• Provide technical leadership and oversight for instrumentation systems related to flowline projects.
• Develop and review instrument specifications, data sheets, and drawings (e.g., hook-up diagrams, loop diagrams, cable schedules).
• Support the design and integration of instrumentation with flowline control systems, flow assurance monitoring tools, and safety systems.
• Manage and interface with vendors for instrumentation packages (e.g., pressure transmitters, temperature sensors, flow meters, subsea instrumentation).
• Conduct technical bid evaluations and assist in procurement activities.
• Ensure compliance with industry standards (IEC, API, ISO), client specifications, and project requirements.
• Participate in HAZOPs, design reviews, and FATs (Factory Acceptance Tests).
• Provide technical support during construction, installation, commissioning, and start up phases.
• Interface with other disciplines such as mechanical, electrical, process, and control systems.
• Maintain and update instrument documentation and support MOC (Management of Change) processes.

• Bachelor’s degree in Instrumentation or relevant Engineering discipline.
• Proficient with instrumentation design tools and software (AutoCAD, AVEVA 3D).
• Professional certification (e.g., Chartered Engineer, ISA, or equivalent) is preferred.

Experience:

• Significant experience in instrumentation engineering, preferably in oil & gas or subsea environments.
• Previous experience with subsea flowlines, control systems, and instrumentation in harsh environments.
• Involvement in flowline projects, particularly in flowline delivery systems (e.g., tiebacks, risers, umbilicals).
• Previous experience working with major energy operators or EPC contractors.

Competence:

• Strong understanding of field instrumentation and measurement technologies.
• Knowledge of industry codes and standards (IEC 61508/61511, API 17F, NORSOK, ISO 13628, etc.).
• Excellent communication and interpersonal skills for stakeholder and vendor engagement.
• Ability to work independently and manage engineering deliverables within tight timelines with strong analytical and problem solving skills.
• Effective in multidisciplinary and multicultural project environments.
• Familiarity with project delivery models (EPC, EPCM) and stage gate processes.