Production Engineering Engineer - Associate

ExxonMobil; Kuala Lumpur; Sur place; MYR 90 000 - 120 000; Plein temps

Résumé du poste

ExxonMobil in Malaysia is seeking an Associate Production Engineer to optimize production and injection systems from reservoir to sales point. The role collaborates with operations and uses data, tools, and processes to maximize asset value, supporting local or remote asset operations and technology development.

The role emphasizes data-driven decision making, model development, and continuous improvement to remove constraints and improve efficiency across production systems.

Qualifications

• Experience in surveillance of production and injection systems with data validation.
• Ability to create and use models of production/injection systems to quantify potential.
• Understanding of continuous improvement and LEAN mindset to drive efficiency.

Responsabilités

• Conduct surveillance of production and injection systems with measured rates, pressures and temperatures, and develop optimized plans.
• Support operations in troubleshooting performance deficiencies and planning data collection.
• Create or utilize models to quantify system potential and identify opportunities.
• Apply economic analysis to evaluate optimization opportunities and prioritize by value.
• Identify and deliver technology solutions to meet business needs.
• Build external relationships with partners and vendors as required.
• Participate in cross-functional reviews of production and injection performance.

Connaissances

Production Well Testing & Well Rate

Artificial Lift Optimization

Production Data & Allocation

Production System Modeling

Description du poste

Job Group Capability

Subsurface, Subsea, Pipelines & Production Engineering

Job Group

Production Engineering

Job Role Description

The Associate Production Engineer is responsible for maximizing asset value through optimization of production and injection systems from reservoir to sales point. Working closely with operations and across functional boundaries, they utilize data, tools and work processes to optimize to constraints and to identify, evaluate and prioritize opportunities to remove constraints. This role may support asset operations (locally or remotely) or be part of a technology development team

Job Role Responsibilities

• Conduct surveillance of production and injection systems, including measured & allocated phase rates, pressures, temperatures, and volume loss, then collaborate with the cross-functional team to develop optimized production / injection plans ensure data is validated and adheres to applicable standards
• Support operations in troubleshooting performance deficiencies, managing non-routine operations (e.g. start-up, process upsets), implementing optimization opportunities, and planning / prioritization of data collection (e.g. well tests, sampling, field trials)
• Create, sustain and / or utilize models of typical production and injection systems or system components to help quantify system potential and identify optimization opportunities (models may be physics based or data driven)
• Apply fit for purpose economic analysis to evaluate routine optimization opportunities identified through surveillance and / or modeling and prioritize based on common value metrics
• Apply a continuouse improvement / LEAN mindset to proactively identify and support implementation of efficiency opportunities, including including but not limited to costs, operational practices and business processes
• Identify, select, develop and / or deliver technology solutions to meet business needs, leveraging industry practices and benchmarking to help prioritize solutions
• Build relationships externally with business & technology partners, COVs, vendors, and other third parties, as required by the position
• Participate in key cross-functional reviews of production & injection performance and network meetings

Functional Skills

Production Well Testing & Well Rate Measurement

Artificial Lift Optimization

Production Data & Allocation Management

Production System Modeling