Main responsibilities
1.Site Investigations Management:

• Ownership for Site Investigation area
• Plan, Manage, Supervise (both in-situ and laboratory) site investigation campaigns and

  any related activities including arrangement of onboard representation; finally interpret geotechnical in-situ and laboratory testing data and coordinate interpretation of geophysical data with geoscientist/ coordinate geoscientists works

• Procure and manage site investigation contractors and third party studies, by drafting relevant scope of work and technical specifications, evaluation of suppliers and regular follow-up during the works

  2. Geotechnical Scope for Foundation Design

• Lead Ground Model contractor/ support geophysicists for development by providing geotechnical input to define layering a material parameters.
• Scope and review Geotechnical Interpretative Reports for Foundations Design.
• Manage the supply of geotechnical data to the Foundation Designer by ensuring that

  the most optimised data is used.

• Be able to develop own calculation files for design and installation checks of different

  foundation typologies, considering industry established soil structure interaction

  models.

• Assist on delivering preliminary estimations for foundation design by considering

  appropriate soil-structure interaction models. 3.Technical Support:

• Liaise and support other departments (consenting, procurement, HSEQ, project control etc).
• Assist the Transport & Installation team in assessing the installation techniques for the specific ground conditions such as leg penetration assessment, drive ability studies amongst other tasks.
• Assist on maintaining and keeping up to date geo databases.
• Ensure that lessons learned are properly documented and implemented.

  4.Reporting and Project Controls

• Control costs, deadlines, quality of site investigations and geo support contractors
• Report on progress, budget, schedule weekly/ monthly. Produce reports as required

Technical skills

• Experience with planning geotechnical campaigns, both in-situ and laboratory programs including advanced texting such as anisotropic compression and cyclic degradation.
• Strong analytical and numerical skills.
  Knowledgeable with programming languages (Matlab, Python, etc) is a plus.
• Experience with FEM and advanced constitutive soil models will be an advantage.
• Familiar with drieve ability analyses, SRD models and use of commercially available

  .software (GRLWEAP).

• Familiar with GIS environments is desirable although not essential.

  Academic Background

• Civil Engineer with post-graduate studies in Geotechnics or Soil Mechanics