To lead and manage the entire engineering function of the project, ensuring:
- Timely delivery of all engineering deliverables
- Full compliance with technical specifications and standards
- Seamless integration across disciplines and project phases
- Alignment of engineering outputs with procurement, fabrication, and construction requirements
- Detailed Key Responsibilities
3.1 Engineering Strategy & Planning* Develop and implement the Engineering Execution Plan (EEP)
* Define:
+ Engineering work breakdown structure (WBS)
+ Deliverable schedule aligned with project milestones
- Establish engineering resource plan and staffing
3.2 Engineering Delivery Management* Ensure timely preparation, review, and approval of:
+ Design calculations
+ Drawings and specifications
+ Datasheets and material requisitions
3.3 Multi-discipline Coordination* Lead coordination across:
+ Process, Mechanical, Civil/Structural, Electrical, Instrumentation disciplines
3.4 Engineering Quality Assurance* Ensure compliance with:
+ Project Quality Plan
+ Customer standards
+ International codes (ASME, API, ISO, IEC)
3.5 Procurement Engineering Support* Ensure timely issuance of:
+ Material Requisitions (MRs)
+ Technical Bid Evaluations (TBEs)
3.6 Construction & Fabrication Support* Ensure engineering deliverables support:
+ Fabrication sequences
+ Construction methodologies
3.7 Offshore Installation & Commissioning Support* Support engineering requirements for:
+ Load-out and installation
+ Hook-up and commissioning
- Ensure readiness of:
- System documentation
- Red-line markups and as-built updates
3.8 Interface Management (Critical for Mega Projects)* Identify and manage engineering interfaces across:
+ Internal disciplines
+ External contractors and packages
3.9 Schedule Integration & Project Controls* Coordinate with Planning Manager for:
+ Engineering schedule development and updates
3.10 Change Management & Technical Governance* Manage engineering changes through:
+ Formal change control processes
3.11 Risk Management (Engineering Risks)* Identify and manage engineering-related risks such as:
+ Design changes
+ Late deliverables
+ Technical uncertainties
- Support Risk Manager in:
- Risk assessments and mitigation planning
3.12 Digital Engineering & Systems* Implement and manage:
+ Engineering management systems
+ EDMS (Aconex or similar)
3.13 Client & Stakeholder Interface* Interface with:
+ Client engineering teams
3.14 Team Leadership & Resource Management* Lead and manage multi-location engineering teams
* Ensure:
+ Adequate staffing and competency
+ Performance monitoring and development