Geomechanics Numerical Modeler

Location:

Spring, TX

Schedule:

5/40

Type: W2 Contract (12 months, potential extension)

Benefits:
Dental, Health, Vision & 401(k)

* This position does not offer relocation assistance

We are seeking an experienced Geomechanics Numerical Modeler / Geomechanics Specialist to support subsurface projects across conventional oil & gas and emerging carbon storage applications. This is a highly specialized technical role focused on solving complex geomechanical challenges through advanced numerical modeling and rock mechanics analysis. This position is ideal for candidates with a strong background in geomechanics, rock mechanics, computational modeling, and finite element analysis who are passionate about applying numerical techniques to real-world subsurface challenges.

• Develop and apply advanced geomechanical numerical models to evaluate subsurface stress, pore pressure, deformation, and rock behavior.
• Analyze and predict geomechanical responses related to:
  Well planning and drilling operations, Reservoir compaction and subsidence, Fault reactivation, Casing and completion deformation, Hydraulic fracturing, Carbon capture and storage (CCS) projects.
• Utilize finite element and multi-physics modeling approaches to solve complex solid mechanics and poro-mechanics problems.
• Integrate modeling results with laboratory data, field observations, and operational information to improve predictions and decision-making.
• Develop innovative workflows, methodologies, and modeling solutions with a high degree of technical independence.
• Prepare and deliver technical reports, presentations, and recommendations to multidisciplinary stakeholders.
• Collaborate closely with engineers, geoscientists, and project teams across global operations.

• Bachelor's degree in:
  Mechanical Engineering, Civil Engineering, Petroleum Engineering, Geophysics, Geology, or a related technical discipline.
• Master's degree or PhD strongly preferred.
• 5–15 years of experience applying geomechanical modeling to subsurface oil & gas or energy-related projects.
• Strong understanding of:
  Geomechanics, Rock mechanics, Stress analysis, Numerical modeling, Finite element methods.
• Experience modeling rock deformation, stress behavior, pore pressure interactions, and coupled mechanical systems.
• Ability to work independently while managing multiple technical projects.

• Experience with one or more of the following software packages: ABAQUS, VISAGE, ANSYS, Reveal, Elfen, Petrel.
• Additional experience in any of the following areas is considered a plus:
  High-performance computing environments, MATLAB, Python, Scientific programming and workflow automation, Carbon capture and storage (CCS) applications, Multi-physics modeling.