Artificial Lift Engineer Sr - Delaware Basin

Specific Responsibilities

A Production Engineer Sr – Artificial Lift is a member of the production engineering team that should expect to spend 3-4 days in the field each week. This role reports to the asset production engineering manager. They work closely with cross-functional teams to optimize production, reduce costs, and implement artificial lift strategies. Duties will include analyzing production data, identifying areas for improvement, implementing process enhancements, troubleshooting equipment issues, and collaborating closely with Production Operations. They also provide technical support and guidance to junior engineers and production staff. Strong technical knowledge, communication, problem-solving skills, and the ability to work in a fast-paced, deadline-driven environment are essential for success in this role. 

 

• Partner with Production Operations, Reservoir Engineering, and Facilities Engineering to deliver safe, reliable, and cost-efficient repairs and proactive optimization projects.
• Provide technical support for artificial lift systems (PAGL, gas lift, ESPs, and rod pumps), including selection, installation, and ongoing optimization.
• Spend significant time in the field, up to 50% of work week, working directly at the wellhead with operations personnel and vendors to ensure safe and efficient execution.
• Drive artificial lift optimization by implementing best practices, improving equipment reliability, and reducing operating costs.
• Develop and deliver training programs for field staff to enhance artificial lift uptime and operational knowledge.
• Design and implement solutions to mitigate integrity issues, balancing risk, cost, and long-term reliability.
• Identify, design, and evaluate cost-reduction, debottlenecking, and reliability projects that enhance asset performance.
• Collaborate with vendors to improve artificial lift design, enhance service quality, and ensure adoption of industry best practices in field operations.
• Conduct basic economic assessments, support cost management efforts, and contribute to well and lease-level financial reviews to ensure economic viability.
• Lead and document root cause analyses for artificial lift failures, and develop mitigation plans to prevent recurrence. 
• Partner with Production Operations, Reservoir Engineering, and Facilities Engineering to deliver safe, reliable, and cost-efficient repairs and proactive optimization projects.
• Provide technical support for artificial lift systems (PAGL, gas lift, ESPs, and rod pumps), including selection, installation, and ongoing optimization.
• Spend significant time in the field, up to 50% of work week, working directly at the wellhead with operations personnel and vendors to ensure safe and efficient execution.
• Drive artificial lift optimization by implementing best practices, improving equipment reliability, and reducing operating costs.
• Develop and deliver training programs for field staff to enhance artificial lift uptime and operational knowledge.
• Design and implement solutions to mitigate integrity issues, balancing risk, cost, and long-term reliability.
• Identify, design, and evaluate cost-reduction, debottlenecking, and reliability projects that enhance asset performance.
• Collaborate with vendors to improve artificial lift design, enhance service quality, and ensure adoption of industry best practices in field operations.
• Conduct basic economic assessments, support cost management efforts, and contribute to well and lease-level financial reviews to ensure economic viability.
• Lead and document root cause analyses for artificial lift failures, and develop mitigation plans to prevent recurrence.
• Work closely with asset teams to deliver production and P&L objectives, including regular updates and KPI tracking.

Skills

• Act as the primary liaison between Production Engineering, Houston technical teams, and Permian Production Operations, ensuring clear two-way communication. Provide field-based insights and feedback to educate Houston engineers on operational challenges, while also translating technical guidance into practical application for field teams.
• Identify and progress production uplift opportunities such as artificial lift optimizations, recompletions, stimulations, water shut-offs, and well cleanouts.
• Provide production engineering support to development projects, including nodal analysis, infrastructure planning, and field development design.
• Leverage automation technologies and drive (deployment of) digital transformation (e.g., Edge devices, SCADA, and custom scripting) to integrate artificial lift and facilities operations, improve equipment reliability, reduce downtime, and enable data-driven optimization across multiple lift typ