RESA III – Advanced EOR Formulation and Interface Physics in Nanoporous Rocks (Shale)

Join Utaustin as a RESA III Advanced EOR Formulation and Interface Physics researcher at PICKLE RESEARCH CAMPUS. This full-time position offers the opportunity to drive innovation in enhanced oil recovery through hands-on research into formulation chemistry and interfacial physics in nanoporous shale systems.

About the Role

The RESA III program explores cutting-edge enhanced oil recovery techniques focused on the unique challenges of nanoporous shale formations. In this role, you'll contribute to fundamental and applied research that advances our understanding of how chemical formulations and interfacial phenomena interact within complex rock matrices. Your work will combine experimental design, laboratory analysis, and technical problem-solving to uncover insights that support improved recovery methods in challenging subsurface environments.

What You'll Do

• Design and execute laboratory experiments examining EOR formulation behavior in nanoporous rock samples and shale systems
• Analyze interfacial physics, wettability, surface tension, and molecular interactions under reservoir-relevant conditions
• Collect, interpret, and model experimental data using analytical tools and computational methods
• Collaborate with cross-functional research teams on project planning, execution, and technical documentation
• Prepare technical reports, peer-reviewed publications, and presentations for internal and external stakeholders
• Maintain detailed laboratory records and ensure compliance with research protocols and safety standards

What You Bring

• Bachelor's degree in petroleum engineering, chemical engineering, chemistry, physics, or closely related field
• Strong foundation in experimental design, laboratory techniques, and quantitative data analysis
• Demonstrated ability to work independently and collaboratively in a research environment
• Excellent technical writing and communication skills
• Proficiency with analytical instrumentation, data analysis software, or computational modeling (preferred)
• Genuine curiosity about subsurface phenomena and commitment to advancing energy research

About Utaustin

The University of Texas at Austin is a leading research institution renowned for innovation across engineering, energy, and the geosciences. PICKLE RESEARCH CAMPUS provides world-class laboratory facilities and a collaborative environment for researchers tackling complex challenges in enhanced oil recovery, reservoir characterization, and advanced materials. Join a team of experts dedicated to breakthrough discoveries that shape the future of energy exploration and production.

Applying for This Role

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