Adapt and enhance existing subsurface CFD models for geothermal well applications.
Simulate pressure and temperature fields and capture the coupled physics of downhole heat exchangers.
Apply open-source numerical frameworks such as PETSc or OpenGeoSys for solver development and refinement.
Provide concise deliverables and progress updates within ~10 hours/month of consulting time.
Collaborate with the technical team to align modeling assumptions with engineering requirements.
Requirements
Current PhD student or postdoctoral researcher in mechanical engineering, chemical engineering, geoscience, applied mathematics, or a related discipline.
Demonstrated experience in computational fluid dynamics with applications to subsurface, reservoir, or geothermal systems.
Proficiency in numerical methods and open-source computational libraries (e.g., PETSc, OpenGeoSys).
Familiarity with coupled thermal–fluid physics and porous media modeling.
Ability to work independently with limited time while producing academically rigorous results.
Ability to work without conflict to other obligations, employment and contracts