Research and Development Center For Vaccine and Immunization
Research and Development Center For Vaccine and Immunization
Research and Development Center For Vaccine and Immunization
RESEARCH INSTITUTE
FOR MEDICINAL
DEVELOPMENT OF
IMMUNIZATION
2. PROJECT JUSTIFICATION
RESEARCH- the systematic investigation into and study of materials and sources in order to
establish facts and reach new conclusions.
DEVELOPMENT- is a process of improving the quality of all human lives and capabilities by
raising people's level of living, self-esteem and freedom. This process is not of years, but of
many decades and goals is ever-changing.
IMMUNIZATION-
Process to guard against an infectious disease for a person or animal by putting a substance
in the body to produce antibodies.
COVID-19 Pandemic hits all around the world, started in 2019 and continuously spreading and
waiting for vaccine development. The Philippines is number one in Southeast Asia for having
the highest rates in Covid-19 cases. Our country has nothing to do but to wait for vaccine on
other countries which we cannot risk if another pandemic hits the country. With the help of
Architecture, it aims to help and provide the needs of our country. Here are the lists of
questions that will be asked for the research:
How can Architecture help lead our country into one of the countries around the world
that can develop vaccines?
How can Architecture help design a facility that will provide a bigger and better future
for our doctors, scientists and citizens?
How can Architecture lift up our country with this facility in trying times and providing
what our country needs?
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Futuristic approach for the How can Architecture help To introduce a center for
target users that has design a facility that will medical field services that
specialization in vaccine provide a bigger and better has multiple functions and
development future for our doctors, activities wherein they can
scientists and citizens? execute and develop
vaccines.
4. Project Goals:
The main goal of this research is to acquire knowledge that will enhance the planning
and design in terms of building a research institute for medicinal development of immunization.
The main objective of the study is to provide right and just solutions that can help the
Philippines in having vaccines not only for COVID-19 but also for the other decease. Designing
this facility will help the target users to work and develop different vaccines that will be useful
to many situations in the future. It also targets to help the country to be ready in times of
another pandemic that might happen in the future and can also help other countries with this
kind of problems. Here are some key objectives that can help in designing the development
center:
To provide flexible and spacious facility to allow target users to adapt and inherit
the benefits of providing a research institute for them.
To introduce a center for medical field services that has multiple functions and
activities wherein they can execute and develop vaccines.
To help our fellow Filipino people to develop vaccines and to be distributed all
over our country without waiting for other vaccines in other countries.
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5. Target Users:
Primary Users
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2. Researchers
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3. Medical students
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4. Pharmaceutical companies
Secondary Users
Maintenance staffs
6. Project Component:
Project Description:
The focus of the project is to provide the target users a facility wherein they can
function well and produce and discover vaccines for future purposes. Providing them this
facility will allow them to have their maximum potential to work and create something good for
the country without going to other countries or facilities just for them to do their field of work.
The project aims to shape and develop the users for them to be prepared in the future starting
from students to the highest form of users in this development facility.
PRIMARY BUILDING
SECONDARY BUILDINGS
ADMIN BUILDING
OPEN FIELD
RESTAURANT
CLINICS
Project Scope:
The project is an institute intended for research purposes on implementing medicinal
immunization or vaccines. The target users will have their own respective buildings or facility
where researchers can do their field of research that would allow them to work freely and in a
hassle-free environment. Bigger companies or pharmaceutical companies can either rent or
stay within the facility to work and discover vaccines. Microbiology graduate students who are
going to pursue their MD can also work on the facility and will be designing a learning center for
them for educational purposes. With that, they will be also offered dormitories or a space or
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building intended for those who wants to stay within the facility so that their time will not be
spent on travelling from one place to another.
LABORATORIES
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A) Classroom requirements – the medical school shall provide adequate physical plant and
other resources to support its various educational activities. It shall have not only classrooms
but also laboratories needed for the programs. The laboratories shall have the necessary
equipment to support the instructional needs.
B) Laboratory requirements – It is not necessary that the facilities be hi-tech but they shall be
adequate for the students to at least develop competencies for primary patient care and
community practice. The facilities shall represent variety of settings that are similar to the
actual place of medical practice. It shall include community-based and ambulatory care facilities
as well as in-patient care facility.
C) Audio-Visual equipment – The medical school shall have adequate audio-visual equipment
and software. These include films, slide and overhead projectors; films, tapes and CDs, charts,
pictures and models. It is desirable for a medical school to have skills laboratory before
students are exposed to real patients.
2) The total area of window openings must be at least 10.00 square meters to provide for
natural ventilation and illumination.
3) The window sill must not be lower than 0.60 meter for single-storey buildings or higher than
0.90 meter for multi-storey buildings from the finished floor line (FFL).
4) The minimum height of the fixed louver or transom window above the operable windows is
0.30 meter.
5) The window panels, when opened, must not be an obstruction along the corridor.
6) The window metal frames and jalousie holders must be sturdy enough to withstand
vandalism.
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Doors
3) The doors must be 0.90 meter in clear width and 2.10 meters in clear height.
4) The doors must withstand normal wear and tear and shall be provided with keyed lever-type
locksets.
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7. NBC Computation
BHL:
AMBF
= 192,748 x 2.50
96,374 SQ. M =5
ALLOWABLE MAXIMUM
UNPAVED SURFACE AREA = TLA x 30%
BUILDING FOOTPRINT= TLA x PSO = 192,748 x .30
= TLA x 50% = 57,824.4 SQM
= 192,748 x 50%
= 96,374 SQM TOTAL OPEN SPACE LOT = ISA + USA
= 38,549.6 + 57,824.4
PERCENTAGE OF SITE OCCUPANCY = 96,374 SQM
= TLA x 50%
= 192,748 x 50% GROSS FLOOR AREA (GFA) = TLA x FLAR
= 96,374 SQM = 192,748 x 5
= 963, 740 SQM
IMPERVIOUS SURFACE AREA= TLA x 20%
= 192,748 x 20 TOTAL GROSS FLOOR AREA
= 38,549.6 SQM = AMBF X FLAR
= 96,374 x 5
MAXIMUM ALLOWABLE CONSTRUCTION = 481,870 SQM
AREA = PSO + ISA ALLOWABLE MAX VOLUME OF BLDG.
= 96,374 + 38,549.6 (AMVB) = AMBF x BHL
= 134,923 SQM = 96,374
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Project Cost
YEAR TOTAL
2015 Php
2016
2017
2018
2019
2020
2021
2022
2023
2024
2025
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9. SITE JUSTIFICATION
VICINITY MAP
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G. Preliminary concept:
“NAUTILUS SHELL”
A nautilus shell is a type of shell that has chambers arranged in approximately logarithmic
spiral, the shell itself has a pattern of circular motion starting from the center going outwards.
This sequence is connected to the process being done to conducting a research. Each process
has equivalent actions and production, the shell is used in this project because it shows that the
process of making a vaccine is a long-term cycle, with a lot of brain storming being done by the
researchers and specialists.
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Conceptual Framework:
PROPOSED SITE
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