Our Projects
Infrastructure engineering experience across international projects and major infrastructure developments.
While our company is newly established, our team comprises experienced professionals who have worked with leading international design consultants in various capacities, contributing to the successful delivery of major infrastructure projects across multiple regions including the Middle East, Europe, Asia and Africa.
The projects presented below represent the professional experience of Dr. Manaye Ewunetu while employed by previous consulting firms and demonstrate relevant expertise in infrastructure design, stormwater management, sewerage systems and hydrological engineering.
Dubai Sewerage Infrastructure Projects
DS208 – Interconnecting Urgent Developments to the Sewerage System
Client: Dubai Municipality
Location: Dubai, United Arab Emirates
Employer at the Time: Italconsult
Role: Design Manager – Sewerage Infrastructure
Project Type: Strategic Sewerage Infrastructure Design
Project Overview
The DS208 project was initiated to complete the detailed design of deep link sewer networks within the catchment areas of Pumping Stations PS-Sn (Bur Dubai) and PS-Q (Deira). The link sewers were originally proposed under the broader Deep Strategic Sewerage Tunnel programme (DS215) being implemented by Dubai Municipality.
The project was designed to strengthen the existing sewerage network and support the long-term transition to a gravity-based deep sewer tunnel system across Dubai.
Implementation of the project will enable the future decommissioning of several existing subsidiary pumping stations, and eventually the main pumping stations, once flows are transferred to the deep sewer tunnels serving Bur Dubai and Deira catchments.
Scope of Work
The consultancy services included:
Detailed design of deep gravity link sewers
Hydraulic modelling and system capacity analysis
Integration with the proposed Deep Strategic Sewerage Tunnel system
Coordination with structural and electromechanical infrastructure
Preparation of Issued for Construction (IFC) drawings
Technical support during construction supervision
Key Responsibilities
As Design Manager, Dr. Manaye Ewunetu was responsible for:
Leading a multidisciplinary design team including hydraulic modellers, GIS specialists, structural engineers and electromechanical engineers
Managing sewer network hydraulic modelling
Reviewing and approving engineering design calculations
Coordinating interdisciplinary design development
Overseeing preparation of final IFC design documentation
Project Significance
The project forms an important component of Dubai’s long-term strategic wastewater infrastructure programme, supporting the transition from pumped sewerage systems to deep gravity conveyance tunnels.
DS430 – Interconnecting Meydan Developments to the Sewerage System
Client: Dubai Municipality
Location: Dubai, United Arab Emirates
Employer at the Time: Italconsult
Role: Design Manager – Sewerage Infrastructure
Project Type: Sewerage Infrastructure Design and Supervision
Project Overview
The DS430 project was initiated by Dubai Municipality to advance selected elements of the Deep Strategic Sewerage Tunnel Scheme (DS215) in order to accommodate rapid urban development.
The project provides strategic link sewer connections for major developments including Meydan, Pearl, Wasl and Madinat Jumeirah located within the PS-Sn and PS-S catchment areas in Dubai.
These link sewers are designed to connect the developments to the future Deep Strategic Sewerage Tunnel System, ensuring adequate capacity, improved reliability and long-term operational efficiency.
Scope of Work
Detailed engineering design of strategic link sewer networks
Hydraulic modelling and flow capacity assessment
Integration with the future deep sewer tunnel system
Preparation of Issued for Construction drawings
Technical coordination with developers and authorities
Construction supervision support
Key Responsibilities
Managing multidisciplinary engineering teams
Leading hydraulic modelling and sewer system design
Coordinating structural and electromechanical design interfaces
Reviewing technical deliverables and engineering reports
Supporting construction supervision activities
Project Significance
The project enhances the capacity and reliability of the sewerage network serving Bur Dubai while ensuring major developments can be integrated into Dubai’s future deep sewer tunnel infrastructure.
