Key Responsibilities

Develop, enhance, and maintain components of scientific simulation software written in C++.

Contribute to computational and numerical workflows that support large-scale reservoir and fracturing simulation analysis.

Understand and work effectively with existing legacy codebases, reading, debugging, refactoring and modernizing when needed.

Implement, test and calibrate subsurface models with efficient algorithms for scientific computation, ensuring numerical accuracy and performance.

Collaborate closely with domain experts, senior developers, and scientists to deliver reliable, production-quality features.

Participate in code reviews, testing, and documentation to uphold high engineering standards.

Approach challenges with curiosity and initiative, adapting quickly to new tools, concepts, and problem domains.

Note: This description reflects the general nature of the role. It’s not a complete list...