Head of Electrical Engineering

Internal: Regular interface and collaboration with Process, I&CS, Telecom, Mechanical, Machinery, Civil/Structural, Loss Prevention Heads. Interactions with Interface, Operations representatives, and Project Engineers within the Onshore Projects organisation. Frequent contact with Construction, Quality, Operations, SHEQ, and Engineering departments as required.

External: Periodic/As-required interaction and communication with representatives. Regular contact with FEED Contractor, Vendors, sub-contractors, and specialist consultants. Occasional engagement with shareholder representatives.

Ensure all technical activities associated with the electrical engineering discipline by the FEED contractor, and all third parties such as vendors, consultants, sub-contractors, etc., are executed to the Project’s specifications and requirements with respect to electrical engineering including:

1. Electrical balances
2. Licensor integration
3. Power generation and distribution systems

Carry out technical evaluations, including risk-based evaluation of complex engineering issues, resolution of electrical related matters with significant project execution and/or commercial impact to ensure optimum outcomes to meet technical and execution expectations.

Major challenges for this role include:

1. Effectively managing FEED to produce timely deliverables
2. Maintaining a constructive working relationship with FEED to ensure delivery of engineering work scope in accordance with project requirements
3. Maintaining strong relationship with key stakeholders (e.g., Operations)
4. Ensuring high quality of electrical engineering deliverables

Ensure all activities are undertaken in compliance with Safety, Health and Environment, and Quality policies, regulations, and standards.

Contribute to the development of employees. This accountability is a condition of employment for expatriate employees. Ensure all activities undertaken comply with anti-trust and competition laws and company’s firewall policies and procedures.

Accountable for ensuring execution of work is technically aligned and in compliance with LNG Operations, Policies, Standards of Business Conduct, and Project Management System (PMS). Leads electrical engineering design and planning activities and ensures FEED contractor develops detailed design in accordance with local regulatory requirements, industry standards, project specifications, and any approved variations.

Plan and schedule Electrical Engineering deliverables, including design/project philosophies, specifications, and procedures to enable efficient execution in meeting project milestones/schedule. Review, evaluate, and advise on electrical simulations, optimization, incompliance with design methods, safety factors (for Large Electrical Generation and Distribution System, Large motor drivers, VFDs in both Motoring and Generating modes, combined cycle power generation, HV switchgears, Electrical Integrated Control System (ELICS), and Power management System for Generation, Load sharing, and Distribution Control).

Review technical aspects of electrical equipment purchase orders with FEED Contractor and vendors in accordance with the roles and responsibilities stated in applicable contract(s) to ensure safe and seamless integration of new electrical equipment into the EPC project. Preparation of procurement as needed, including for Long Lead Items.

Monitor and provide guidance to FEED Contractor to ensure key discipline deliverables and progress/milestones are met. Recommend additional technical support where necessary to address gaps. Coordinate and analyse discipline issues for resolution. Provide Electrical Engineering input to other engineering disciplines, construction, procurement etc. as necessary. Support commissioning, start-up, and system completing activities and make appropriate recommendations to management on Electrical matters.

Lead Electrical interface coordination with onshore, offshore, RLIC, and power supplier, or any third party, as required, during FEED. Contribute to Safety analysis studies such as SAFOP, HAZOP, or HAZID and provide the required input to support project management in key decision-making. Participate in sharing lessons learned, together with capturing current lessons learned to benefit future projects.