Located within the Brigade Meadows campus in Bengaluru, the St. John’s Medical College Hospital is designed as a contemporary healthcare facility that combines operational efficiency with a patient-centric environment. The architecture adopts a clean, timeless language, featuring textured plaster surface alternating with mcm cladded surfaces and expansive glazed entrances that create a welcoming identity and enhances visibility, accessibility, and intuitive wayfinding.
The building is planned to ensure efficient circulation, clear zoning, and a comfortable healing environment. Passive design strategies, including recessed windows, deep overhangs, abundant natural daylight, and landscaped surroundings, improve thermal comfort and reduce energy consumption. Durable, low-maintenance materials and high-performance glazing ensure longevity, creating a resilient healthcare facility that balances functionality, sustainability, and contemporary architectural expression.
Client
St Johns Academy Of Health Sciences
Brigade Foundation
Special Features
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Minimalist Elevation
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Clean Geometric Massing
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Vertical Façade Articulation
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MCM cladding
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Large Entrance Canopy
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Double-Height Entrance Lobby
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Modular Window Layout
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Natural Daylighting
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Cross Ventilation Strategy
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Functional Zoning
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Efficient Space Planning
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Patient-Centric Design
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Barrier-Free Accessibility
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Durable Low-Maintenance Materials
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Energy-Efficient Building Envelope
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Sun-Shading Elements
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Integrated Service Shafts
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Fire & Life Safety Compliance
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Universal Design Principles
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Climate-Responsive Design
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Optimized Structural Grid
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Efficient Circulation Planning
Materials Used
Sustainable Materials
- Cement Plaster Finish
- MCM cladding
- Reinforced Concrete (RCC) Structure
- UPVC Framed Glass Windows
- Toughened Glass Entrance
- RCC entrance canopy
- Ceramic/Vitrified Floor Tiles
- Granite at Entrance & Staircases
- Stainless steel Railings
Technical Details
Structural System
- RCC Framed Structure
- Reinforced Concrete Columns & Beams
- RCC Slab Construction
- Shear Walls for Stability
- EarthquakeResistant Structural Design
- LongSpan Structural Planning for Clinical Areas
MEP Coordination
- Integrated HVAC System
- Medical Gas Pipeline System (MGPS)
- Fire Detection & Fire Fighting Systems
- Electrical Power Distribution
- DG Backup Power
- Plumbing & Drainage Network
- Vertical Service Shafts
- Building Management System (BMS) Ready
- Low-Voltage Systems (CCTV, Access Control, Nurse Call)
- Coordinated MEP Routing with Architectural & Structural Design
Software Used
- AutoCAD
- SketchUp
- Lumion
- Enscape
- V-Ray
- 3ds Max
- D5
- Photoshop
- MS Project (Project Scheduling)
Construction Methodology
- RCC Cast-in-Situ Construction
- Conventional Formwork System
- Reinforcement Cage Assembly
- MEP Embedded Services Coordination
- Masonry Infill Walls
- External Brick Cladding Installation
- Aluminium Window Installation
- Curtain Wall & Glazing Installation
- Interior Finishing Works
- Quality Assurance & Quality Control (QA/QC)
- Phased Construction Execution
- Safety-First Construction Practices
- Concept Design
- Site Analysis
- Master Planning
- Architectural Drawings
- Floor Plans
- Elevations
- Building Sections
- Detailed Working Drawings
- Façade Design
- Interior Layouts
- 3D Views & Photorealistic Renders
- MEP Coordination Drawings
- Structural Coordination Drawings
- Door & Window Schedule
- Material & Finish Schedule
- Landscape Layout
- Fire & Life Safety Drawings
- Accessibility Compliance Drawings
- BOQ (Bill of Quantities)
- Tender Drawings
- Construction Documentation
- Shop Drawing Review
- Site Supervision Support
- Project Handover Documentation
Results
How did the project benefit the client?
Enhanced the institution's brand image with a modern architectural identity.
Improved patient care through efficient planning and functional layouts.
Optimized space utilization, accommodating more departments within the available site.
Streamlined circulation for patients, staff, students, and visitors.
Increased operational efficiency with well-organized departmental zoning.
Reduced long-term maintenance through durable, low-maintenance materials.
Lowered energy consumption through daylighting and energy-efficient design strategies.
Ensured compliance with healthcare, fire safety, and accessibility standards.
Provided flexibility for future expansion and evolving healthcare requirements.
Created a comfortable, safe, and healing environment for patients and healthcare professionals.
Improved overall project value through a balance of functionality, sustainability, and architectural quality.
Delivered a future-ready healthcare facility that supports both medical services and academic functions.