About the Role
Baker Hughes is looking for an experienced RT Geomechanics Engineer to join our dynamic team in Nigeria. In this critical role, you will play a vital part in delivering cutting-edge subsurface and geomechanics solutions to clients across the Eastern Hemisphere. You will collaborate with top-tier multidisciplinary teams to optimize drilling operations, enhance wellbore stability, and ensure operational excellence for major oil and gas projects.
Key Responsibilities- Participate in comprehensive geomechanics operation support and subsurface studies for customers across the Eastern Hemisphere.
- Provide critical geomechanics operations support, including pre-drill and post-drill 1D and 3D geomechanical modeling.
- Perform real-time geomechanical analysis, pore pressure evaluation, and wellbore stability services.
- Contribute valuable feedback on technology performance, service quality, and operational challenges.
- Deliver high-quality technical presentations, lead customer meetings, and provide strategic commercial support.
- Identify technical problems proactively and develop effective solutions to mitigate or eliminate operational risks.
- Foster strong collaborative relationships with colleagues and clients across diverse cultures and business segments.
- Bachelor's degree in Petroleum Engineering, Geoscience, Earth Sciences, or a related discipline.
- Minimum of 5 years of proven professional experience in Geoscience and/or Real-Time Geomechanics.
- Strong knowledge of drilling operations, including wireline and LWD tools and measurements.
- Demonstrated ability to manage multiple projects, competing priorities, and strict deadlines.
- Exceptional interpersonal, leadership, and cross-cultural communication skills.
- Excellent oral and written communication skills in English.
- Competitive salary package with comprehensive health and medical insurance plans.
- Opportunities for continuous professional development, global training, and career advancement.
- Collaborative, inclusive, and technologically advanced work environment.