Project Background
KALINGA HARAYA, located in Barangay Dalig, Antipolo City, is a 258-bed residential haven designed to mitigate elder neglect and the overcapacity of existing government facilities through a therapeutic, "happiness-focused" environment. This project replaces traditional institutional design with a framework based on the PERMA Model and Cycle of Life concepts, featuring sensory-friendly units, a geriatric infirmary, and communal hubs like sensory gardens and productivity centers to restore dignity.
Master Plan Renderings
The KALINGA HARAYA rendering visualizes a 3.2-hectare residential complex in Antipolo City designed with Modern Filipino Contemporary aesthetics to replace institutional coldness with home-like warmth. This visualization showcases the low-density layout of residential cottages integrated with specialized medical and productivity hubs amidst extensive restorative gardens.
Master Plan
The KALINGA HARAYA master plan provides a conceptual layout designed to transition senior citizens into a community-oriented environment based on the PERMA Model Theory. Grounded in the "Cycle of Life" architectural concept, the plan strategically organizes cottage clusters for 258 beneficiaries alongside specialized geriatric therapy and social interaction zones.
Exterior Renderings
The exterior renderings for KALINGA HARAYA showcase a Modern Filipino Contemporary aesthetic, using large windows and bamboo brise soleil to create a seamless indoor-outdoor connection. This design replaces institutional coldness with a warm, home-like environment, utilizing passive sun-shading and natural materials to ensure resident comfort and dignity.
These visualizations highlight therapeutic landscapes, featuring communal horticultural courtyards and sensory gardens designed to engage all five senses. Grounded in the PERMA Model, these outdoor zones promote cognitive stimulation and social interaction through restorative greenery and culturally familiar flora.
Floor Plan
The Residential Cottage provides a sensory-friendly, "home-like" living environment for the 258 beneficiaries, featuring spacious bedrooms and communal lounge areas. By avoiding long, institutional hallways, the layout encourages a sense of belonging and includes houseparent stations to provide immediate assistance while respecting the residents' privacy and independence.
The Electrical and Engineering Utility Building centralizes the site’s technical infrastructure, including power distribution, mechanical maintenance workshops, and engineering offices. The layout ensures that critical maintenance tasks and equipment storage are handled efficiently, providing a reliable backbone for the facility's daily operations and safety systems.
This utility plan outlines the facility's back-of-house operations, including large-scale storage warehouses and essential environmental systems like water and sewage treatment plants. These zones are strategically isolated to manage the facility's logistics and sustainability requirements without encroaching on the therapeutic atmosphere of the residential areas.
The Main Operational Building serves as the central nervous system of the facility, housing administrative offices, a specialized geriatric infirmary, and security zones. The layout uses a zoned corridor system to separate private administrative functions from public-facing services, ensuring efficient staff workflow while maintaining a secure and professional environment for site management.
The Multipurpose Center acts as the primary social hub, featuring a large, flexible dining and event hall designed to foster community engagement. This plan prioritizes social interaction through communal dining and livelihood workshops, supported by an integrated kitchen and dietary service area that ensures residents' nutritional needs are met in a warm, social setting.
The Facility Chapel is a dedicated spiritual haven designed for quiet reflection and religious services, which is vital for the residents' emotional well-being. Its symmetrical, open-nave layout provides high accessibility for mobility-impaired seniors and features multiple entry points to ensure a seamless connection with the surrounding restorative gardens.
Elevation Plan
The Facility Chapel elevation features a distinctive vaulted roofline that creates a sense of spiritual uplift and reverence. Its front faade is characterized by a large, arched glass feature made of low-e triple-glazed tempered glass, framed by a curated rattan and bamboo brise-soleil. This design balances modern architectural transparency with traditional Filipino textures, creating a beacon of peace within the complex.
The Residential Cottage elevation is designed to look like a private home rather than a ward, featuring a low-pitched roof and a cozy, human-scale faade. The exterior is wrapped in structural composite wood and curated rattan breezeways (brise-soleil) that provide privacy and shade. Large awning windows and clerestory openings ensure that every sleeping quarter remains well-ventilated and brightly lit.
The Electrical and Engineering Utility Building elevation presents a sturdy and practical exterior designed to house the facility’s technical core. The faade is punctuated by jalousie windows for constant heat dissipation and structural lumber posts for reinforced stability. The design ensures that even the most technical structures on-site adhere to the Modern Filipino Contemporary theme through the use of natural-toned composite materials.
The Main Operational Building elevations highlight a long, horizontal profile that emphasizes stability and accessibility. The faade integrates off-white wall finishes with structural composite wood panels and a rhythmic placement of jalousie and awning windows. Clerestory windows are strategically included to allow deep natural light penetration, while double-leaf wooden doors with integrated handle bars ensure ease of entry for residents with mobility aids.
The elevation for the Storage and Waste Management Building prioritizes functional durability while remaining aesthetically consistent with the rest of the campus. It features a streamlined faade with high-placed clerestory windows for security and ventilation, alongside large double-leaf wooden doors for logistical access. Structural composite wood panels are used to maintain a clean, organized appearance for the facility's back-of-house operations.
The Multipurpose Center elevations showcase a wide, welcoming structure designed for high-volume social activity. It utilizes a combination of side skylights and breezeways to facilitate constant airflow and natural illumination across the large dining and workshop areas. The use of bamboo dividers and rattan elements maintains the "home-like" aesthetic while supporting the building's large-span functional requirements.
Section Plan
The Section Thru B demonstrates the "home-like" scale of the living quarters, featuring sensory-friendly bedrooms and a central entry pathway. The Roof Plan integrates a hip roof system with specialized photovoltaic (PV) glass skylights supported by matte-finished tubular braces, combining sustainable energy generation with natural illumination for the interior lounge areas.
The Section Thru A of the chapel highlights a vaulted ceiling that enhances the spiritual atmosphere and provides better acoustic properties for religious services. The corresponding Roof Plan shows a clean hip roof design that provides full coverage for the nave and altar area, ensuring a protected, serene environment for residents' quiet reflection.
The Section Thru A for this center illustrates a large-span, open-plan hall with high ceilings to facilitate natural air circulation during social events and communal dining. Its Roof Plan features a massive gable roofing system equipped with integrated skylights and breezeways, which are essential for passive lighting and cooling in high-occupancy zones.
The Section Thru B reveals a diverse internal program, transitioning from productivity zones like the pastillas-making station to administrative and IT offices. The Roof Plan features a complex hip roofing system that covers the L-shaped footprint, designed to efficiently divert rainwater away from the building’s various wings while maintaining a consistent architectural profile.
The Section Thru A of the technical core reveals a practical layout for staff offices, maintenance workshops, and conference rooms. The Roof Plan features a robust hip roof system that provides secure, weather-tight protection for the facility's critical electrical and engineering infrastructure, ensuring operational continuity for the entire complex.
The Section Thru A shows the logistical organization of the facility's back-of-house, including a high-clearance storage warehouse and specialized treatment plant zones. The Roof Plan utilizes a functional hip roof design that is optimized for durability, providing a large surface area suitable for the building’s industrial and environmental management requirements.
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