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The Indus Hospital’s expansion plan, with a capital outlay of over USD 500 Million,

will increase the capacity to 1,500+ beds over a 20 acre area of land during the next few years, and expand services to include:

MASTER PLAN VISION

DESIGN OBJECTIVES

zoning

green + blue network

sky garden as borrowed green

pedestrian network

jali as facade feature

DEVELOPMENT PHASING

HOSPITAL

PHASE 2

PHASE 2

FEMALE

DORMITORY

UNIVERSITY PHASE 2

MSCP+LAB

HOSPITAL

PHASE 1

GUIDING PRINCIPLES

PHASE 1

UNIVERSITY PHASE 1

MOSQUE

MALE DORMITORY

HOSPITAL PHASE 3

PHASE 3

ENERGY CENTER

SPORTS CENTER

CONVENTION CENTER

UNIVERSITY PHASE 3

SUSTAINABLE DESIGN FEATURES

Renewable Energy & Co-generation Power System

Green features and innovation:

  • Efficient chiller plant and AHU design for minimal energy consumption
  • Optimal electrical lighting design and fixtures
  • Installation of renewable energy systems:
  • 600kW solar panel
  • Wind turbine
  • Waste to energy co-generation plant

SUSTAINABLE DESIGN FEATURES

Natural Ventilation Analysis

WORKSHOP [1] +[2]

PROJECT INITIATION

Green features and innovation:

  • Building geometry [narrow floor plate] that reduces direct solar exposure while maximizing wind flow
  • Facade design [incorporating vertical and horizontal shading devices] that reduces heat gain but allows daylight penetration
  • Central courtyard for daylight and views

Daylight & Glare analysis

  • Hospital program
  • Data gathering
  • Research & Benchmarking
  • Brief formulation
  • Schedule of Accommodation
  • Identifying medical planning components/ departments

WORKSHOP [3]

VALUE MANAGEMENT WORKSHOP

SUSTAINABLE DESIGN FEATURES

Solar insolation analysis

Solar studies, daylight, glare analysis and wind flow CFD simulations were used to optimize building form, façade design, daylight penetration and natural ventilation to come up with a building that provides the utmost occupant comfort at minimum energy and environmental impact.

DESIGN DEVELOPMENT

TENDER DOCUMENTATION

CONSTRUCTION

THE NEXT STEPS

  • Understanding the site
  • SWOT Analysis
  • Broad master plan concept
  • Master plan options
  • Preferred master plan option
  • Review of facade design options
  • Preferred option of facade design
  • Development of preferred option
  • Phasing Strategy
  • Review of Project Brief
  • Validation of master plan development
  • Departmental Adjacency

WORKSHOP 9

FACADE DESIGN DEVELOPMENT

  • Review of M&E design concept
  • Validation of proposed concept for M&E systems

WORKSHOP 8

M&E CONCEPT

WORKSHOP [4] + [5]

MASTER PLAN DEVELOPMENT

  • Validation of Medical planning
  • Departmental flow
  • Validation of Phasing Strategy
  • Preliminary facade design concept

WORKSHOP [6] +[7]

SCHEMATIC DESIGN CONCEPT

DESIGN PROCESS

DESIGN FEATURES

ELECTRICAL SYSTEMS

SECURITY SYSTEM

High level protection and safety to the hospital

ENERGY EFFICIENT LIGHTING

HIgh efficient lighting i.e. LED, T5 lamp, etc.

ELECTRICAL SYSTEM

Reliable and durable High Voltage, Medium Voltage, and Low Voltage System

  • Electrical Power System
  • Lighting System
  • Earthing & Lightning Protection System
  • Telephony System
  • Patient Queue System
  • Nurse Call System
  • Emergency Voice Communication/ Public Address
  • MATV System
  • Structured Cabling System
  • Security System

ENVIRONMENT

MECHANICAL SYSTEMS

MBR WASTEWATER TREATMENT SYSTEM

Membrane technology for highly efficient waste treatment

  • Sustainable growth depends upon reliable and adequate supplies of water

  • WATER CONSERVATION:
  • Adopting NET ZERO WATER strategies
  • Using HIGH WATER SAVINGS FIXTURES & FITTINGS to reduce water demand by additional 5-10%
  • Promote WASTEWATER REUSE, thus reduce the amount of wastewater generated and minimize the transfer to Karachi treatment plant

Three sources of water will be used :

  • Municipal water:
  • main water source for drinking purpose due to its cost effective solution
  • on-site Water Treatment Plant is required to meet WHO standard.

  • Treated wastewater:

required Wastewater Treatment Plant with advance treatment technology for non-potable purposes.

