• Model Development: Develop, parameterize, and validate thermodynamic, electrochemical, and corrosion models using our next-generation simulation technology.
• Project Leadership: Provide technical guidance and leadership for R&D portfolio projects, identifying opportunities and ensuring alignment with industry needs.
• Customization: Tailor and optimize models for industrial systems to enhance their predictive capabilities in key sectors such as oil and gas, metals and mining, power generation, and water treatment.
• Client Collaboration: Work closely with clients to ensure our modeling solutions meet their unique simulation needs and provide expert guidance on model application and interpretation.
• Multidisciplinary Collaboration: Collaborate with a team of physical property researchers, process system engineers, and software developers to drive innovation and solve complex problems.
• Research Partnership: Engage with universities and national laboratories on joint theoretical and experimental studies that tackle important societal issues, particularly in sustainability and asset integrity.

• PhD in Chemical Engineering, Physical Chemistry, Materials Science, Computational Electrochemistry, or a related field
• Postdoctoral or industrial experience is preferred.

• Strong scientific modeling expertise with emphasis on coding and computational methods.
• Background in corrosion phenomena, thermodynamic and transport modeling, reaction kinetics, and mechanistic model development.
• Proven research expertise in analysis of experimental data and model parameterization.
• Familiarity with conventional chemical processes across upstream and downstream oil & gas, chemical, or power generation sectors is a plus.
• Proven research expertise in phase/chemical equilibrium calculations with thermodynamic models is preferred.
• Experience in electrochemical or corrosion-related research and modeling is preferred.

• Skilled in numerical methods and scientific programming (C++, Python, MATLAB, Fortran).
• Expertise in regression analysis, data interpretation, model parameterization and optimization.
• Experience working with process simulation platforms (e.g.: OLI, Aspen Plus, HYSYS, Pro-II) is preferred. Familiarity with AI/ML-enhanced modeling approaches (e.g., PINNs, hybrid models) is a plus.

• An opportunity to be a part of a groundbreaking team that is redefining industrial chemistry and corrosion modeling.
• A collaborative and dynamic work environment where your contributions are valued and recognized.
• Competitive compensation package

Equal Opportunity Employer

OLI is an equal-opportunity employer. We celebrate diversity and are committed to creating an inclusive environment for all.

Applicants will be evaluated through a structured, rubric-based interview process to ensure consistency and fairness. OLI supports equitable career progression. Advancement decisions are guided by consistent evaluation criteria and regular performance conversations.