This role will use cutting-edge geophysical methods, high-performance computing, and modern quantitative interpretation techniques to help unlock subsurface understanding and support smarter, safer, and more confident decision-making
Job Summary
This role will use cutting-edge geophysical methods, high-performance computing, and modern quantitative interpretation techniques to help unlock subsurface understanding and support smarter, safer, and more confident decision-making.
The Imaging Technology team focuses on delivering advanced imaging, modelling, and subsurface uncertainty analysis to support exploration, development, and production activities worldwide.
BP provides an excellent working environment and employee benefits such as an open and inclusive culture, a great work-life balance, tremendous learning and development opportunities, life and health insurance, and a medical care package.
Matching Summary
This role will use cutting-edge geophysical methods, high-performance computing, and modern quantitative interpretation techniques to help unlock subsurface understanding and support smarter, safer, and more confident decision-making.
Skills & Requirements
Must-have
quantitative seismic analysis
seismic modeling and inversion
reservoir property prediction
Python, C++, MATLAB programming
Git code management
Nice-to-have
innovative digital solutions
machine learning and AI application
collaborative team environment
curious problem-solving mindset
Key Requirements
MSc or PhD in Geophysics or related field
Significant energy industry geophysics experience
Hands-on seismic analysis and inversion experience