Project Overview
MultiSpeciality Hospital
The architectural project is a multi-speciality hospital designed to accommodate 300 beds. The hospital is designed to ensure maximum circulation, easy access to rooms, and fast reach during emergencies. Patient psychology is also considered in the design by providing connections with nature, natural ventilation, larger windows, and indoor gardens in general wards. The hospital is mainly designed to reduce energy consumption and promote sustainability. The design includes various energy-saving features such as cross ventilation, courtyard effect for cooling, wire cut bricks with rate trap bond to maintain temperature, and solar panels for energy production. The energy consumption of the hospital is reduced by relying less on AC and using natural ventilation. The hospital also implements a water sewage plant, which recycles water for toilet flushing and landscaping. The design includes a farm with shading to reduce heat gain, and the landscape is designed to maintain carbon balance. Overall, the hospital design prioritizes sustainability, energy efficiency, and patient comfort to provide a conducive environment for healing.
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Project Advantage
- Pre-assessment
- Low energy cooling solutions
- Sizing and optimization of systems
- Life Safety and Security
- High Performance Illumination
- Pre-assessment
- Low energy cooling solutions
- Sizing and optimization of systems
- Life Safety and Security
- High Performance Illumination
Stairs Design
The ladder is the most space-efficient option in the stair world.
Window Structure
The stationary components of a window that enclose either the sash on an
Wardrobe Structure
Hanging. Hanging rods at various heights for short, medium and long clothes