Design 5 - Rationale
Design 5 - Rationale
Design 5 - Rationale
ARCHITECTURAL DESIGN 5:
SPACE PLANNING 2
Submitted by:
EREL GORDON
Submitted to:
BACKGROUND
Hospitals stand as cornerstones of healthcare systems worldwide, serving as havens for the sick,
injured, and vulnerable. These institutions play a pivotal role in safeguarding public health, fostering
medical advancements, and alleviating human suffering. Their buildings, permeating the very fabric of
communities. It is built, staffed, and equipped for the diagnosis of diseases; for the treatment of both
medical and surgical, of the sick and injured; and for their housing during this process. To fulfill their
mission effectively, hospitals adhere to a set of guiding principles that ensure a safe and patient-
centered environment: Patient-centered care, Respect for autonomy, Confidentiality, and Quality and
Safety. Hospitals are not just buildings; it is an innovation. Their significance extends beyond the realm
of medicine, shaping the lives of individuals and communities alike. As society evolves, hospitals will
continue to adapt and transform, ensuring that they remain pillars of healthcare for generations to
come.
This rationale aims to find a means of accessible and quality healthcare services to the
population covered by the area, and to those beyond. It involves a holistic evaluation of demographic,
geographic, and healthcare services factors, with the ultimate goal of fostering community health, well-
being and equitable access to medical care.
INTRODUCTION
Hospital is an institution designed to maintain the public healthcare services. Its presence to the
community can have several positive impacts; it can serve as the community's focal point, and goes
beyond its role as a healthcare provider. It becomes an economic driver, a source of education, a hub for
preventive care, and a lifeline during emergencies, creating a web of support that strengthens the fabric
of the community it serves.
A properly designed Hospital can enhance the effectiveness of the services it offers. It directly influences
the patients’ outcome, staff efficiency, and overall healthcare delivery. By having a properly designed
Hospital Building, they are well planned and organized. The considerations of ramps of all abilities and
disabilities, parking spaces, and corridors, and common areas accommodated by the wheelchair users
and individuals with mobility aids. It also considers the safety and security measures through the
implementation of surveillance systems, security in the entrances, and provisions of lighting to ensure
the safety of both employees, patients, and the community members who visit the Hospital. Through
properly designing the Hospital, it will play a vital role in the healthcare system, serving as beacons of
hope and healing for the communities they serve. They are not merely medical facilities; rather woven
into the fabric of community, symbolizing resilience, compassion, and the unwavering commitment to
the well-being of their residents.
PROJECT FUNCTIONS
The proposed Hospital will be the start of the new healthcare institution that operates as a
complex system designed to provide medical care, treatment, and support to patients. A biophilic
sustainability-focused hospital with integrated landscapes not only provides healthcare services but also
acts as a community hub promoting health, well-being, environmental awareness, and sustainable
practices.
The newly designed Hospital will provide a better service with its variety equipped materials and tools,
prioritizing the community in terms of:
1. The Hospital Incorporates natural elements like greenery, sunlight, and natural materials into
the hospital structure, improving patient well-being and reducing stress.
2. Through the considerations of Energy Efficient Building, utilization of sustainable energy
sources, efficient lighting, and HVAC systems to minimize environmental impact and reduce
operational costs. The application and installation of Solar Energy Panels on the top of the
building for better gathering of solar energy will all be stored at the power station through
generators. The implementation of these Solar Energy will help the building to still be
functionable when the unexpected power outage comes.
3. The conservation of water is also uplifted in the process of designing. The Hospital is one of the
institutions that needs an abundance of water supply, thus the installation of a Rainwater
Harvesting System is a good integration to the design, giving the building more supply of water.
Rainwater collectors can help to conserve water by reducing reliance on municipal water
sources. This can be especially important in areas where water is scarce.
By properly designing a biophilic sustainability-focused Hospital, it will create an institution where the
community can easily access the services of good quality healthcare. It will pave the way for a healthier
relationship to people of the community and healthcare providers.
