Reservoir Engineer

Roles and responsibilities

• Identification, planning and close follow-up the reservoir surveillance plans.
• Identification and follow-up of reservoir management activities to maximize production, voidage replacement improvement, and reduce the production decline rates
• Perform simulation and special studies related to well performance improvement initiatives
• Propose and mature digitalization effort in RMO to improve reservoir management practices and/or efficiency of the team
• Use of IX and 4D Seismic to identify optimum zonal shifting and injection to increase sweep efficiency
• Use of segmented well modelling (IX) both in Full Field and Single Well Models to optimize and design re-drill wells
• Perform simulation and models history match and share learnings with Development and Growth teams
• Opportunities identification and maturation to FID (RD Workovers, Tubing Change-outs, Integrity WO, Stimulation...) for production and injection improvements in collaboration with Field Operations, Drilling & Wells, and New Well Delivery Teams
• Timely generation of monthly unconstrained profiles for short term production forecast (Rolling Forecast)
• Perform new wells and work-overs post-mortem synthesis in collaboration with New Well Delivery, and Reservoir Development & Growth Teams
• Perform detailed Wells & Well Patterns reviews, and identify remedial actions
• WAG cycles optimization, execution, and follow-up
• Support the Integrated Reservoir Management team within RMO unit on the cross reservoirs’ activities and studies
• Support Well Performance Teams for day-to-day and short-term production / injection optimization

• 1. Reservoir Characterization

• Data Analysis: Analyze geological and petrophysical data to understand reservoir properties, including porosity, permeability, and fluid characteristics.
• Modeling: Create reservoir models using simulation software to predict reservoir behavior under various production scenarios.

• 2. Production Optimization

• Performance Monitoring: Monitor reservoir performance and production rates to identify opportunities for optimization.
• Enhanced Recovery Techniques: Develop and implement enhanced oil recovery (EOR) methods, such as water flooding or gas injection, to maximize extraction.

• 3. Reservoir Management

• Development Planning: Design and recommend development plans that optimize resource recovery and minimize costs.
• Forecasting: Prepare production forecasts and reserve estimates based on reservoir performance and operational strategies.

• 4. Economic Evaluation

• Cost Analysis: Evaluate the economic feasibility of development projects, considering capital and operational costs.
• Investment Recommendations: Provide recommendations for investments in new technologies or infrastructure to enhance production.

Desired candidate profile

When outlining a desired candidate profile for a Reservoir Engineer, several key qualifications, skills, and experiences are typically considered. Here’s a comprehensive profile:

### Education
- **Degree**: Bachelor’s degree in Petroleum Engineering, Reservoir Engineering, Geology, or a related field. A Master's degree or Ph.D. is preferred for advanced positions.

### Experience
- **Professional Experience**: 3-10 years of experience in reservoir engineering or related roles in the oil and gas industry.
- **Field Experience**: Hands-on experience in reservoir characterization, well testing, and production optimization.

### Technical Skills
- **Reservoir Simulation Software**: Proficiency in software such as Eclipse, CMG, or Petrel for reservoir modeling and simulation.
- **Data Analysis Tools**: Familiarity with data analysis tools and programming languages (e.g., Python, MATLAB) for modeling and analysis.
- **Petrophysical Analysis**: Strong understanding of petrophysical properties and their impact on reservoir performance.

### Knowledge
- **Hydrocarbon Recovery Methods**: In-depth knowledge of primary, secondary, and enhanced oil recovery techniques.
- **Geological Understanding**: Solid grasp of geological principles related to reservoirs, including stratigraphy and structural geology.
- **Regulatory Compliance**: Familiarity with environmental regulations and safety standards applicable to the oil and gas industry.

### Soft Skills
- **Problem-Solving**: Strong analytical and problem-solving skills to address complex engineering challenges.
- **Communication**: Excellent verbal and written communication skills for effective interaction with multidisciplinary teams and stakeholders.
- **Teamwork**: Ability to work collaboratively in a team-oriented environment.

### Personal Attributes
- **Attention to Detail**: Keen attention to detail in data analysis and reporting.
- **Adaptability**: Willingness to adapt to new technologies, methodologies, and changing project requirements.
- **Continuous Learning**: Commitment to ongoing professional development and staying updated on industry trends and advancements.

### Certifications (Preferred)
- **Professional Engineer (PE)**: Licensure as a Professional Engineer in relevant jurisdictions is advantageous.
- **Society of Petroleum Engineers (SPE) Membership**: Active membership in relevant professional organizations.

### Additional Qualifications
- **Project Management Skills**: Experience in project management and the ability to lead initiatives effectively.
- **International Experience**: Experience working in different geographical regions or with international projects can be beneficial.

This desired candidate profile helps ensure that the individual selected for the role possesses the technical expertise, experience, and soft skills necessary to succeed as a Reservoir Engineer in a dynamic and challenging environment.