Chapter-1-to-3-team-aja.docx

xCHAPTER I

INTRODUCTION

1.1 BACKGROUND AND RATIONALE Philippines is one of the world’s largest archipelago nations in Southeast Asia which is situated in the western Pacific Ocean. Philippines comprise of 7,107 islands, Luzon, Visayas, and Mindanao as the three main islands. Manila is the capital of the Philippines and is situated in the largest island of the country, Luzon (see figure 1). According to the Philippine Statistics Authority as of August 1, 2015 the total population of the country is about 100,981,437, and its total land area is 298,170 square kilometer (115,124 sq. miles).

Figure 1.The Philippine Map

The Philippines is an ethnically distinctive country. With its topography consisting of coastal areas, dense forests, plains, and mountainous terrains, the Philippines is rich in

biodiversity. It is also considered as one of the mega biodiversity countries in the world with a high percentage of flora and fauna. Through this richness in resources, Philippines sustain its economic needs and still continue to grow. On September 24, 1972 when the Philippines was subdivided into 17 regions by Presidential Decree No. 1 and considered the Western Visayas or commonly known as Region VI as a legislative Region. , as shown in the first figure. It has a total land area of 20, 223.2 square kilometers, composed of six provinces namely: the province of Aklan, Antique, Capiz, Guimaras, Negros Occidental and Iloilo.

Figure 1. The Seventeen Regions of the Philippines and its location in the map

Figure 2. Provinces of Western Visayas in the map The region is consist of sixteen cities which are: Roxas, Iloilo, Bacolod, Bago, Cadiz, Escalante, Himamaylan, Kabankalan, La Carlota, Sagay, San Carlos, Silay, Sipalay, Talisay, Victorias and later, on the 30th day of January in the year 1998 the former president of the

Philippines Fidel V. Ramos through the signing of R.A. 8469 successfully converted the town Passi into a city, which makes it the sixteenth city of western visayas. Passi City is considered as a fourth class city in the province of Iloilo and administered as one of the oldest Spanish settlements. It has a total land area of 25, 135 hectares which occupies the 5.39% land of Iloilo, and it is in the fourth district of Iloilo. The city is located in the Heart of Panay and is geographically located South of Dumarao, Southeast of Bingawan, East of Calinog, Northeast of Dueñas, North of San Enrique, and Southeast of San Rafael. It could be reached within 45 minutes from Iloilo City and 1 hour to Roxas City.

Figure 3. Location of Passi City

Table 1. List of Barangays LIST OF BARANGAYS IN PASSI CITY 



Cabunga



Agdahon Agdayao



Cadilang



Aglalana



Cairohan



Agtabo







Malag-it Grande



Poblacion Ilawod



Poblacion Ilaya

Malag-it



Punong



Quinagaringan Grande



Quinagaringan Pequeño



Sablogon



Salngan



Santo Tomas



Sarapan



Tagubong



Talongonan

Pequeño Dalicanan



Mambiranan Grande



Agtambo



Gemat-y



Alimono



GemumuaAgahon



Mambiranan Pequeño



Arac



Ayuyan



Gegacjac



Man-it



Bacuranan



Gines Viejo



Mantulang



Bagacay





Mulapula



Batu

Imbang Grande



Nueva Union



Bayan



Pangi



Bitaogan



Pagaypay



Buenavista



Buyo

 

Jaguimitan Libo-o



Maasin



Tubod



Magdungao



Tuburan

Table 2. Population Census of Passi City Year

Popualtion

1903 1918 1939 1948 1960 1970 1975 1980 1990 1995 2000 2007 2010 2015

7,578 26,988 28,060 30,918 26,945 35,288 43,755 47,988 57,701 59,539 69,601 76,045 79,663 80,544

Passi is a rice, pineapple, and sugar-rich area and the only component city and the largest in the Province of Iloilo in terms of land area, population and income. Because of its strategic location, Passi became a center for trade and commerce bringing more investment opportunities to the municipality. Its high income, high population growth, and big area of land has finally bring into the limelight and recognized as the first component city in the island of Panay in 1998 through R.A. 8469 signed by the former president Fidel V. Ramos. From then till now, Passi City never stops to progress and develop. Moreover, for the past years, infrastructure in Passi keeps on increasing and improving. As of 2018, from the office of Planning and Development, the total number of business establishment likes shopping malls, Recreation Centers, Public establishments and other businesses are shown in table 3 and 4.

