Drainage / Foul / TSE Discipline Leader

Lead the design of Surface Water Drainage, Foul Sewerage and Treated Sewage Effluent (TSE) infrastructure and ensure effective integration with roads, utilities, structures and the wider infrastructure network. Key Responsibilities

• Lead Surface Water Drainage, Foul Sewerage and TSE design for assigned Task Orders.
• Review existing drainage records, surveys, models and investigation information.
• Coordinate hydrological, hydrogeological and hydraulic assessments.
• Develop and review design criteria, network layouts, profiles and hydraulic models.
• Coordinate drainage infrastructure with road levels, structures, utilities and other disciplines.
• Assess groundwater conditions and their implications for design.
• Coordinate pumping stations, rising mains, deep manholes, shafts and associated infrastructure where applicable.
• Coordinate designs with combined-services plans and BIM clash-detection processes.
• Manage technical coordination with authorities and stakeholders and support required approvals.
• Ensure consistency between drainage reports, hydraulic models, calculations, drawings, schedules and specifications.
• Review and close PWA/Project Affairs comments.
• Identify and manage drainage-related risks, interfaces and departures.
• Provide technical input into construction packaging, cost estimates and programme assessments.
• Coordinate separate reporting requirements for surface water, foul sewerage and TSE.
• Bachelor’s degree in Civil Engineering, Water Engineering or related discipline.
• Minimum 15 years of post-graduate experience in wet infrastructure design.
• Minimum 5 years of experience in the GCC.
• MMUP/MME registration is required.
• Extensive experience in stormwater, foul sewer and/or TSE networks and hydraulic modelling.
• Qatar road-infrastructure design experience is required, preferably with Ashghal/PWA.
• Strong knowledge of applicable Qatar drainage and utility standards.
• Demonstrated experience coordinating drainage with multidisciplinary infrastructure projects.