Civil Engineering & Projects (Thermal Power Plant 4 x 175)

Role & responsibilities:

Lead and supervise review and approval of civil/structural design documents for:

• Coal Handling System (CHP):Transfer towers, conveyor galleries, crusher house, cable gallery, control room.
• Ash Handling System (AHP):Pipe racks, pump houses, ash silos, silo control room, collector towers, ash dyke.
• Water Systems:WTP, CW/ACW pump house, chemical and hydrogen buildings.
• Switchyard/Transformer Yard:Including structures up to 400 kV level.
• Main Plant Area:Boiler structures, transfer towers, pipe racks.
• Infrastructure:Roads, RCC drains, and rigid pavements.

Design & Engineering Responsibilities:

• Reviewed and optimized design documents and drawings for transformer yards, BOP areas, township, and auxiliary buildings.
• Designed fly ash-based rigid pavements, RCC drains, subways, and ash dyke lining structures.
• BOQ preparation, cost estimation, tender documentation, vendor drawing review, and materialreconciliation.

Engineering & Coordination:

• Design and review of civil and structural drawings as per geotechnical reports
• BOQ preparation, cost estimation, and technical specifications
• Coordination with vendors for drawing approvals and material submittals
• Support to site engineering, procurement, and project management teams
• Conducted site meetings, resolved design issues, issued amendments
• Led preparation of tender documents and reconciliation of materials.

Coordination & Execution:

• Led inter-departmental coordination across design, procurement, and execution teams.
• Conducted contractor meetings, issued engineering amendments, resolved site issues, and ensured alignment with project schedules.
• Managed site engineering supervision, construction quality assurance, and vendor compliance.

Preferred candidate profile:

• In-depth knowledge of structural design principles for RCC and steel structures.
• Proficiency in analysis and design of power plant structures including boiler foundations, TG buildings, pipe racks, and transfer towers.
• Strong understanding of design requirements for:
• CHP, AHP, WTP, Switchyard, Control Rooms, Ash Dyke, etc.
• Familiarity with thermal plant design philosophy and BOP layout optimization.