This hospital, with its integration of natural elements and eco-conscious practices, serves as a
beacon of holistic health and environmental stewardship within the community. By nurturing healing
environments infused with greenery, sunlight, and sustainable design, it enhances patient recovery,
reduces stress, and uplifts mental well-being. Beyond its healing walls, the hospital becomes a center for
environmental education, advocating for sustainable living and fostering awareness about the
importance of green spaces. Accessible community areas within the hospital grounds encourage social
interaction, while partnerships and collaborative programs with local organizations promote shared
responsibility for health and sustainability. With its commitment to reducing its environmental footprint
and advancing healthcare through research, this hospital not only heals the sick but also inspires
healthier lifestyles, ecological mindfulness, and a stronger sense of community engagement and well-
being.
DESIGN CONCEPT
The "Leaves" design concept for hospital buildings draws inspiration from the symbolism of life
and sustainability, interconnects in the form of leaves. This concept has been a dearest subject in recent
years as architects and designers seek to create healthcare facilities that foster healing, promote well-
being, and minimize environmental impact.
A leaf's veins, branching out from a central stem, can be seen as a metaphor for the
interconnectedness of life within the human body and the natural world. The delicate yet resilient
nature of leaves mirrors the human spirit's abilities and capabilities to adapt and overcome challenges.
Moreover, leaves play a crucial role in maintaining ecological balance, converting sunlight into energy
and releasing oxygen into the atmosphere.
In line with the capabilities of Leaves to form its own energy, food, oxygen, and water, the
proposed Hospital Building seeks to be as sustainable as leaves by integrating Solar Energy conservation
with the use of Solar panels, and Rainwater Harvesting System for better collectors of free water supply.
The "Leaves" design concept translates these symbolic meanings into architectural elements
that enhance the patient experience and contribute to environmental sustainability. Here are some
specific examples:
● Organic forms and curves: The sinuous shapes of leaves can be reflected in the building's
exterior design, mainly the roofs, creating a sense of fluidity and movement that contrasts with
the traditional rigidity of hospital structures. This can help patients feel more at ease and
connected to nature.
● Green spaces and natural light: Abundant greenery, both indoors and outdoors, can bring the
healing power of nature into the hospital environment. Utilization of glass walls, and open-
below rooftop for plants can provide ample natural light, reducing reliance on artificial lighting
and promoting circadian rhythm regulation.
● Sustainable materials and practices: The use of eco-friendly materials like recycled wood, low-
VOC paints, and energy-efficient appliances can minimize the hospital's environmental footprint.
Water conservation measures, such as rainwater harvesting and greywater reuse, can further
reduce the strain on natural resources.
The "Leaves" design concept is not merely an aesthetic pursuit; it represents a holistic approach
to hospital design that prioritizes patient well-being, environmental stewardship, and a deep connection
to nature. By embracing the symbolism of life and sustainability inherent in the form of leaves, hospitals
can create spaces that foster healing, promote well-being, and contribute to a healthier planet.
BACKGROUND OF THE NAME
The word "Ylocos" is derived from the phrases "Yloco" or "Iloco," which relate to the population
of the region and their language, Ilocano. Incorporating the name "Ylocos" into the name of a hospital in
Ilocos Sur can assist the community develop a sense of local identity and connection. It can instill a sense
of pride and ownership in the people who live in the area because the hospital becomes a symbol of
their heritage and cultural identity.Furthermore, incorporating a regional name into the hospital's name
could potentially distinguish it from other medical facilities and develop a strong local presence. It may
also resonate with patients, making them feel more at ease and comfortable, knowing that the hospital
is strongly established in the community and knows their individual requirements and preferences.
FORM CONCEPT
The proposed general hospital's shape will be inspired by the three leaves, specifically the
symbol of sustainability. Every leaf will represent a wing of the hospital, and the designer will include a
circular form at the center that will serve as the focal point of the hospital, along with a Magnolia tree in
the double height atrium that will serve as a design feature, and large skylights that will flood the
hospital with light and help the plants thrive.