Highway Infrastructure Drainage Projects
National Highway Programme – Multiple Expressway Projects
Client: Ethiopian Roads Authority
Location: Ethiopia
Project Type: Highway Design and Construction Supervision
Total Road Length: Over 300 km
Role: Team Leader – Hydrology and Hydraulic Design
Period: 2012 – 2018
Major Projects Included
Meki – Zeway Expressway (52 km)
Koka – Adulala – Debrezeit Road (62 km)
Effeson – Mehal Meda Road (58 km)
Buhayit – Dilyibza Road (73 km)
Sawla – Laska Road (55 km)
Kurmuk – Sherkole Road (52 km)
Wukro – Astbi – Koneba Road (66 km)
Project Overview
These projects involved the detailed engineering design and construction supervision of major highway corridors across Ethiopia.
Key Responsibilities
Hydrological and hydraulic analysis for road drainage systems
Catchment delineation and rainfall analysis
Development of Intensity-Duration-Frequency curves
Flood frequency analysis and runoff estimation
Hydraulic design of culverts, bridges and drainage channels
Site investigations and field surveys
Construction supervision and design review
Technical Tools Used
ArcGIS
AutoCAD
Global Mapper
Railway Infrastructure Drainage Projects
Addis Ababa – Djibouti Standard Gauge Railway
Client: Ethiopian Railway Corporation
Location: Ethiopia – Djibouti
Project Length: 756 km
Role: Team Leader – Drainage Design
Period: 2011 – 2019
Project Overview
Design and construction of a major international railway corridor connecting Ethiopia to Djibouti Port.
Scope of Work
Hydrological and hydraulic analysis for railway drainage
Flood risk assessment along the railway alignment
Design of culverts and drainage crossings
2D flood modelling using HEC-RAS
Flood mitigation strategy development
Mekelle – Woldya – Hara Gebeya Railway
Client: Ethiopian Railway Corporation
Location: Ethiopia
Length: 260 km
Role: Team Leader – Drainage Design
Key Activities
Hydrological analysis
Catchment delineation
Culvert hydraulic design using HY-8
Flood modelling using HEC-RAS
Drainage infrastructure design
Awash – Woldya Standard Gauge Railway
Client: Ethiopian Railway Corporation
Location: Ethiopia
Length: 400 km
Role: Team Leader – Drainage Design
Key Activities
Hydrological analysis
Flood discharge estimation
Culvert hydraulic design
Flood risk assessment and mitigation
Flood Risk and Hydrology Projects
Crossrail Flood Protection Study
Client: Crossrail Ltd
Location: London, United Kingdom
Role: Project Engineer
Project Type: Flood Risk Assessment and Hydraulic Modelling
Project Overview
Hydrological and hydraulic modelling study was undertaken to assess flood risks affecting the proposed Crossrail tunnel and railway network.
Scope
Hydrological analysis using FEH methods
Development of integrated flood models using TUFLOW
Flood risk assessment
Tunnel flood protection strategy development
Urban Planning & Development Projects
Area Action Plan – Amen Corner, Bracknell
Client: Bracknell Forest Borough Council
Location: United Kingdom
The project involved providing technical support for an Area Action Plan forming part of the Local Development Framework. The plan examined sustainable urban development proposals including residential, commercial and transport infrastructure improvements.
The project required extensive liaison with key stakeholders including the Highways Agency and local authorities to support infrastructure planning and development strategy.
Client Benefits
Optimised land-use planning
Improved transport planning and infrastructure coordination
Development of a robust planning evidence base supporting long-term development strategy
Strategic Flood Risk Assessments
Mid Bedfordshire Strategic Flood Risk Assessment
Client: Mid Bedfordshire District Council
The project involved the development of a strategic flood risk assessment to inform regional development planning.
Objectives
Support land allocation decisions for future development
Provide planning guidance for flood risk management
Ensure compliance with national planning policy requirements
The project required collaboration with environmental agencies, water utilities and local authorities to evaluate flood risk across the region.
