Job Description
Join PetroTech Dynamics, a global leader in upstream oil & gas innovation, as we revolutionize reservoir management through cutting-edge digital solutions. We seek a visionary Senior Reservoir Engineer to spearhead complex field development projects across unconventional plays. This pivotal role combines deep technical expertise with strategic leadership to optimize production, enhance recovery techniques, and drive sustainable energy solutions in our dynamic market.
Our engineers operate at the intersection of traditional petroleum engineering and emerging technologies like AI-driven reservoir modeling and IoT-enabled surveillance systems. You'll collaborate with multidisciplinary teams to transform geological data into actionable strategies that maximize asset value while prioritizing environmental stewardship.
Responsibilities
- Design and implement advanced reservoir simulation models for unconventional assets using industry-standard tools (Petrel, Eclipse, Nexus)
- Lead production optimization projects through data-driven analysis of well performance and reservoir behavior
- Develop enhanced oil recovery (EOR) strategies incorporating chemical, gas, and thermal methods
- Mentor junior engineers and foster cross-functional collaboration with geoscience and drilling teams
- Prepare technical documentation including reservoir management plans and regulatory compliance reports
- Stay current with emerging technologies in digital oilfields and carbon capture integration
Qualifications
- Bachelor's degree in Petroleum Engineering or related field (MS/PhD preferred)
- 10+ years of reservoir engineering experience in unconventional plays (shale, tight sands)
- Expert proficiency in reservoir simulation software and production data analytics
- Professional Engineer (PE) license required
- Demonstrated success in leading field development projects from concept to execution
- Strong background in EOR techniques and reservoir characterization methodologies
- Experience with regulatory compliance (FERC, BSEE) and environmental impact assessments