DESIGN CONSIDERATIONS
Sustainability.
Incorporating Sustainable practices throughout the hospital’s operations, including waste
reduction energy conservation, and water efficiency
Circulation.
Optimizing patient flow, reducing trip distances, and adopting clear signs to facilitate effective
navigation for patients, visitors, and medical staff. Strategically creating layouts, locations, and
equipment placement that promote efficiency, and workflow optimization.
Accessibility.
Promoting the patients and occupant quality of life by having a safe route for an emergency, and
accessible amenities, toilets, and ramps for the disabled, and the elderly
Safety and Security.
Implementing safety precautions in place for patients, employees, and guests inside the facility,
such as monitored entry points, security cameras, and emergency response plans.
Health and Well-ness.
Incorporating features like daylight, greenery, and serene environments to encourage healing,
lessen tension, and improve the general wellbeing of patients, employees, and guests.
Aesthetic.
Creating visually appealing and inviting spaces with harmonious color schemes that foster trust
and appeal to the eye of its users, attractive textures, and smart interior design decisions to create a
positive and comforting environment for patients, staff, and visitors.
Light and Ventilation.
Enhancing natural light, and implementing effective ventilation systems to produce a bright, airy,
and healthy environment that improves patient comfort and promotes healing.
DESIGN PHILOSOPHY
“A design should be safe while being inclusive, it should offer a space where the community can feel peace
and security.”
DESIGN OBJECTIVES:
● To design general hospital that will provide quality health care for community
● To solve the patients' demand by planning and providing adherence to the rules and regulations
while integrating the Biophilic design.
● To plan a fully functional Hospital Building including the water, lighting and ventilation, parking,
and all the requisite amenities.
● To create spaces within the hospital that will encourage the well-being of the users and build trust
between patients and employees.
● To design a welcoming and comfortable environment for all users.
● To be able to develop a Hospital Building with functions of sustainability in mind with respect to
the natural condition of the site.
COLOR CONCEPT:
The designer selected three colors in the design of the hospital. White, it is excellent for making
surroundings feel clean and promotes a soothing environment. It is also enhancing employee's ability to
focus. Blue is relaxing and decreases heart rate and promotes a sense of cooling effect on our body,
making it an excellent choice for waiting rooms and emergency rooms since these places are more
exposed to stressful situations. Additionally, Cool tones can also help with headaches and other immune
system issues and also increases patients' trust in the facility. Greens are best used for patients who are
frequently admitted to hospitals. The natural feel of the color may help to soothe chronically ill people
and make their stay more relaxing.
POSITIVITY PEACE
CALMNESS
CLEAN & PURE
OPTIMISM
CALMNESS
TRUSTHWORTHY
RELAXATION
DESIGN PROBLEM
Galimuyod, Ilocos Sur, is a Fourth-Class Municipality. Barangay Health Units (BHU) are in some
Barangays, which cater only minor and common cases. Inadequacy of medical facilities is one of the
major problems of the town. Because of this, some residents of the community avail medical services
from either nearby cities or municipalities.
The "Leaves" design concept for a hospital embodies a powerful symbolism of life and
sustainability while prioritizing community service and accessibility. Inspired by the essence of leaves—
symbols of growth, renewal, and interconnectedness with nature—this architectural approach
integrates several facets to better serve the community. The hospital's physical design mimics the
structure and function of leaves, with interconnected and branching wings, resembling veins that bring
life-giving sustenance. This layout not only maximizes natural light and ventilation but also emphasizes
accessibility by providing multiple entry points and easy navigation within the building. The exterior
landscape mirrors the organic patterns found in leaves, incorporating greenery, curved pathways, and
open spaces that invite patients, visitors, and staff to connect with nature.
Symbolically, the "Leaves" design concept goes beyond aesthetics; it represents the hospital's
commitment to sustainability and environmental stewardship. The building employs eco-friendly
materials, energy-efficient systems, and renewable resources, aligning with sustainable practices.