Table 3. Summary of Establishments at Passi City Name of Establishment Gaisano City City Mall Vic Imperial Appliance Center Passi Air Gas Supply and Marketing Julie’s Bakeshop JY Glass and Alliminum Wilson’s Metal Craft Depz Purified Drinking Water Panes Limestone Quarry Padernal Scrap Trading Asa Philippine Foundation Incorporated KPG Quarry J & A Store and Netway Hacienda Estrella Family Resort Passi Crushing Plant Inc. RG & P Trading & Development Corp. RPJ Multi-Ventures Inc. Shaff Construction Inc. Añes Metal Craft Shem Electrical Services Angeline Rice Mill COB Metal Workshop Our Lady of Peace Memorial Park Jaquimitan Agrarian Reform Cooperative Adrey Purified Drinking Water Melchor Hydraulic Hose Center Creative Minds International ROLE Finance & Investment Horray Construction Supply Karl Wash & Refreshment Christ Sand & Gravel & Const. Supply Red Surplus Auto Supply Passi Center Corporation PACEMCO EFJOBS Furniture Shop Funeraria Palomo-Roquios Passi Trade School MPC United Excelsior Marketing, Inc OML Agricultural Development Corporation RMCJ Sound System Passi Supermart, Inc.

Table 4. Total Number of Businesses in Passi City (2018) January – December 31, 2018 NEW

RENEW

TOTAL

No. of Business

243

1,628

1,871

Amount of Capital/Gross

38,113,295.63

3,493,635,457.49

3,531,748,753.12

No. of Employees (Male)

131

1,815

1,946

No. of Employees (Female)

198

2,187

2,385

1.2 Problem Identification Despite of all these progress and development, Passi City is still lacking for public services and facilities like library and telecommunication center to cater the needs of the growing population of Passi City. Public services and facilities plays an important role in providing support services to create feasible, sustainable, healthy and organized community that leads to an economic and social development. Lack of Centralize Telecommunication Center. As the number of population and business establishment in Passi city are expected to increase each year, it is likely expected that the number of business transactions will increase and the security and safety of people will also be affected. Thus, a need for a centralize telecommunication building will be a great help to the community of Passi to monitor the safety of people and to provide faster and organize telecommunication line within the city. Insufficient facility which is in charge for Security of the entire city. Passi City is in need of for a facility which will be used as a control center for all the CCTV monitors in the city and will also be utilize as telecommunication facility where people of Passi can address their concerns.

Lack of Computer Station. It is undeniable that not all Secondary and Tertiary level students have their own laptops. Therefore the city plans on providing them a research facility where they can have access to the computers and make their researches, specially that the K12 program of the government being impose focusses more on research activities. Lack of City Library. Library is a facility which offers a free information for everybody, the goal of Passi City is to educate the people through putting up a library which can help the people who wanted to learn and gain knowledge by using the resources that will be put therein and aside from that, it will also help in boosting the economy of the city, it will preserve the history and it will become a defender of the city against misinformation. To address all this problem or concern, the local government of Passi City plans to establish a complex telecommunication building which will be constructed in Baranggay Sablogon, besides the Passi City Hall building (see figure 4). The building is a 2 storey structure which consist of a library and computer center in the first floors and telecommunication office in the second floor.

Figure 4. Location of City Hall in the Map

1.3 Objectives of the study 1.3.1 General Objective To design a Complex Telecommunication building in Passi City 1.3.2 Specific Objectives The following are the set of specific objectives to be performed in this study: 1. To visit the site for inspection and data gathering. 2. To conduct geotechnical investigation which includes the collection of soil samples that is necessary for the study. 3.

To provide design for the architectural plan, structural design, electrical plan, plumbing systems for the Multi- Purpose Telecommunication Building.

4.

To finalize and analyze the plan.

5.

To organize a work schedule for construction of specified structure; and

6.

To estimate the total project cost

1.4 Significance of the study

Local Government Unit. The LGU can focus on other projects which concerns the improvement of Passi City instead of making plans and designs for the propose project. Researchers. The study will help the researchers in terms of being able to experience what it feels like in the real world. It will be an avenue for new learnings and discoveries of things outside the school premises.

