• Review and interpret design drawings, hydraulic calculations, and technical specifications for pumping station systems.
• Evaluate pump selection, head loss calculations, and piping layouts for optimal hydraulic performance.
• Ensure design compliance with project specifications, client requirements, and relevant international standards (e.g., ASME, API, AWWA, BS EN).
• Review vendor submittals, equipment data sheets, and shop drawings for mechanical equipment and piping systems.
• Oversee and supervise mechanical works related to pumps, valves, piping networks, fittings, and associated equipment including alignments
• Conduct site inspections and ensure installation complies with quality and safety standards.
• Prepare material requisitions and technical evaluations for pumps, valves, pipes and other mechanical equipment, etc.
• Liaise with suppliers and manufacturers for technical clarifications and equipment selection.
• Review and approve factory acceptance tests (FAT) and performance data sheets.
• Prepare method statements, ITPs (Inspection & Test Plans) review, and technical reports.
• Maintain as-built documentation, equipment manuals, and maintenance guidelines.
• Prepare and execute testing and commissioning procedures for pumps, valves, and other equipment for mechanical systems.
• Conduct hydrostatic, leak, and performance tests for piping and pumping systems, assist in trouble shooting and coordinate with electrical & instrumentation teams.
• Ensure all mechanical work is performed in accordance with project quality standards and HSE requirements. Conduct risk assessments and enforce safe work practices

Skills

• Bachelor’s degree in mechanical engineering (specialization in hydraulics preferred).
• Minimum 15 years of experience in mechanical and hydraulic systems for water or wastewater pumping station projects.
• Strong knowledge of centrifugal and submersible pumps, valves, piping systems, and hydraulic calculations, analysis and modeling.
• Proficiency in AutoCAD, Hydraulic modeling software (e.g., Water CAD, EPANET), and MS Office.
• Experience working with international codes and standards (AWWA, ASME, API, BS EN, ISO), proficiency in CAD and Hydraulic modeling software.