DESIGN, PLANNING & CONSULTANCY DIVISION

Landscape-Led Master Planning & Engineering Excellence

At Windows of Green Africa Limited (WGA), landscape architecture is not an afterthought or decorative addition—it is the primary coordinating discipline that integrates water management, mobility, ecology, public space, and urban economic value into a single, cohesive design.

Our Core Philosophy:
Harmony Integration

Cities, river corridors, and watersheds are designed as unified living systems. In our planning model, water is the organizing element.

Rivers, wetlands, and catchments are not constraints to be engineered around—they form the structural framework around which resilient urban development and investment are organized. We blend hydrology, civil systems, and municipal placemaking into an indivisible capital asset.

Request Master Planning Proposal

30+

Years Combined PMO

1500+

Hectares Masterplanned

100%

AfDB/IFC Compliant

PILLAR // 01

Ecology & Civil Infrastructure

Synthesizing municipal drainage, arterial transport corridors, clean energy networks, and public civic space into a synchronized, single master engineering framework.

PILLAR // 02

River Basin Corridors

Positioning natural riparian floodplains as structural organizing arteries. Runoff is transformed into landscape infrastructure rather than hazard zones.

PILLAR // 03

Place-Based Solutions

Deploying indigenous flora, native geological bioswales, and regional microclimate adaptation tailored precisely for East African climatic realities.

PILLAR // 04

Appreciating Assets

Moving past depreciating single-use concrete pipes to multi-functional sponge parks that actively multiply municipal land value and biodiversity credits.

A detailed map of a city showing various land use zones, water bodies, and transportation routes. The map includes color-coded areas indicating parks, residential, industrial, and commercial zones, with labels in German.

CAPABILITY // 01

Master Planning & Landscape-Led Urban Design

Our planning division designs at the metropolitan scale, treating catchments and wetlands as natural urban frameworks rather than marginal land. By applying landscape-led strategies, we align arterial connectivity and economic enterprise around hydrological equilibrium.

Regional watershed and river basin master planning.
Eco-city, new town, and industrial district urban design.
Waterfront, riverbank, and coastal promenade design.
Greenway, slow-traffic, and non-motorized transport (NMT) networks.

Integrated drainage, civic spines, and 45km of non-motorized transport greenways for high-density regional expansion.

A detailed architectural model of the Bluewater Valley eco-region is displayed on a large table in an office, with staff working at desks behind. The model includes rivers, mountains, forests, and urban areas, with labels indicating zones such as 'Regional Bio-Corridor,' 'Riverfront District,' 'Hillside Conservation,' and 'Sustainable Transit Hub.' Large windows in the background show a cityscape.

Watershed Spine Zoning

A detailed urban planning map illustrating proposed landscape, development areas, green spaces, pathways, and corridors in a city planning project.

Linear Active Esplanades

CAPABILITY // 02

Blue-Green Infrastructure & Sponge Systems

Sponge-city retrofit and Low-Impact Development (LID) strategies.
Bioretention basins, constructed wetlands, swales, and filter strips.
Urban heat island mitigation, shade networks, and urban forestry.
Rainwater harvesting, permeable surfacing, and at-source stormwater control.

We deliver nature-based sponge city transformations that capture, clean, and slow heavy storm waters. Replacing catastrophic concrete runoff channels with bio-swales, permeable cells, and urban wetlands prevents erosion and restores local aquifers.

A master plan of an ecological wetland park with winding boardwalks, water features, greenery, and surrounding residential buildings.

An aerial view of a highway with multiple lanes and cars driving on it. The highway curves over a body of water and green trees surround the scene.

Diagram of urban streetscape showing sidewalk, permeable paver parking lane, asphalt pavement, and surrounding native vegetation with labels explaining materials like permeable pavers, gravel bed, engineered soil, mulch, and filter media, along with a gravel storage reservoir and infiltration system connected to groundwater.

CAPABILITY // 03

Hydraulic, Drainage & Civil Engineering

Hydrological and hydraulic modeling, catchment delineation, and flood estimation.
Open-channel flow, culverts, bridges, and river training structures.
Urban stormwater conveyance networks, pump stations, and outfall design.
Soil conservation, erosion control, and slope stabilization engineering.

Our civil and water resources engineers translate ecological concepts into Tier-1 structural plans. We calculate flood recurrence metrics, design reinforced outfalls, and balance complex cut-and-fill operations for critical public works.

100-YEAR FLOOD RETURN MODELING

An engineer working on a computer with design software displaying a 3D model of a construction project's piping and infrastructure, with cityscape view in the background.

A control room with a person working at multiple monitors displaying maps, data, and technical information, with a large window revealing a flight simulator cockpit and a projection of sky and landscape.

Construction workers working on scaffolding on a high-rise building in an urban area, with other tall modern glass buildings surrounding them.

A man working at his desk on two computer monitors, one displaying electronic circuit diagrams and the other showing 3D modeling software with a circuit board layout.

CAPABILITY // 04

Digital Engineering, GIS & BIM

Drone photogrammetry, remote sensing, and DTM terrain analysis.
3D Building Information Modeling (BIM) and interdisciplinary clash detection.
Flood hazard mapping and dynamic inundation visualization.
Geospatial data integration for asset registers and O&M handovers.

We eliminate site variance and rework through end-to-end digital engineering. Using aerial LiDAR, high-density drone photogrammetry, and dynamic GIS layers, our PMO generates federated BIM models down to millimetric tolerances.

Bring World-Class Green Planning Rigor to Your Program

Whether you are an international development bank, national infrastructure agency, municipal authority, or master developer, Windows of Green Africa brings verified Tier-1 multidisciplinary design certainty to your landscape and civil assets.