1.5 Scope and Limitations The focus of the project study includes the design and cost estimation of the proposed structure. The study aims to create a series of plans such as structural, architectural, electrical and plumbing plans. The implementation of the proposed project will depend on the assessment of the Department of Planning and Development, Engineering Department and the City Mayor. The proposed project will only provide a designs and structural Analysis and does not include the implementation and construction of the building

Chapter II

REVIEW OF RELATED LITERATURE

Telecommunication is one of the most important public utilities as well as a public library that a city or country must provide to its people. Telecommunication refers to the exchange of information by electronic and electrical means over a significant distance. It is also an important tool for businesses because it enables the companies or agencies to communicate effectively with customers and deliver high standards of customer service. A library and a research centers are also a utilities or facilities which enable the public; especially the students to gain knowledge or ideas that may help them in their studies. A well - designed Complex Telecommunication building has an important impact to the occupants as well as to the customers and clients because this will give them a comfortable and organized working space. Thus, designing this project will required a lot of analysis.

2.1 Related Studies

2.1.1 Telecom Office Building in Portugal. The articles main principle regarding the intervention relies on an internal functional remodel and optimization of the existent building, according to the possibilities initially presented by its original structure and inner spatial layout, which allowed its maintenance without increasing its bulk area, height or presence.

Figure 5. Telecom Office Building Despite being originally built for the same office functions and purpose, the adopted inner organization became gradually obsolete, facing the technical, functional and safety requirements demanded by the performance needs of a contemporary office’s building.

Figure 6. Telecom Building Floor Plan The intervention aims to the building’s enhancement on a functional level, also adjusting it to the required safety principles while upgrading its spatial display to the overall image, representation and performance willed by Portugal Telecom. The introduction of passive

security system, as well as thermal and acoustic insulation, will enhance the building’s functional performance and increase its comfort standards. (www.archdaily.com)

Figure 7. Interior of the Building

2.1.2 Commercial Building Codes: Protecting Lives and Livelihoods. An article written by Insurance Institute for Business Home and Safety (IIBHS) stated that the building codes are important regulatory structures which assure that minimum acceptable standards are being used in the design, construction and maintenance phase of the places where people live and work. In addition, it is made to improve the safety and workability of the structures which may result to the reduction of deaths, injuries and damage in the property from a wide range of hazards. The codes which are discussed in the article are the following: 2.1.2.1 The International Building Code. The code which governs commercial and most multi-family residential design, construction alteration and replacement. Which impose the requirements such as the governing structural strength, egress, stability, sanitation, adequate light and ventilation, energy conservation, and safety from fire and natural hazards. Aside from

that, the code is also created to protect the firefighters and other respondents during emergency operations. 2.1.2.2 International Fire Code. A code which duplicate the International Building Code with an emphasis on fire safety and evacuation plans and drills. 2.1.2.3 International Existing Building Code. The code was developed to permit flexibility of approaches to gain compliance with the minimum safety requirements which is impose in the code that regulates new construction. The code is applicable for the repair, alteration, change of occupancy, additional and relocation of existing buildings. 2.1.2.4 Other System Specific I-codes. Systems that are specific in both residential and commercial building it includes the International Plumbing code and the International Mechanical Code. 2.1.2.5 International Energy Conservation Code. The code which address the effectiveness and is designed to reduce energy consumption, conservation of natural resources and reduction of impact of energy usage in the environment. 2.1.2.5 International Green Construction Code. A code which aims to create a model of green building code for new and existing commercial buildings. These codes plays a role in building construction for both commercial and residential building not only because it reduce property damage but also it helps in preventing casualties. (https://disastersafety.org)

2.1.3. Designing Green Building Plans. "Going green" is a popular trend in designing a building and it becoming more in demand each year because there are so many benefits toward designing a green office. Engaging to green office building plans can help lower the energy bills and environmental impact while increase the productivity.

2.1.3.1Include Natural Light. Avoid adding interior walls that aren't necessary. For privacy, consider glass or even glazed partitions that allow natural light to permeate throughout the room. Designing a more open workspace will let the light in.

2.1.3.2Choose Green Products. Select office equipment and furniture carefully that have been assessed as environmentally friendly.

2.1.3.3Have Adequate Insulation. Add proper insulation throughout your office space to reduce energy consumption.

2.1.3.3Energy Efficiency. Choose the most energy-efficient office equipment and appliances are necessary for going green in the office. Lighting is a major culprit for energy consumption. Design elements such as sensors and time switches help reduce unnecessary energy wasting.

2.1.3.4Good Ventilation. An efficient ventilation system is the key for a green office. All workers deserve clean air to breathe. Make sure to use paints and materials certified as low VOC. Add plants throughout the space. They are beautiful and help purify the air. If possible, have windows that can be opened to allow fresh air to flow.