  • Groundwater:
  • considered only as back-up or supplement source if other sources are not available
  • requires Groundwater Treatment Plant with Reverse Osmosis technology for water treatment

PATIENT QUEUE SYSTEM

Assisted communication to facilitate a doctor or nurse in calling the next patient for consultation or treatment

FIRE PROTECTION SYSTEM

Advanced fire alarm and sprinkler system to safeguard fire safety protection of staff and patients

PNEUMATIC TUBE SYSTEM

Fast and secure transportation of drugs, samples, etc.

NURSE CALL SYSTEM

Assisted communication to facilitate patients to call nurse for assistance when need arises

BUILDING MANAGEMENT SYSTEM

Integrated data monitoring system

MECHANICAL VENTILATION

Provide fresh air and exhaust air

CHILLER PLANT SYSTEM

Energy efficient electric chiller and absorption chiller

MEDICAL GAS SYSTEM

Essential supply and distribution of piped oxygen, nitrous oxide.

LOGISTICS CONCEPTS

VACUUM & COMPRESSED AIR SYSTEM

Supply of medical air and vacuum

A Key Success Factor of Large Hospitals

Efficient Operations Support Functions:

  • Kitchen
  • CSSD
  • MMD
  • Pharmacy
  • Linen
  • Distribution Logistics

To enable frontline staff to focus on patient care

LOGISTICS HUB CONCEPT @basement 1

ENVIRONMENT

LOGISTICS FLOW

  • All support functions adjacent to one another to facilitate resource sharing:
  • Loading / unloading docks
  • Central screening of incoming goods
  • Materials deliveries to wards
  • Improve management and supervision

TOTAL MUNICIPAL WATER USE:

645K m3/ yr

WATER SAVINGS:

210K m3/ yr

WATER CONSUMPTION REDUCTION:

25%

  • Major horizontal material movements in basement

Improved segregation of materials and people (patient/ visitors)

  • Major vertical material movements via Lifts

Minimize walking

WATER

[ ]

compassionate, quality HEALTHCARE free of cost to those in need

state-of-the-art ACADEMIC MEDICAL CAMPUS

INDUS ACADEMIC MEDICAL CAMPUS

Expansion Plan

Life is not about waiting for the storm to pass, it is about learning how to dance in the rain.

Vision continuity…

  • Ensuring Self-Sustainability

  • Endowment Funds

The Journey

Health Statistics for Pakistan

MISSION

With the sole motivation of pleasing ALLAH SwT,

the Indus Hospital will enhance the

Islamic value of service to humanity at large.

VISION

PWA

Focus on providing excellence-driven,

as stipulated in the Islamic concept of Ehsan,

comprehensive, free of cost and

unconditional healthcare to the

creations of Allah SubhanuaTa’ala.

Be a not-for-profit entity and be funded through

activities of a WAQF, donations in the form of

Zakat, Khairat, Sadaqat and

sharing of excess wealth with the Ummah.

The Dream

Build a Health system to provide

Quality Care - Free of Cost

WHO data

THE FUTURE

Post Expansion

Current

1500 Beds

104 Bedded ER

5500 Patients per day

371 Patients per day

150 Bedded Hospital

9 Bedded Emergency Room

1000 Out-Patients per day

30 In-Patients per day

Unique Features at Indus

Paperless

Features

  • Cash-less
  • Self sustainable model
  • Replicable model
  • Cutting edge health delivery technologies
  • Shariah compliant financial modeling
  • Research and Education

Indus at a glance….

The Facility

Figures

  • Set up in 2007
  • 150 bed hospital
  • 50 Faculty
  • 10 training programs
  • Outreach (PIB, CCH, Bhong)

  • Yearly outpatients = 197,000
  • Yearly ER visits = 165,000
  • Yearly patient admissions = 12,000
  • Yearly surgeries = 8,000
  • Current yearly expense = Rs 86 Crores

Collaborations, Alliances

& Partnerships

Quality Care – Free of Cost

The Indus Hospital

Please ToAllah

The Originator of the heavens and the earth. When HE decrees a matter,

HE only says to it: "Be!“ – and it is. (Al Baqarah, 117)

The Indus Hospital

Quality Care - Free of Cost

BENCHMARK

KEY PROJECTS + concepts

| world-class healthcare | international standard medical planning |

| appropriated for local application | innovative building design |

| people-centric | healing environment | engaging communities |

| hassle-free hospital | sustainable design | innovative design |

sustainable design . people-centric

healing environment . engaging communities . hassle-free hospital

KHOO TECK PUAT HOSPITAL . singapore

innovative building design . people-centric

healing environment . hassle-free hospital . sustainable design

NG TENG FONG GENERAL HOSPITAL & JURONG COMMUNITY HOSPITAL . singapore

Ng Teng Fong General Hospital & Jurong Community Hospital . singapore

Khoo Teck Puat Hospital . singapore

Quality Care - Free of cost

The Indus Hospital

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