Computational Geoscientist

Idaho National Laboratory-posted about 1 year ago

$109,260 - $223,908/Yr

Full-time • Mid Level

Idaho Falls, ID

1,001-5,000 employees

Professional, Scientific, and Technical Services

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The Computational Geoscientist position at Idaho National Laboratory involves working within the Geothermal Energy and Subsurface Systems group to develop and enhance predictive capabilities for subsurface energy and environmental applications. The role requires collaboration with interdisciplinary teams, utilizing advanced multi-physics analysis tools, and contributing to research proposals and publications. The position offers a hybrid work schedule and requires relocation to Idaho Falls, Idaho.

Develop, support, maintain, and document advanced multi-physics analysis tools for specific technical subject areas.
Implement models, methods, and verification/validation strategies for these tools.
Perform computational studies to support assigned technical area's goals.
Perform data collection, analysis, and assimilation.
Participate in, and potentially lead, the design, planning, and execution of modeling- and simulation-related research and development projects.
Represent the interests of INL through partnerships and connections with the U.S. Department of Energy (DOE), other U.S. national laboratories, industry, technology end-users, and academia.
Develop technical reports, peer-reviewed publications, proposals, and presentations for internal and external customers.
Identify and develop new program opportunities.
Establish and maintain up-to-date knowledge in main technical areas.
May lead computational multi-physics methods and code development software teams.
Participate in professional activities, university interactions, special assignments, and external special interest groups.
Mentor interns and other staff members.
Other responsibilities as assigned.

Ph.D. in geosystems/petroleum/civil engineering or related field with 2+ years relevant experience (Level 3) or 4+ years relevant experience (Level 4).
Strong background in theoretical and computational geomechanics.
Domain knowledge in subsurface engineering (geothermal, oil and gas, carbon capture/sequestration).
Strong coding experience with C++, Python, and GPU acceleration.
English written and verbal communication skills, evidenced by peer-reviewed publications and conference presentations.

Understanding of subsurface physics including fluid flow, multi-phase flow, heat transfer, and geochemical.
Experience using INL's Multiphysics Object-Oriented Simulation Environment (MOOSE) framework.
Experience performing thermo-hydro-mechanical coupled simulations.
Familiarity with the effects of geochemistry on thermo-hydro-mechanical properties of geologic systems.
A background in poromechanics, fracture mechanics, or numerical methods related to modeling fractures.
Strong publication record in high impact journals.
Understanding of funding mechanisms across relevant DOE offices (GTO, FECM, ARPA-E).

Medical, Dental, Vision, and Flexible Spending Accounts
401(k) with a 4.2% employer contribution and up to 4.8% match
Paid time off (personal leave)
Employee Education Program (tuition assistance)
Comprehensive Relocation Package

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