2.1.3.5Lower Water Usage. Conserving water is a plus for a green office. Consider conserving water by installing touch or push taps. Special fittings can be used to adjust the time and water flow. Water efficient toilets and urinals can be used as well.(www.designblendz.com)

2.1.4 West Branch of the Berkeley Public Library. The 9,500-square-foot West Branch of the Berkeley Public Library is the first certified Living Building Challenge zero net energy public library in California. (See figure below)

Figure 8. West Branch of the Berkeley Public Library Perspective The building’s energy marks was minimized through integrated strategies for delighting (the building is 97% daylight), natural ventilation, and a high performance building envelope. (See figure below). An innovative wind chimney provides cross-ventilation while protecting the library interior from street noise. Renewable energy on site includes photovoltaic panels and solar thermal panels for radiant heating and cooling and domestic hot water.( www.brikbase.org)

Figure 9. West Branch of the Berkeley Public Library Overview

2.1.5 Standard size for Philippine Libraries. The size of the public library shall consider the community population, the growing library collection, size of library staff and services to be rendered. Library shall provide adequate space for reading areas: stack area, work room, multimedia room, storage room, staff lounge, toilets and space for other facilities. Provisions shall be made for a minimum seating capacity of 48-60 people at any one time for regional, provincial, city and first class municipality libraries and at least 36-48 for other municipalities and at least 12-24 for barangay reading centers. (plaistrlc.files.wordpress.com) 2.1.6 Design for Telecommunications Rooms 2.1.6.1 Primary Distribution Room (PDR). All buildings will have a Primary Distribution Room or PDR, commonly found on the lowest level of the building. This room will be a walk-in room with least measurements of 10’ deep x 12’ wide where twofold entryways may be required as coordinated by the Telecom office, unless something else indicated by the Telecommunication Technologies Office and should be isolated from other electrical, mechanical, and housekeeping spaces.

2.1.6.2 Satellite Distribution Room (SDR). Satellite distribution rooms (SDR’s) will be centrally found on each level of the building, and ideally organized in a “stacked” design. Negligibly, there should be a room for each 10,000 square feet of office floor space. Rooms might give a least amount of three (3) 4” center gaps with 4” sleeves/conduits thru the floor in back cleared out hand corner. Contractor will introduce a least amount of three (3) 1 1/4 inch plenum appraised inner-ducts in one of the four inch spine and/or riser conduits from Telecom Room to Telecom Room. 2.1.6.3 Room Design. All communications rooms will be prepared with ceilings might be open to structure, room lighting (50 foot candles measured at 3’ AFF) w/ light switch in Telecommunication Room. All rooms should be found away from any source of water harm. No water carrying channels should be allowed run through or inside the ceiling space or floor of rooms, but channels related with any required fire assurance framework. No shower or comparative wet rooms/areas might be adjoining to or over Telecommunication In expansion, as much as practicable, rooms should be found absent from electrical transformers, generators, discuss conditioning units or radio transmission hardware. (https://facilities.edu) 2.1.6.4 Main Distribution Room(MDF). In buildings of measure 5,000 square feet or more prominent, a secure room committed to telecommunications, might be given for the MDF. In smaller buildings, a secure wall-mounted Hoffman box may be a choice in lieu of a partitioned, committed room. The MDF should have 3/4" A/C fire treated plywood backboards to be introduced on all dividers, 8’ tall, painted with matte white paint.

Table 5. Main Distribution Room Size Building Size (ASF)

MDF Size (Length x width – ft)

Less than 5,000

Hoffman Box

5,000 to 10,000

10x8

10,000 to 50,000

10x12

50.000 to 100,000

12x12

100,000 to 150,000

14x14

150,000 to 200,000

14x16

Doors might open outward and follow to all fire codes. It may be essential to introduce twofold opening doors for this reason. Self-closing locksets should be utilize to guarantee doors are secure upon their closure. 2.3 Synthesis Telecommunication facility is indeed important to gather information and monitor the activities of the city. The plan of the City of Passi which is to propose a two storey MultiPurpose Telecommunication building is a help in the community as well in the city as a whole, for it will raise its economic growth and improve the way of life of the people in Passi City. The telecommunication office building in Portugal office layout could become the bases in terms the interior design of offices in the propose project. The building codes should be observe to avoid any unnecessary things to happen to the people who will be working inside the building that is being propose. In the given review of related literature shown above there is one thing that is common and that is the green building code. Therefore, the proposed Multi- Purpose Telecommunication

Building will be integrated by the said code so that sustainability can be attained and efficient use of energy can be minimized.

