Landscape

Landscape Architecture

Landscape Architecture is a licensed profession that integrates elements of art, science, engineering, and environmental stewardship to create functional, sustainable, and aesthetically pleasing outdoor environments across all project scales, from small gardens to mega projects.

Public Realm & Place-Making

Focusing on the design of accessible, engaging, and high-quality spaces for public use and well-being.

Designing and detailing public and private parks, plazas, squares, and waterfront areas to encourage social interaction and community engagement.

Designing pedestrian-friendly sidewalks, furniture, lighting, and planting along streets and in civic spaces to enhance safety and foster social interaction.

Developing signage, public art, and distinctive design elements that strengthen community identity and facilitate navigation.

Developing networks of multi-use trails for walking and cycling that connect communities and provide recreational opportunities.

Horticultural & Material Selection

Expertise in selecting appropriate living and non-living materials for a site.

Core Design Capabilities

1. Softscape (Horticulture & Ecology)

This emphasizes the living and dynamic elements of the landscape.

Understanding of developing plans that integrate native, adaptive, and drought-tolerant species (Xeriscaping), suitable for the local climate (particularly critical in arid regions such as the UAE and the Middle East).

Expertise in soil analysis, nutrient management, pest and disease control, and hydrozoning (grouping plants by water needs) to ensure long-term plant health with minimal resource use.

Designing landscapes to promote biodiversity and create habitats, while leveraging plants for erosion control, air quality enhancement, and stormwater management (bioretention).

Expertly applying color, texture, vertical layering, and seasonal variation to enhance visual interest and clearly define spatial character.

2. Hardscape (Structure & Engineering)

This focuses on the permanent, non-living elements that provide structure and functionality.

Detailing patios, decks, plazas, walkways, retaining walls, and outdoor kitchens, utilizing durable and locally sourced materials wherever feasible.

Specifying paving materials (pavers, stone, concrete, and permeable surfaces) that align with aesthetic objectives, anticipated traffic loads, and sustainability targets (e.g., utilizing light-colored, reflective materials to mitigate the Urban Heat Island effect).

Designing topography and grading to ensure effective surface water runoff, control erosion, and channel water to infiltration areas or municipal drainage systems, often using advanced 3D modeling techniques.

Ensuring all hardscape elements comply with international accessibility standards (ADA/Universal Design) for slopes, materials, and circulation.

3. Lighting Design

Designing for safety and security along pathways, stairs, softscape and entrances.

Utilizing uplighting, downlighting, and specialty fixtures to highlight architectural and water features, trees, and sculptures to create enhanced ambiance.

Specifying low-voltage LED fixtures, using controllers and timers, and ensuring compliance with local light pollution regulations.

4. Wayfinding (Signage & Legibility)

Creating a hierarchy of informational, directional, and regulatory signage that is visually aligned with the site’s brand identity and environment.

Integrating maps, plaques, and identification signs into the hardscape and site furniture for intuitive navigation.

Ensuring signage incorporates tactile elements, appropriate heights, and clear sight lines for all users.

5. Water Features Design

Designing fountains, cascades, pools, and reflective ponds as focal points that enhance the atmosphere and acoustics of a space.

Detailing the circulation, filtration, plumbing, and mechanical systems.

Prioritizing closed-loop systems, reducing surface area exposure to minimize evaporation, and using alternative/recycled water sources where local regulations (like Estidama requirements) allow.

6. Site Furniture

Selecting durable, comfortable, and climate-appropriate site furnishings (benches, bins, bollards, bike racks) and positioning them strategically to promote rest and social interaction.

Ability to design unique, custom site furniture integrated into walls or planters to reinforce a project’s distinctive identity.

Specifying robust materials like powder-coated metals, concrete, or recycled plastic lumber that require low maintenance.

7. Estidama & Sustainability

This represents an overarching capability, particularly critical for projects in the UAE and the Middle East, showcasing regional expertise in sustainable and green building practices.
A highly proficient department operates under the principle of Integrated Design, ensuring all design elements are developed concurrently to create a cohesive, high-performance, and certified sustainable environment.

Expertise in meeting the specific requirements of the Pearl Rating System across design and construction phases. This directly influences the selection and documentation of the other six capabilities.

Precious Water Credit: Demonstrating the reduction of total annual average irrigation demand through strategic plant selection (low-water-use palette), implementation of efficient irrigation systems (e.g., drip lines, moisture sensors), and the exclusive utilization of Treated Sewage Effluent (TSE) or alternative water sources for irrigation.

Natural Systems Credit: Developing a comprehensive Natural Systems Design and Management Strategy, including soil conservation, utilizing native and adaptive plant species, and eliminating harmful pesticides.

Resourceful Energy Credit: Incorporating passive design strategies, such as utilizing trees to shade hardscape areas and specifying solar-powered or high-efficiency lighting fixtures.

Employing life-cycle cost analysis for material selection, promoting the use of locally sourced and recycled materials, and integrating green infrastructure solutions such as bioswales and permeable paving for sustainable stormwater management.

Subsequent Phases

The Landscape Department also undertakes the following stages of work, in accordance with local and international codes and standards, utilizing specialized software and BIM technologies.
Upon finalization of the Concept Design and receipt of client approval, the Landscape Design process progresses into the following subsequent phases: