Subsea production system engineer designs, installs, and maintains offshore equipment like wellheads, manifolds and flowlines for oil and gas production. They ensure systems are safe, functional, and cost-effective by creating and reviewing project documentation, managing contractors, and supporting offshore installation and operations. This role requires a strong understanding of subsea architecture, technical coordination, and project management, often with a degree in petroleum or a related engineering field.

• Design and engineering: Develop and review the design of subsea production systems, including subsea trees, manifolds, and flowlines;
• Project management: Oversee project activities, lead engineering efforts, and ensure projects are completed safely, on schedule, and within budget;
• Technical support: Provide technical and engineering guidance to offshore teams and support activities at contractor sites for new and refurbished equipment;
• Safety and compliance: Ensure all work plans and designs comply with safety standards, regulatory requirements, and industry codes;
• Contractor management: Interface with and manage contractors and suppliers to ensure the successful delivery of projects;
• System integration: Ensure the mechanical and functional compatibility of all parts of the subsea system and contribute to system-level documentation like PFDs, schematics, and field layouts.

Relevant candidates must send their updated CV’s to the e-mail address in the Apply for job button.

• Education: A bachelor’s degree in petroleum engineering or a related (Mechanical/Ocean/Marine Eng.) engineering discipline is required;
• Experience: Professional experience in the subsea field is essential 
• Work experience (years): Minimum 8 years;
• Fluent in Azerbaijani and English;
• Technical knowledge: Must possess a strong background in subsea engineering and architecture, including knowledge of system components and functions;
• Project lifecycle experience: Experience in various project phases, including feasibility, FEED (Front-End Engineering Design), and detailed design;
• Communication: The ability to communicate effectively with project managers, contractors, and multidisciplinary teams is crucial;
• Knowledge of Standards (DNV, API, ISO);
• Software Proficiency (PIPESIM, OLGA, Caesar II, Orcaflex);
• Relevant Project Experience (SURF, Tiebacks, Deepwater).