Chartered Engineer (CEng) with a recognised professional institution
• Extensive experience in geotechnical and dam engineering at a senior leadership level
• Recognised technical authority with an established industry reputation
• Proven track record in business development and growing technical teams
• Strong knowledge of embankment dam design, seepage analysis, internal erosion, stability assessment, and dam safety management
• Proficiency in GeoStudio Suite, PLAXIS 2D/3D, Rocscience Suite, and hydraulic modelling platforms

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