Job
Description
Roles & Responsibilities Project experience in any consulting organization for design engineering/procurement /inspection of electrical equipment for any large process plant. Support Electrical project activities to ensure timely completion of all project activities including engineering, procurement, construction, pre-commissioning and commissioning. Assist in the review of Technical & Engineering Specifications, Electrical design basis, Equipment Datasheets, Electrical single line diagrams, Overall plant electrical power distribution systems, Equipment Layouts, Inspection & Test Plans, 3D model, logic diagrams, loop & functional integrity, Hook-ups, load flow study, shot circuit study, Different electrical equipment sizing calculation, Electrical load lists, Cable and cable tray lay out, Vendor document, etc. for detailed engineering phase of the Project. Review of Vendor list, Material Requisitions, MTO, scope of work, spares requirement, TER submitted by Engineering Contractor, Vendor data, ITP, FAT/SAT procedures. Participation in equipment and material inspections, monitoring of the material dispatch, coordination with third party inspectors. Good knowledge of Electrical system and related engineering principles. Experience with process optimization and continual improvement techniques Should be familiar with costing and budget preparation The main purpose of the role for FFED or Front-End Engineering Design is To define the technical and project-specific requirements for an understanding of the clear project scope. To prepare the project approach and basis of design for the system. To develop a good project cost estimate for budget authorization. To reduce the risk of the project. To estimate the project duration and schedule during the detailed design phase. To identify potential risks early to enable the development of mitigation strategies to address them. FEED Engineering deliverables with respect to the process engineering team are Process Flow Diagrams and Preliminary P & ID Generation Process modelling Technical specification and design basis creation Equipment specification and sizing Safety device sizing and selection Full hydraulic calculations Pipe Sizing FEED Engineering Scope of Work Feasibility Study Report Location and Details of the area where the plant will be built List of Applicable Codes and Standards Customers technical practices