Rooftop gardens and living walls not only contribute to improved air quality but also serve as
therapeutic spaces for patients and contribute to the hospital's commitment to biodiversity
conservation. Additionally, rainwater harvesting and recycling systems minimize water consumption,
echoing the resourcefulness seen in nature's cycles.
Accessibility is at the core of this design concept, ensuring inclusivity and ease of use for all
community members. Ramp access, spacious corridors, and tactile signage accommodate individuals
with disabilities, promoting a barrier-free environment. The incorporation of sensory gardens and quiet
contemplation areas caters to diverse patient needs, providing spaces for relaxation and healing while
promoting mental well-being. Moreover, community involvement and feedback are integral in shaping
this design, ensuring that it remains responsive to the needs and aspirations of the diverse population it
serves.
As a symbolism of life and sustainability, the "Leaves" design concept not only redefines the
traditional hospital structure but also reimagines its role within the community. It serves as a living
testament to the interconnectedness of life and the importance of nurturing both human health and the
environment. Beyond its architectural beauty, this concept embodies a commitment to fostering a
healthier, more inclusive, and sustainable community for generations to come.
SUSTAINABLE APPROACH
CONSIDERATION IN MATERIALS
● The designers intend to use low emissivity glasses since they are a form of glass that significantly
improves the energy efficiency of windows and doors. It contains a colorless, ultra-thin, non-
toxic covering that reduces the amount of ultraviolet light that penetrates through. Low E glass
windows can improve brightness while also lowering heating and cooling costs.
● Rubber flooring will also be considered by designers since it is a renewable material that does
not require harsh chemicals for cleaning and upkeep. It is more expensive than other common
flooring materials, but it actually costs less over time because to its longevity and fewer care
requirements.
SPACE
PROGRAMMING
PROPOSED GENERAL HOSPITAL
MAIN
BUILDING
SPACE PROGRAMMING CHART
AREAS
DIMENSION AREA LOCATION
GROUP/Z # OF
REQUIRED SPACE ACTIVITIES TOTAL MANUAL PEDAL PIVOTAL
ONE USER FURNITURE QTY NSF
L W AREA (0.96 (0.61 (2.46
SQM) SQM) SQM)
RELAXING 4-SEATER SOFA 2.3 1.2 1 2.76
SOCIALIZING 2-SEATER SOFA 1.8 1.2 2 4.32
MAIN LOBBY 12 50% 30% 20%
CHECKING IN CENTER TABLE 0.9 0.9 2 1.62 10.31
