Architecture

Tropical contemporary

Goopika sree V
B.S.Abdur Rahman Crescent Institute of Science & Technology
India
Ar Saritha

Project idea

The idea of this project is to design a contemporary tropical residence that responds to the hot and humid climatic conditions of Chennai through climate-sensitive planning and the creation of a self-sustaining microclimate. The design explores a split-level radial planning concept with a central interactive core, creating fluid spatial movement and visual connectivity between different zones. By integrating internal courtyards, shaded verandahs, water features, dense landscaping, and natural ventilation strategies, the residence generates a cooler microclimate that enhances thermal comfort and reduces heat gain. Deep overhangs, recessed openings, and passive cooling elements strengthen the relationship between built form and nature. The project aims to create a luxurious yet sustainable living environment that combines contemporary aesthetics with tropical architectural principles, ensuring comfort, environmental responsiveness, and spatial harmony.

Project description

The idea of this project is to design a contemporary tropical residence that responds to the hot and humid climatic conditions of Chennai through climate-sensitive planning and the creation of a self-sustaining microclimate. The design explores a split-level radial planning concept with a central interactive core, creating fluid spatial movement and visual connectivity between different zones. By integrating internal courtyards, shaded verandahs, water features, dense landscaping, and natural ventilation strategies, the residence generates a cooler microclimate that enhances thermal comfort and reduces heat gain. Deep overhangs, recessed openings, and passive cooling elements strengthen the relationship between built form and nature. The project aims to create a luxurious yet sustainable living environment that combines contemporary aesthetics with tropical architectural principles, ensuring comfort, environmental responsiveness, and spatial harmony.

Technical information

The project is designed as a two-storey contemporary tropical residence using a reinforced cement concrete framed structure with isolated footing foundation suitable for Chennai’s soil conditions. The construction system consists of RCC columns, beams, and cantilever slabs that support the split-level spatial configuration. External walls are finished with textured plaster and natural stone cladding, while wooden louvers and aluminum-framed glazed panels are used to enhance shading and ventilation. The roof incorporates waterproofing treatment, thermal insulation, and green terrace provisions to improve thermal performance. Passive cooling strategies such as cross ventilation, deep overhangs, recessed openings, internal courtyards, reflective water features, and landscape integration are used to create a comfortable microclimate. Sustainable design considerations include natural daylight optimization, heat gain reduction, and efficient air circulation to ensure environmental responsiveness and energy efficiency.

Documentation

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