At RY Group, we design hospitals and medical campuses not only to satisfy our clients but also to make them sustainable in the healthcare market for the long term. We adhere to all required norms for healthcare facility planning and development designs.
Master planning of a healthcare campus is both a science and an art. It is a science because it is based on systematic study, organized knowledge of functional relationships between departments, and adherence to fundamentals. It is an art because it requires human imagination, a creative and innovative approach, with meticulous planning. Importantly, a great structural drawing and proper hospital planning are the results of a perfect blend and balance between these principles.
OUR HEALTHCARE CONSULTING PROCESS FOR MASTER PLANNING
- Conduct a thorough analysis of the client’s needs and goals
- Perform site feasibility studies
- Develop a master plan for healthcare campus infrastructure
- Design layouts for future expansions and adaptability
- Provide compliance assessments for building regulations
Master planning of a healthcare campus is both a science and an art. It is a science because it is based on systematic study, organized knowledge of functional relationships between departments, and adherence to fundamentals. It is an art because it requires human imagination, a creative and innovative approach, with meticulous planning. Importantly, a great structural drawing and proper hospital planning are the results of a perfect blend and balance between these principles.
OUR PROCESS
-
Location Plan:
- Conduct comprehensive site analysis to determine suitability for hospital construction.
- Assess critical factors like proximity to transportation networks, accessibility for patients and staff, population density, and the availability of healthcare services in the area.
- Evaluate zoning regulations, environmental considerations, and potential future expansion opportunities.
-
Conceptual Drawing:
- Develop initial hospital layout designs focusing on functionality and adherence to healthcare regulations.
- Engage clients in interactive discussions to incorporate their vision and ensure alignment with project objectives.
- Balance space utilization, workflow efficiency, and patient comfort while adhering to industry benchmarks.
-
Structural Drawings:
- Prepare detailed architectural blueprints that address the technical aspects of the structure, including dimensions, load-bearing capacities, and safety compliance.
- Incorporate features such as emergency exits, seismic resilience, fire safety protocols, and ventilation systems for enhanced safety and durability.
-
MEP Planning:
- Design integrated systems for mechanical ventilation, electrical supply, and plumbing that align with the operational needs of a hospital.
- Emphasize energy efficiency and sustainability, incorporating renewable energy options and water-saving technologies.
- Ensure uninterrupted power supply, robust waste management systems, and effective HVAC solutions.
-
3D Interiors & Exteriors:
- Create realistic 3D renderings of the hospital’s interior and exterior designs to provide stakeholders with a complete visual understanding of the project.
- Showcase elements such as lighting, furnishings, color schemes, and landscaping to convey the ambiance and aesthetic appeal of the final design.
- Conduct comprehensive site analysis to determine suitability for hospital construction.
- Assess critical factors like proximity to transportation networks, accessibility for patients and staff, population density, and the availability of healthcare services in the area.
- Evaluate zoning regulations, environmental considerations, and potential future expansion opportunities.
- Develop initial hospital layout designs focusing on functionality and adherence to healthcare regulations.
- Engage clients in interactive discussions to incorporate their vision and ensure alignment with project objectives.
- Balance space utilization, workflow efficiency, and patient comfort while adhering to industry benchmarks.
- Prepare detailed architectural blueprints that address the technical aspects of the structure, including dimensions, load-bearing capacities, and safety compliance.
- Incorporate features such as emergency exits, seismic resilience, fire safety protocols, and ventilation systems for enhanced safety and durability.
- Design integrated systems for mechanical ventilation, electrical supply, and plumbing that align with the operational needs of a hospital.
- Emphasize energy efficiency and sustainability, incorporating renewable energy options and water-saving technologies.
- Ensure uninterrupted power supply, robust waste management systems, and effective HVAC solutions.
- Create realistic 3D renderings of the hospital’s interior and exterior designs to provide stakeholders with a complete visual understanding of the project.
- Showcase elements such as lighting, furnishings, color schemes, and landscaping to convey the ambiance and aesthetic appeal of the final design.