PASS TIME SIDE TABLE 0.4 0.4 4 0.64
TOTAL 9.34 0.48 0.244 0.246
APPOINTMENTS CHAIR - GANG TYPE (3-SEATER) 1.8 0.4 3 2.16
WAITING AREA WAITING 1 CHAIR - GANG TYPE (4-SEATER) 2.2 0.4 3 2.64 50% 30% 20%
10.09
BLANK CHAIR - GANG TYPE (7-SEATER) 3.6 0.4 3 4.32
TOTAL 9.12 0.48 0.244 0.246
INQUIRING COUNTER 2-LEVEL 2.1 1.2 1 2.52
COMPUTER TABLE 1.6 1.2 1 1.92
INFORMATION/RECEP
ANSWER PPHONE CALLS SWIVEL CHAIR 0.4 0.5 5 1
TION & ADMITTING 1 50% 30% 20%
ADMITTING WORK COUNTER 1.8 1.2 1 2.16 14.33
SECTION
GREETING FILE CABINET 0.6 0.6 2 0.72
ASSISTING COMMUNICATION SYSTEM CONSOLE 2.1 1.2 2 5.04
TOTAL 13.36 0.48 0.244 0.246
URINATION WATER CLOSET 0.65 0.35 1 0.2275
PWD RESTROOM DEFECATION 1 WALL MOUNTED SINK 0.9 0.46 1 0.414 50% 40% 10%
1.7555
WASH HANDS URINAL BASIN 0.45 0.32 1 0.144
TOTAL 0.7855 0.48 0.244 0.246
URINATION WATER CLOSET 0.65 0.35 2 0.455
MEN'S RESTROOM DEFECATION 4 URINAL BASIN 0.45 0.32 4 0.576 50% 40% 10%
2.1585
WASH HANDS DUAL BASIN VANITY LAVATORY 0.45 0.35 1 0.1575
TOTAL 1.1885 0.48 0.244 0.246
URINATION WATER CLOSET 0.65 0.35 2 0.455
WOMEN'S RESTROOM 4 50% 40% 10%
DEFECATION DUAL BASIN VANITY LAVATORY 0.45 0.35 1 0.1575 1.5825
TOTAL 0.6125 0.48 0.244 0.246
URINATION WATER CLOSET 0.6 0.4 4 0.96
STAFF TOILETS DEFECATION 4 LAVATORY 0.6 0.8 4 1.92 50% 40% 10%
4.17
WASH HANDS URINAL 0.4 0.4 2 0.32
TOTAL 3.2 0.48 0.244 0.246
CASH TRANSACTIONS DESK 1.2 0.6 3 2.16
ADMINISTRATIVE DEARTMENT
OBSERVING Footstool 1 1
TREATING General Waste bin 0.33 0.55 1 0.2
ISOLATION ROOM 1 50% 40% 10%
RECUPERATING Infectious Waste bin 0.33 0.55 1 0.2 4.77
RESTING PPE Cabinet 1.2 0.55 1 0.7
MAINTENANCE Wall-hung Lav. 0.61 0.4 1 0.2
Soiled Linen Hamper 0.45 0.45 1 0.2
TOTAL 3.8 0.48 0.244 0.246
URINATION SINK, STAINLESS STEEL 0.6 0.6 1 0.36
ISOLATION ROOM'S DEFECATION WATER CLOSET 0.6 0.4 1 0.24
1 50% 40% 10%
TOILET WASH HANDS URINAL 0.6 0.8 1 0.48 2.21
SANITIZING LAVATORY 0.4 0.4 1 0.16
TOTAL 1.24 0.48 0.244 0.246
OBSERVING Hospital Bed (Adjustable) 1.1 2 1 2.2
MONITORING Side Table 0.4 0.4 1 0.2
OBSERVATION ROOM EXAMINING 1 Footstool 0.4 0.4 1 0.2 50% 40% 10%
6.17
DIAGNOSING Stacking Chair 0.5 0.6 1 0.3
TREATING Cubicle Curtain and Rod 1.5 1.5 1 2.3
TOTAL 5.2 0.48 0.244 0.246
STORING STORAGE SHELVES 0.92 0.36 2 0.6624
EQUIPMENT AND
STACKING 3 CABINET 0.8 0.6 3 1.44 50% 40% 10%
SUPPLY STORAGE AREA 3.8724
RESERVING CART 1 0.8 1 0.8
TOTAL 2.9024 0.48 0.244 0.246
MANAGING 2-Seater Sofa 1.2 1.8 2 4.3
DOCUMENTING Desk 0.6 1.2 1 0.7
DOCTOR'S OFFICE REPORTING 1 Swivel Chair 0.45 0.45 1 0.2 50% 40% 10%
7.87
FILING Steel Filing Cabinet 1.2 0.6 2 1.4
