Halliburton Energy Services·Rivers, nigeria·Full Time·Onsite
EngineeringFull TimeOnsite
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Job Duties
Act as the primary technical point of contact between the local Halliburton team, the client, and Optime HQ in Norway;
Capture local operational and customer requirements and translate them into clear technical inputs for the Optime engineering team;
Ensure correct integration of information into the V-model development process, from early requirements through design reviews;
Provide ongoing technical support to the local team throughout the project lifecycle;
Ensure smooth flow of technical information between HQ and the local team, preventing gaps or misalignment;
Participate in technical reviews, design review meetings, and customer discussions as the local technical representative;
Maintain accurate records of technical exchanges, decisions, and open items across all interfaces;
Support eFAT, SIT, and commissioning activities with technical input and documentation;
In the initial project phase, act as Project Manager, coordinating activities, tracking milestones, and ensuring stakeholder alignment until dedicated PM capacity is in place.
Qualifications
Engineering diploma in Mechanical, Electronics, Electrical, or Control & Automation;
Minimum of 5 years of relevant experience in subsea operations or subsea engineering;
Experience in well completion, RLWI (Riserless Light Well Intervention), and downhole operations is an advantage;
Familiarity with subsea control systems and their operational and technical requirements;
Ability to read and interpret engineering documentation, including hydraulic and electrical schematics;
Project management capability, including coordination of activities, timelines, and stakeholders;
Strong ability to act as a technical bridge between commercial, operational, and engineering teams;
Excellent communication skills, with the ability to translate technical content for both technical and non-technical audiences;
Structured, detail-oriented, and capable of managing multiple technical interfaces simultaneously;