Role Overview
Responsible for process and mechanical engineering design for
power plant BOP systems
, with strong focus on
cooling water systems, desalination, and WTP
, including optimization of technical solutions across bidding and execution stages.
Key Responsibilities
Process & System Design
-
Design
power plant BOP systems
(CCPP, thermal, desalination, WTP)
-
Lead
circulating cooling water system design
and hydraulic analysis
-
Design
once-through cooling systems
:
-
Sea water intake systems (open & closed)
-
Intake channels and sump (HI standards)
-
Circulating water pump sizing
-
Pipe sizing calculations
-
Develop
optimized system configurations
(intake, pump, layout)
Equipment & System Engineering
-
Work on:
-
Cooling towers
-
Condensers
-
Prepare and review:
-
P&IDs
-
System layouts
-
Equipment sizing
Advanced Engineering (Preferred)
-
CFD analysis for intake systems
-
Physical modelling studies
-
Simulation of seawater supply and trench systems
Bidding & Proposal Support
-
Review tender documents and client specifications
-
Perform:
-
Technical risk analysis
-
Scope definition & terminal points
-
Technical clarifications/deviations
-
Coordinate with Design Institutes (DI)
-
Review:
-
RFQs
-
Vendor/OEM proposals
-
BOQs & performance guarantees
-
Support:
-
Pre-bid and post-bid clarifications
-
Internal bid reviews
-
Finalize technical proposals and bidding documentation
Engineering Delivery
-
Prepare and review:
-
Proposal engineering
-
Basic & detailed engineering
-
Ensure optimization of process/system design across projects
Stakeholder Management
-
Internal: Engineering + Bidding teams
-
External:
-
Clients
-
Design Institutes
-
OEMs & Vendors
-
EPC partners
Requirements
-
Bachelor’s in:
-
Mechanical Engineering
-
Chemical Engineering
-
Power/Process Engineering
Experience
-
8+ years
in:
-
Power plant process/mechanical design
-
CCPP / Thermal / SWRO
-
Design Institute or Engineering Consultancy
Technical Focus
-
Cooling water systems (CRITICAL)
-
Seawater intake systems
-
Hydraulic calculations
-
BOP system design