Geomechanics Specialist

Brunel is looking for Geomechanics Numerical Modeler with strong expertise in computational modeling, solid mechanics, and finite element methods. This role will support well planning and geomechanical projects in oil & gas applications and CO2 storage, with a focus on solving complex subsurface problems through numerical modeling.

Contract:

1 year to start

Location:

Spring, Texas

• Utilize numerical modeling tools and software to solve subsurface problems involving stresses, pore pressure, and deformations.
• Develop and implement innovative workflows, tools, and modeling approaches with minimal supervision.
• Integrate numerical results with experimental geomechanics or field observations to improve prediction and decision making.
• Collaborate across technical disciplines and global teams to deploy solutions into operational workflows.
• Deliver high quality technical reports and presentations to internal and external audiences.

You bring deep technical skills, creativity, and a passion for numerical problem solving. Strong foundation in geomechanics, finite element modeling, and rock constitutive behavior is essential.

Excellent communication, teamwork, and project management abilities are expected. Work effectively with a diverse, multicultural, geographically distributed teams.

• 5-15 years of experience in application of geomechanical modeling for subsurface applications in oil and gas
• MS or PhD in Mechanical Engineering, Civil Engineering, Petroleum Engineering, Geophysics, Geology or related field.
• Expertise in computational modeling of deformation, stresses, and coupled systems (solid-thermal or poro-mechanics).
• Experience in developing or applying mathematical/numerical models to solid and multi physics problems.
• Experience with subsurface geomechanics applications (e.g., reservoir compaction, fault reactivation, casing/completion deformation, stress prediction for well planning, hydraulic fracturing).

• Experience with modeling tools (e.g., ABAQUS, VISAGE, ANSYS, Reveal, VISAGE, Elfen, Petrel) and high-performance computing environments.
• Ability to develop or modify code in MATLAB, Python, or other programming languages.
• Industry experience in geomechanical modeling is highly desirable.