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Wet Utilities Engineer

Job in Ras Al Khaimah, Ras Al Khaimah, UAE/Dubai
Listing for: Hafiz Electromechanical Contg LLC
Full Time position
Listed on 2026-10-14
Job specializations:
  • Engineering
    Civil Engineering, Water Engineer, Environmental Engineer
  • Construction
    Civil Engineering, Water Engineer
Salary/Wage Range or Industry Benchmark: 279000 - 502000 AED Yearly AED 279000.00 502000.00 YEAR
Job Description & How to Apply Below
JOB DESCRIPTION

Senior Wet Utilities Infrastructure Engineer

Design | Technical | Construction | Commercial | Project Management

Company:
Hafiz Electromechanical Contracting LLC (HEM)

Location:

Ras Al Khaimah, United Arab Emirates

Employment Type:

Full-Time

Experience:

10–15 Years (Minimum 7 Years UAE Experience)
Department:
Infrastructure & EPC Projects
Reporting To:
Managing Director / Projects Management

1.

Position Overview

Hafiz Electromechanical Contracting LLC is seeking a highly experienced, technically competent and commercially proficient Senior Wet Utilities Infrastructure Engineer to independently manage the engineering, coordination, execution and successful delivery of major infrastructure projects in Ras Al Khaimah.

The successful candidate shall possess comprehensive expertise in wet utilities engineering, hydraulic design review, construction methodologies, value engineering, project management, authority approvals, quantity surveying and commercial administration.

The position requires an experienced professional capable of managing complete infrastructure packages from tender evaluation and design development through construction, testing, commissioning, authority clearances and final handover.

2. Scope of Expertise

The candidate must demonstrate practical engineering and construction experience across the following infrastructure disciplines:

  • Sewerage Networks:
    Gravity sewer pipelines, rising mains, manholes, inspection chambers, lifting stations, pumping stations and associated infrastructure.
  • Stormwater Drainage:
    Gravity drainage networks, catch basins, gullies, manholes, attenuation/detention systems, stormwater pumping stations, oil interceptors and outfall arrangements.
  • Potable Water Networks:
    Water transmission and distribution pipelines, valve chambers, metering arrangements, connections, pressure systems and associated infrastructure.
  • Irrigation Networks:
    Irrigation pipelines, treated-water distribution systems, valve chambers, pumps and related installations.
  • External Firefighting Networks:
    Fire hydrants, underground firefighting pipelines, sectional valves and associated utility installations.
  • Associated Civil Works:
    Excavation, trenching, shoring, dewatering, bedding, back filling, concrete structures, thrust blocks, road crossings, reinstatement and utility protection.
  • Multidisciplinary Infrastructure Coordination:
    Utility corridors, road interfaces, existing service diversions, dry utility coordination, utility crossings and underground service clash resolution.
3.

Key Responsibilities

A. Engineering, Design Review & Technical Management
  • Review IFC drawings, tender drawings, technical specifications, BOQs and design reports for accuracy, constructability and contractual compliance.
  • Independently review hydraulic calculations, pipe sizing, gradients, flow velocities, hydraulic grade lines, pumping capacities and network performance.
  • Verify drainage catchment calculations, stormwater design criteria, peak discharge rates, attenuation requirements and pumping arrangements.
  • Prepare, review and coordinate shop drawings, longitudinal profiles, cross-sections, utility corridor layouts, coordinated services drawings and detailed engineering submissions.
  • Identify design discrepancies, utility clashes, missing scope, technical risks and engineering optimization opportunities.
  • Prepare and review RFIs, technical queries, material submittals, method statements and design clarification reports.
  • Coordinate with designers and consultants to achieve technically compliant, buildable and cost-effective solutions.
B. Value Engineering & Design Optimization
  • Lead value engineering studies for sewerage, stormwater, potable water, irrigation and associated infrastructure systems.
  • Evaluate alternative pipe materials, diameters, alignments, invert levels, manhole arrangements, pumping capacities and construction methodologies.
  • Compare gravity and pumped systems where technically feasible.
  • Develop engineering alternatives supported by calculations, drawings, cost comparisons, technical risk assessments and lifecycle considerations.
  • Quantify potential cost savings and prepare technical-commercial VE proposals for consultant and client approval.
  • Ensure all proposed alternatives comply with applicable design criteria, authority requirements and project performance standards.
C. Construction & Site Execution
  • Independently plan, organize and supervise infrastructure construction activities.
  • Manage excavation, dewatering, shoring, underground piping,…
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