PRIMARY ENGINEER

Objective / Purpose As a Design Engineer (Primary), the person shall be capable of preparing, reviewing & executing Primary Engineering Activities for Substation Projects as per the direction of Design Lead (Primary). He must have good knowledge in Layout Engineering in Substation Projects. He shall facilitate the modellers in development of BIM 3D Model for Substations.

As a Design Engineer (Primary), the person shall be required to design the layout of the substation and provide inputs to the draftsman for development of drawings.

Key Responsibilities: Timely review of the drawings developed by the draftsman

Interact with Site Execution & Cluster teams for clarification w.r.t. the design of equipment

Coordinate with inter-disciplinary areas, inter-departmental checks (Civil & Structural, MEP & Instrumentation) for obtaining concurrence in design specifications

Ensure compliance to specification requirements

Review of drawings (2D & 3D) and Documentation conforming to Quality systems

Review of Vendor Offers and Documents

Pre-Tender Engineering including estimation of BOM (Bill of Materials) and Offer Reviews

Prepare design calculations of all Substation equipment (sizing calculations of Busbar, UPS, DG, LT Transformer, Earthing Conductor) & other calculations (viz. Short circuit force, Sag tension etc.)

Reviewing of Bill of Material and comparing with the Tender Quantity

Technical Expertise: The Design Engineer (Primary) is required to have complete understanding of Primary Engineering activities like SLD Preparation, Layout Engineering, Earthing, Cable Routing, Lighting, Lightning Protection, Cable Tray Routing etc. He should be capable of performing design & sizing calculations of Busbar, UPS, DG, LT Transformer, Earthing Conductor, calculations (Short circuit force, Sag tension etc.). The Engineer is required to have knowledge on National and International Codes and Standards. In addition, the Design Engineer (Primary) should also have an overall understanding of the inter-disciplinary (Civil & Structural, Mechanical and Instrumentation) design aspects of electrical equipment.