Six disciplines.
One delivery team.

Water engineering

Flood control, storm drainage, sustainable distribution and supply design — at the scale of a community, a stadium, or an entire new city quarter. End-to-end 2D direct-rainfall hydrodynamic modelling from preliminary hydraulics through IFC handover.

• 01Potable water distribution network — sizing, hydraulic modelling and node-pressure analysis to local code.
• 02Fire-fighting and hydrant network design coordinated with civil defence standards.
• 03Pumping station and reservoir sizing — TWL/BWL determination, hydraulic profiles.
• 04Pressure-zone strategy and break-pressure tank coordination across changing terrain.
• 052D direct-rainfall flood modelling (HEC-RAS 6.5 / InfoWorks ICM) for site-wide water strategy.
• 06Detailed material schedules and IFC drawing sets ready for tender and construction.

Structural engineering

Structural analysis, geotechnical investigation, bridge hydraulics, and urban-planning support — from massing studies through scour assessment and detailed reinforcement design.

• 01Concept-stage structural feasibility, framing options, and constructability review.
• 02Geotechnical interpretation — bearing-capacity, settlement, and foundation typology selection.
• 03Detailed analysis to BS / Eurocode / ACI, with finite-element modelling where useful.
• 04Bridge scour assessment — HEC-18, CSU, HIRE, Froehlich, BREUSERS; total scour decomposition with bedrock cap.
• 05Riprap protection sized to Isbash / HEC-23; reinforced grouted riprap in high-velocity zones.
• 06Coordination with architecture, MEP and civil teams through clash-detection cycles.

Architectural design

Considered interior and exterior design across residential, civic and mixed-use typologies. Aesthetics led by use, climate and material — not by trend.

• 01Programme briefing, site analysis and massing studies — climate, orientation, context.
• 02Schematic design through design-development with material and façade studies.
• 03Interior planning, finishes specification, and FF&E coordination.
• 04Construction documentation set with full annotated detailing.

Stormwater management

End-to-end 2D direct-rainfall modelling with HEC-RAS 6.5, HEC-HMS, InfoWorks ICM, SewerGEMS and Autodesk InfoDrainage — underpinned by L-moments regional frequency analysis and an IPCC AR6 climate uplift on every design storm.

• 01Catchment delineation and sub-basin definition (Arc Hydro / WMS 11.2).
• 02Rainfall frequency analysis — HEC-SSP, HYFRANPLUS, Python L-moments; GEV / LP3 / Gumbel cross-check.
• 03Regional Frequency Analysis (Hosking & Wallis 1997) for ~50% variance reduction in data-scarce regions.
• 04SCS-CN rainfall–runoff modelling (TR-55) with AMC I/II/III sensitivity in HEC-HMS.
• 052D direct-rainfall hydraulic routing in HEC-RAS 6.5 and InfoWorks ICM — dual-software cross-validation.
• 06SuDS strategy — bioswales, retention basins, percolation ponds, permeable surfaces — for water-quality treatment.
• 07Climate-adjusted design storms (+30%, IPCC AR6) and resilience scenario testing.
• 08CHIRPS satellite gap-filling for sparse gauge networks; spatial interpolation via IDW, Thiessen and Kriging.

Urban infrastructure

Civil infrastructure detailed design, coordinated multi-utility solutions, and Issue-for-Construction documentation — every deliverable signed off against the applicable national, municipal and international design code.

• 01Road geometry, profile and cross-section design to local highway authority standards (OHDS / MOMRAH).
• 02Wet and dry utility corridors with mandated clearances, crossings and headwall design.
• 03Drainage profile development in Civil 3D — cut/fill balance, grading, drainage coordination.
• 04Compliance against MOMRAH (KSA), Abu Dhabi DMT, ADQCC stormwater manual, OHDS 2017 and municipal codes.
• 05Issue-for-Construction packages with full annotation, material schedules and BOQs.

MEP coordination

Wet-utility systems — water supply, wastewater, stormwater drainage and irrigation networks — modelled in Autodesk InfoDrainage and Bentley SewerGEMS, coordinated and signed off ready for site.

• 01Gravity and pressure sewer network design with hydraulic profile checks and HGL verification.
• 02Building tie-in flows integrated from MEP into the wider stormwater network.
• 03Attenuation tank sizing — controlled flooding at the 1:100-yr check event.
• 04Irrigation network — landscape and pitch — with smart-controller integration.
• 05BIM-led coordination with architecture, structures and dry utilities (Revit / Civil 3D).
• 06Clash detection and resolution cycles to a defined LOD before IFC release.