Process Engineer

Key Responsibilities - Perform process design review and verification across conceptual, FEED, and detailed engineering stages. - Prepare and review process design basis, philosophies, and engineering calculations. - Review and verify Process Flow Diagrams (PFDs), Piping & Instrumentation Diagrams (P&IDs), and Heat & Material Balances (HMB). - Review process datasheets, equipment lists, line lists, tie-in lists, fluid and load lists. - Perform and review PSV relief load estimation and PSV sizing calculations. - Review flare system calculations, knockout drum sizing, and associated hydraulics. - Review pump, compressor, and rotating equipment process calculations including anti-surge and settle-out analyses. - Review design of separators, columns, heat exchangers, tanks, and other process equipment. - Perform hydraulic calculations and control valve sizing reviews. - Interface with piping, mechanical, electrical, and instrumentation disciplines during EPC execution. - Participate in 3D model reviews and vendor technical document reviews. - Prepare and review technical reports, calculation notes, and design review comments. - Ensure compliance with applicable international codes, standards, and project procedures. Required Qualifications - Bachelor’s degree in Chemical Engineering with 75% Aggregate or 8 CGPA - Master’s degree in Chemical Engineering is an advantage. - Professional engineering certification or progress toward certification is a plus. Experience Requirements - Approximately 8–12 years of relevant experience, preferably around 10 years, in process engineering for oil & gas or energy projects. - Experience working in Design and/or EPC organizations is strongly preferred. - Exposure to hydrogen, ammonia, upstream, pipeline, and processing facilities is an advantage. - Experience across conceptual design, FEED, and detailed engineering phases.

Technical Skills & Tools - Experience with process simulation and engineering software such as HYSYS, PROMAX, Flare network analysis tools, and HTRI. - Strong understanding of process design, sizing, and optimization techniques. - Ability to critically review calculations and propose practical engineering solutions. - Strong technical documentation and report-writing skills. - Fluent in spoken and written English.