ANSWERING CALLS Side Table 0.4 0.4 2 0.3
TOTAL 6.9 0.48 0.244 0.246
EATING 4-Seater Dining Table 0.76 1.52 1 1.2
DRINKING Dining Chair 0.52 0.52 4 1.1
DOCTOR'S PANTRY PASS TIME 1 Counter w/ Cabinets 3 0.8 1 2.4 50% 40% 10%
6.17
Stainless Steel Sink 0.4 0.4 1 0.2
Water Dispenser 0.66 0.48 1 0.3
TOTAL 5.2 0.48 0.244 0.246
EMERGE
7.3364
GREETING CHAIRS 0.6 0.6 2 0.72
TOTAL 6.3664 0.48 0.244 0.246
SCRUBBING WORKING COUNTERS 0.6 1 2 1.2
STERILIZING DRYER 0.68 0.68 5 2.312
CLEANING ROOM CLEANING 2 ULTRASONIC WASHER 0.6 0.45 5 1.35 50% 40% 10%
8.086
SANITIZING SINK 0.5 0.46 5 1.15
SEALING MACHINE 0.92 0.3 4 1.104
TOTAL 7.116 0.48 0.244 0.246
SANITIZING AUTOCLAVE STERILIZER 0.92 0.73 2 1.3432
STERILIZING ROOM 1 50% 40% 10%
STERILIZING HORIZONTAL AUTOCLAVE 1 0.6 2 1.2 3.5132
TOTAL 2.5432 0.48 0.244 0.246
STORAGE AND STACKING STAINLESS SHELF 0.76 0.4 5 1.52
1 50% 40% 10%
RELEASING AREA STORING RACKS 1.5 0.5 5 3.75 6.24
TOTAL 5.27 0.48 0.244 0.246
INSPECTING COUNTER-TRANSACTION 1.5 0.4 1 0.6
INSPECTION AND
MONITORING COUNTER SINK 1.2 0.6 1 0.72 50% 40% 10%
PACKAGING AREA 2.69
ANALYZING CHAIR 0.5 0.4 2 0.4
TOTAL 1.72 0.48 0.244 0.246
TOTAL NSF 27.8656 27.8656
CIRCULATION 30% 8.35968
TOTAL NSOF 36.22528
EFFICIENCY 75% 48.30037
MECHANICAL 10% 4.830037
53.13041
For Exterior Walls 2% 1.062608
Total GSF 54.19302
SPACE PROGRAMMING CHART
AREAS
DIMENSION AREA LOCATION
# OF
GROUP/ZONE REQUIRED SPACE ACTIVITIES TOTAL MANUAL PEDAL PIVOTAL
USER FURNITURE QTY NSF
L W AREA (0.96 (0.61 (2.46
SQM) SQM) SQM)
MANAGING DESK 1.2 0.8 1 0.96
MONITORING DESK EXTENSION 0.9 0.4 1 0.36
ASSESSING COUNTER W/ CABINETS ABOVE & BELOW
0.9 0.4 1 0.36
REPORTING SINK, STAINLESS STEEL 0.6 0.6 1 0.36
OFFICE OF THE CHIEF DOCUMENTING STEEL FILING CABINET 0.9 0.4 2 3.96
1 50% 40% 10%
NURSE FILING SIDE TABLE 0.4 0.4 1 0.16 11.37
STATEMENTS VISITOR'S CHAIR 0.4 0.4 4 0.64
COORDINATING JUNIOR EXECUTIVE CHAIR 0.4 5 1 2
SWIVEL CHAIR 0.4 0.4 8 1.28
CABINET 0.8 0.4 1 0.32
1 10.4 0.48 0.244 0.246
URINATION SINK, STAINLESS STEEL 0.6 0.6 1 0.36
TOILET IF THE CHIEF DEFECATION WATER CLOSET 0.6 0.4 1 0.24
1 50% 40% 10%
NURSE WASH HANDS URINAL 0.6 0.8 1 0.48 2.21
NURSING ANG SERVICE DEPARTMENT
UTILITY ROOM
MAIN
BUILDING
SURGICAL
DEPARTMENT LIBRARY
ADMIN DEPARTMENT
MALSAKIT
CENTER
PHARMACY
EMERGENCY
DEPARTMENT
OUTPATIENT CE N TE R
DEPARTMENT
CASHIER
INFO. WAITING
RESTROOM
DESK AREA
LOBBY
LEGEND:
PUBLIC
SECURITY
SEMI PUBLIC BILLING
SEMI PRIVATE VESTIBULE
PRIVATE
EXAMINATION ROOM
RESTROOM
OPD MEDICAL
OU TP AT IE NT
LOBBY ISOLATION
DE PT . ROOM
SECURITY
ADMIN BUILDING
INFO DESK
WAITING AREA
STO.
