Thermodynamics Software Developer (20063)

Skills & Requirements

• Master’s or PhD in Chemical Engineering, Chemistry, Applied Mathematics, or a related field with a strong focus on thermodynamics is preferred. Relevant industrial or research experience is highly valued.
• Solid experience developing or contributing to scientific software involving fluid modeling, phase equilibrium calculations, equations of state, activity coefficient models, property estimation, electrolyte systems, or characterization methods.
• Experience with electrolyte thermodynamics and/or distillation algorithms is a strong plus.
• Strong demonstrated experience automating complex numerical, thermodynamic, and software development workflows at scale — for example, building tools/scripts/pipelines for property package calculations, phase equilibrium workflows, automated testing & validation, batch processing of characterization or electrolyte models, or streamlining customer-facing simulation workflows.
• Strong background in applied numerical methods for thermodynamic calculations.
• Proficiency in C++ and/or Python for scientific or engineering software development is highly desirable.
• Ability to work across the full product lifecycle: design, implementation, testing, validation, and documentation.
• Flexibility to adapt to different programming languages, technologies, and modeling approaches.
• Ability to work independently as well as collaboratively in a team environment.
• Background in data science or machine learning is a plus but not required.
• Experience using or developing commercial process simulation software is advantageous.
• If you are passionate about building the thermodynamic engine that underpins accurate process simulation and want your work to support the energy transition, we would like to hear from you.