Surface Water Management Projects
Thatcham Surface Water Management Plan
Client: West Berkshire Council
Following major flooding events, the project involved developing a Surface Water Management Plan to identify mitigation strategies for urban flooding.
Key Activities
Review of flood risks from surface water, rivers and drainage systems
Hydraulic modelling of flood scenarios
Identification of flood mitigation strategies
Development of an action plan to reduce flood risk across the study area
Surface Water Management Projects
Thatcham Surface Water Management Plan
Client: West Berkshire Council
Following major flooding events, the project involved developing a Surface Water Management Plan to identify mitigation strategies for urban flooding.
Key Activities
Review of flood risks from surface water, rivers and drainage systems
Hydraulic modelling of flood scenarios
Identification of flood mitigation strategies
Development of an action plan to reduce flood risk across the study area
Sustainable Water Infrastructure Projects
Northstowe New Town Sustainable Water Management Strategy
Client: English Partnerships & Gallagher Longstanton Ltd
This project involved development of a sustainable water management strategy for a major urban expansion project covering approximately 600 hectares.
The development includes residential, commercial and community infrastructure requiring integrated water management solutions.
Key Objectives
Reduce potable water consumption
Implement sustainable drainage systems
Develop water recycling infrastructure
Support environmentally sustainable urban development
Engineering solutions included rainwater recycling, sustainable drainage systems and innovative water management infrastructure.
North Hertfordshire Strategic Flood Risk Assessment
Client: North Hertfordshire District Council
Location: United Kingdom
Our staff members, together with WSP, were appointed to undertake a Strategic Flood Risk Assessment for North Hertfordshire District covering a study catchment area of approximately 375 km².
Project Objectives
Inform the Local Development Framework in the decision-making process of allocating suitable land for development
Ensure compliance with national planning policy requirements related to flood risk management
Provide guidance for private and commercial developments regarding potential flood risks and associated planning obligations
Key Challenges
Extensive liaison with stakeholders including the Environment Agency, local authorities, water utilities and environmental agencies
Collection and evaluation of hydrological and hydraulic data across the study catchment
Critical review of existing flood models and drainage infrastructure systems
Focused hydraulic modelling for areas identified for future development growth
The study provided an important evidence base supporting long-term development planning and flood risk management strategies within the district.
Bass Maltings, Sleaford
Client: Gladedale Special Projects Division
Location: Sleaford, United Kingdom
Gladedale Special Projects Division commissioned WSP and our staff members to support proposals for the regeneration of the former Bass Maltings site.
North Kesteven District Council produced a Supplementary Planning Document outlining the potential for a mixed-use development at the Maltings together with proposals for a new railway over-bridge by Lincolnshire County Council to address congestion at a railway level crossing near the town centre.
Our staff members explored sustainable infrastructure solutions to integrate proposals for adjacent developments including a new Tesco supermarket, housing development and the proposed over-bridge.
The former Bass Maltings complex is a Grade II* listed site that represents an important heritage asset within the Lincolnshire townscape. Proposals included redevelopment of the site into a mixed-use development comprising residential dwellings, health centre, offices, retail space and community facilities.
Working with English Heritage, the project team developed proposals that preserved the historic setting while providing modern infrastructure and transport improvements.
Client Benefits
Bespoke car parking solutions to minimise visual impact on the listed setting
Integration of Sustainable Urban Drainage Systems within the development landscape
Coordination of highway and transport improvements with adjacent developments
Delivery of high-quality urban regeneration proposals aligned with heritage preservation requirements
Sustainable City Development
Masdar Development Master Planning – Abu Dhabi
Client: Gladedale Special Projects Division
Location: Sleaford, United Kingdom
The Masdar development project aimed to create the world’s first zero-carbon and zero-waste city.
Project Objectives
Minimise environmental impact
Develop sustainable water infrastructure
Integrate water recycling and reuse technologies
Support long-term sustainability targets for urban development
Engineering solutions included integrated water cycle management strategies and innovative infrastructure planning supporting sustainable city development.
