What you will do
- Apply expertise in fluid mechanics and transport phenomena to support the design and modifications of reactors with applications across ExxonMobil Business Divisions; Upstream Company, Product Solutions Company, and Low Carbon Solutions.
- Serve as a key member of a cross-discipline, geographically dispersed team to tackle time sensitive fluid dynamics problems at ExxonMobil manufacturing sites. Analyze, interpret, present, and document CFD model results.
- Serve as a team player to support CFD to research and process engineering community.
- Demonstrate strong background in physics based modeling, particularly in the areas of fluid dynamics and transport phenomena, and a broad interest applying these skills to process development.
- Many problems rely on strong base in chemical engineering unit operations - with a suitable academic/experience background, that can be developed through assignments on projects.
About You
Skills and Qualifications
- Relevant Master s or PhD in Chemical Engineering, Mechanical Engineering, or related discipline with minimum GPA 8 and above
- Candidates should have minimum 5 years of experience into models of fluid mechanics and transport, in areas such as multiphase modeling, and reactive flow modeling.
- Demonstrated experience with:
- Applying models of fluid mechanics and transport, in areas such as multiphase modeling, and reactive flow modeling.
- Computational languages: Transport modeling on platforms such as Ansys Fluent or OpenFOAM, MatLab, Python, C/C++
- High performance computing
- Strong ability and interest to solve real-world problems under time constraints as a member of a global team
- Driven and self-motivated
- Strong written and oral communication skills
- Flexibility for international travel (rare)
Preferred Qualifications / Experience
- Sound understanding of typical refinery and chemical operation units
- Solid understanding and efficient execution of Custom Models (Fluent UDFs, OpenFOAM)
- Ability to leverage alternative modeling methodologies as needed for work effectiveness
