Project name: Hillside Residence in Haragama, Kandy (Code-006)
⛰️ Project Description: Hillside Residence in Haragama, Kandy (Code- 006)
This project proposes a unique, multi-level dwelling (TS 04) for Mr. Kapina in Haragama, Kandy, designed to maximize the breathtaking views of a challenging hillside location. The design, as visually suggested in the second image, embraces the slope, offering a stunning blend of modern architecture and natural integration, potentially featuring a green roof and expansive outdoor living spaces.
✨ Key Project Features
| Feature | Specification |
| Design Number | TS 04 |
| Total Area | 1297 sq.ft |
| Estimated Cost | LKR 5.5 Million |
| Bedrooms | 2 |
| Bathrooms | 2 |
| Balconies | 2 |
| Client/Location | Mr. Kapina in Haragama, Kandy |
| Proposed by | Skyline Engineering |
🏡 Area Breakdown
The structure is clearly designed to adapt to the sloping terrain, utilizing multiple levels effectively:
| Level | Area (sq.ft) | Purpose/Details |
| Ground Floor | 342 | Entrance, possibly leading to core living spaces (Kitchen/Dining/Living). |
| Basement Area | 739 | Likely houses the main living areas and/or bedrooms, opening up to a deck or view. |
| Parking Area | 210 | Designated space for vehicles. |
| Other Places | – | Dinning Area, Kitchen, Living Area |
Note: The Basement Area (739 sq.ft) likely refers to the lower level of the house built into the slope, offering access to the surrounding view/terrace.
🏗️ Execution Strategy: Maximizing the Hillside View
The success of this project hinges on engineering solutions that exploit the challenging hillside topography shown in the second photo, while creating a seamless indoor-outdoor experience.
1. Site Preparation and Foundation
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Geotechnical Assessment: Crucial first step to understand the soil stability and rock characteristics of the steep slope.
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Split-Level/Stilt Foundation: As seen in the images, the structure requires a stilt or column foundation to elevate the main living areas above the steepest part of the slope. This minimizes large-scale excavation and allows for the lower “Basement Area” (739 sq.ft) to be semi-submerged or fully exposed on the downhill side.
2. Design for View and Integration
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Maximizing Glass: Extensive use of floor-to-ceiling glass (as visible on the upper level) and glass railings for the two balconies ensures that the stunning lake/river and mountain views are maximized from all possible angles, especially from the 2 Bedrooms and the TV lobby/upper living space (if applicable).
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Outdoor Living Spaces: The 2 Balconies and the deck area supported by stilts are key. These spaces should be cantilevered or strongly supported to create secure outdoor dining/relaxation areas over the slope.
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Green Roof (Optional but Recommended): The second image suggests a green or turf roof. This feature adds insulating properties, manages stormwater runoff, and helps the structure blend visually with the surrounding nature.
3. Material Selection
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Durable & Low Maintenance: Materials must withstand hillside conditions (wind, rain, potentially high humidity). Options include reinforced concrete, treated timber decks, and weather-resistant finishes for external walls.
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Frameless Glass: Used for railings to maintain an unobstructed panorama.
4. Construction Phase
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Access Management: Building on a steep slope requires careful planning for material delivery and worker access.
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Drainage Control: Implementing robust drainage systems is vital to prevent soil erosion and water damage, directing rainwater away from the foundation and retaining walls (if any).
By combining robust civil engineering with a design focused on view optimization, this project can be realized as a premium hillside retreat.
Interested in building your own view-centric home? Contact Skyline Engineering for more information!
