LNG Operations Process Engineer

Job Summary & ResponsibilitiesPrimary Purpose
Owns process performance for a line, cell, or technology module and directs high‑impact changes that improve stability, capacity, and cost. Integrates new products and equipment into production through structured validation and knowledge transfer.
Duties and Responsibilities

• Leads scale‑up and validation for new or modified processes and ensures complete, auditable evidence of readiness.
• Specifies and justifies equipment or control upgrades; supervises installation, commissioning, and acceptance testing.
• Establishes monitoring plans and key indicators that trigger corrective actions and continuous improvement.
• Directs complex troubleshooting and implements sustainable fixes that balance safety, quality, cost, and delivery.
• Drives layout optimization, material flow, and changeover reduction to increase throughput and flexibility.
• Ensures changes meet regulatory and environmental requirements and that documentation and training are current.
• Leads cross‑functional reviews and communicates decisions, risks, and mitigations to leadership.
• Coaches peers in structured methods (risk assessment, designed experiments, simulation) and review discipline.
• Performs other duties as assigned.

Preferred QualificationsRequired Qualifications
Education

• Typically requires a 4 year degree in a relevant field, or equivalent combination of relevant education and experience.

Experience

• Typically requires 8 years of related experience.

Knowledge, Skills and Abilities

• Process Engineering - The design, optimization, analysis, and improvement of industrial processes to efficiently produce goods and services. It involves the application of scientific and engineering principles to create and manage systematic workflows, ensuring that raw materials are transformed into desired products while minimizing waste and maximizing resource utilization.
• Process Optimization - Establish systems to discover critical processes and maximize these processes to achieve maximum efficiency in accordance with organization procedures.
• Process Design - Developing effective business processes and workflows that are effective, scalable, and easy to replicate.
• Troubleshooting - The systematic process of diagnosing and resolving hardware, software, or network issues to restore normal operation.
• Root Cause Analysis - The process of discovering the root causes of problems in order to identify appropriate solutions.
• Process Performance Monitoring - Monitoring and analyzing key performance indicators to assess the efficiency, effectiveness, and reliability of a process or system.
• Process Simulation & Modeling - Using computer-based models and simulations to analyze and optimize process operations, predict performance under different conditions, and evaluate the impact of potential changes or improvements to the process.
• Specifications Development - Understanding the context, stakeholders and requirements of a project, and developing measurable criteria by which projects can be evaluated.
• Continuous Improvement - An ongoing effort to improve processes, systems, and practices by regularly assessing performance and implementing incremental changes.
• Process Safety Management - Managing the safety of processes and operations that involve hazardous substances proactively through implementing preventive measures, conducting risk assessments, establishing safety procedures, providing training to personnel, and continuously monitoring and improving process safety performance.