LEGEND:
PUBLIC
SEMI PUBLIC
SEMI PRIVATE
PRIVATE
MAJOR OPERATING TO MORUE RESTROOM
MAJOR OPERATING
SUB-
STERIL JANITOS ROOM
ANESTHESIOLOGIST IZING DELIVERY ROOM
STERILIZING AREA
EQUIPMENT
SU RG IC AL &
DRESSING
OB ST ET RI CA L
DE PT
REALISING AREA
NURSE STATION
INSPECTION
AND
DRESSING
PACKAGING
SUSPECT NURSEY
EQUIPMENT STO.
STAFF LOUNGE
SURGICAL SUPERVISOR BREAST FEEDING SEPTIC NURSE
ROOM
LEGEND:
PUBLIC
ADMIN BUILDING
SEMI PUBLIC
SEMI PRIVATE
PRIVATE
ISOLATION
DOCTOR’S OFFICE
MINOR
OPERATING
OBSERVATION AREA TRIAGE
NURSE
STAFF
ISOLATION EM ER GE NC Y
RECEPTION LOBBY
DE PT .
ADMIN BULDING
SECURITY
PEDIA
RECEIVING AREA
PUBLIC
SURGERY C.R
LEGEND: OB GYNE
PUBLIC
SEMI PUBLIC
SEMI PRIVATE
PRIVATE
WARDS
DIETARY
C.R
SERVICE
CANTEEN
PLAY ROOM
PRAYER ROOM
CE N TE R
NURSERY
AND WARDS
PUBLIC CR
RADIOLOGY DEPT.
BALCONY
LEGEND:
PUBLIC
SEMI PUBLIC
SEMI PRIVATE
PRIVATE
PRIVATE TYPICAL 2 BED TYPICAL 4 BED TYPICAL 4 BED
WARDS WARDS WARDS WARDS
C.R
DOFFING AREA
OFFICE OF
THE CHIEF
NURSING
AND SERVICE STERILIZING AREA
SECRETARY DEPT.
ADMIN BUILDING
UTILITY AREA
ISOLATION
NURSE STATION INFIRMARY
ROOM
LEGEND:
PUBLIC
SEMI PUBLIC
SEMI PRIVATE
PRIVATE
WARDS C.R
WARD C.R
TYPICAL 2 WARDS C.R
TYPICAL WARDS
PRIVATE WARDS
TYPICAL WARDS
PEDIATRIC
DEPT. NURSE STATION
NURSE STATION
WARD C.R
CONSULTATION
DOCTORS OFFICE
LEGEND: SUPPLY ROOM
PUBLIC
SEMI PUBLIC ADMIN BUILDING
SEMI PRIVATE
PRIVATE
X-RAY
RADIOLOGIST
DARK ROOM
RADIOLOGY
DEPT.
EXAMINATON ROOM
ULTRASOUND
WAITING AREA
STERILIZING ROOM
EMPLOYEES ROOM
ADMIN CENTER
C.R
LEGEND:
PUBLIC
SEMI PUBLIC
SEMI PRIVATE
PRIVATE
GREENERIES
SURGICAL DEPARTMENT
ADMIN DEPARTMENT
EMERGENCY DEPARTMENT
CONSULTATION
PHARMACY
RESTROOM LIBRARY
OUTPATIENT DEPARTMENT
LOBBY RESTROOM
MAIN LOBBY
GREENERIES
DIATARY SERVICE
ISOLATION AREA
PEDIATRIC DEPARTMENT
CANTEEN
PLAY ROOM
OPEN SPACE
SITE
PROGRAMMING
TLA = 64.068 59m.
AMBF = PSO X TLA
50% x 64,068sqm
=332,034 sqm
=5× 32,034
= 160,420 sqm