PROJECT DESCRIPTION
Private Bungalow Rooftop Garden
A luxurious rooftop garden designed for a private bungalow owned by Datuk Hanifah Noordin, reflecting her refined taste and love for nature. This bespoke project seamlessly integrates aesthetic appeal with functional greenery, creating a serene oasis amidst the urban environment of Titiwangsa, Kuala Lumpur.
CLIENT
Datuk Hanifah Noordin
Executive Deputy Chairman / Chief Executive Officer of Datasonic Group Berhad
LOCATION
Titiwangsa, Kuala Lumpur
YEAR
2021-2022
SCOPE
Private Residential
Challenges
- Structural Limitations: Ensuring the rooftop could bear the load of soil, planters, and other garden elements without compromising the building’s integrity.
- Climate Conditions: Designing for high exposure to sunlight and rain typical of Kuala Lumpur’s tropical climate.
- Limited Space: Maximizing the use of limited rooftop area to create a functional yet lush green space.
- Drainage and Irrigation: Preventing waterlogging and ensuring efficient drainage without affecting the structure below.
Solutions
- Structural Engineering Support: Collaborated with engineers to reinforce the rooftop and select lightweight yet durable materials.
- Climate-Responsive Plant Selection: Incorporated heat- and rain-resistant plants suited to Malaysia’s tropical weather.
- Space Optimization: Used vertical gardening techniques, modular planters, and multi-functional furniture to maximize the use of space.
- Advanced Drainage and Irrigation System: Installed a customized irrigation system with automated controls and a proper drainage network to ensure sustainability.
How did we add value?
- Enhanced Aesthetic and Functional Living: Transformed the rooftop into a tranquil retreat that complements the overall luxury of the bungalow.
- Environmental Benefits: Reduced urban heat island effects and improved air quality through strategic planting.
- Client-Centric Design: Customized features, including a private lounge area and mini herb garden, tailored to Datuk Hanifah’s preferences.
- Sustainability: Integrated sustainable elements such as rainwater harvesting and energy-efficient lighting.