CHAPTER III

METHODOLOGY

The proposed project such as the Complex Telecommunication building in Passi City, includes the preparation of the architectural and structural design of the building with the library and the research on the first floor and the telecommunication offices on the second floor.

3.1 Design Constraints Communication is a way of propagating information and knowledge to one another. Therefore, it is an important entity to achieve unity and continuous development among the people of Passi City. But it is undeniable that projects have design constraints that is in need to be considered such as: Codes and Regulations. The entire design of the structure is dependent upon the National Structure Code of the Philippines (NSPC 2010 or 2015) and building code for the safety precautions of the people occupying the structure. It sets a limit at to which extent the loads the structure can carry. The material properties that can be used in structural design specifically in the compressive concrete strength ranges from 21 MPa to 83 MPa and to yield strength of steel it can be 275 MPa or 420 MPa. The steel bars to be used in the structure ranges from 10-57 mm. Aside from that, the limitations from the codes which are safety requirements such as, Philippine Electrical Code (PEC), and access for the Persons with Disabilities (PWD’s) should be observed. Design Concept and Client’s Concerns. Before designing any structure it is necessary to consult the clients for they play an important role in the construction period as they provide the fund for the project from the beginning of the construction up until the end. The clients already have an idea of what will be the result they want for the project which may cause the revisions

of the design concept later on. To accommodate the concerns of the clients it is better to create possible alternative process, such as providing them two or more design concept for which they can choose from. Environmental constrains. There are environmental challenges that are present today such as climate change, growing population, and water scarcity. In this case, the integration of green building technology will be considered to minimize the effects of these problems in the environment. There are a lot of sustainable solutions that can be used to lessen the effects on the environment such as water harvesting, the use of LED lights, solar panels, larger windows, and solar water heating. Economic constrains. The designs should be as economical as possible without compensating its quality and comfortableness. Additional to its other features such as green building facilities and required equipments, the total project cost should be at most Php 15,000,000 as allotted budget jointly funded by the local government unit and the Philippine National Government.

3.2 Contemporary Issues Relevant to the Study

3.2.1. Using of substandard material instead of quality materials. This Issue is very common in the Philippines especially in public projects. Substandard materials are materials that did not pass or meet the mandatory specification of the government. Using these materials will affect the overall designed capacity of the building which will result a serious problem that can put the lives of people at risk. 3.2.2. Fluctuation of Material cost. The fluctuation of construction materials is uncontrollable. Thus, there is tendency or chance that the estimated budget will not be able to meet.

3.2.3. Delay of Construction. There are lots of reasons or instances that the building construction gets delayed since it depends upon the availability of funds, materials and equipments. Also, the required documents like permits should be comply.

3.3 Design Framework

PROJECT DESCRIPTION

DATA COLLECTION

DRAFTING AND CONSULTATION OF PRELIMINARY PLANS (Architectural, Electrical, Plumbing Plans, Structural Design and Analysis)

FINALIZATION OF PLANS

COST ESTIMATES

PROJECT SCHEDULING

Figure 7. Design Framework

3.4 Data Collection and Analysis 3.4.1 Location. The location of the proposed site is at Brgy. Sablogon, Passi City. It shall rise beside the Passi City Hall. The location is ideal because it is near the center of the city and is accessible for the people of Passi.

Figure 8. Vicinity Map

3.4.2 Population. The total number of of population of Passi City is 90, 266 as of 2017 survey where it composes of a total number of 23, 445 families and a total number 19, 469 households. 3.4.3 Geotechnical Investigation. Sub soil exploration is necessary to determine the soil bearing capacity of the soil that will carry the entire structure. The method of soil sampling to be used is the Borrow Pit Method. Afterwards, the soil samples under laboratory testing consisting of Sieve Analysis, Moisture Content, Specific Gravity, Unit Weight Analysis and Atterberg’s Limit Analysis.

3.5 Structural Design and Analysis Plans such as floor plan, architectural plan, electrical plan, and plumbing plans are preliminary draft in accord with the accumulated data and standards and will undergo detailing in accord with the standards of the National Building Code of the Philippines and be finalized for cost estimation and scheduling. 3.6 Material/Cost Estimates The total project cost are calculated based on the plans within the allotted budget given.

3.7 Project Scheduling The construction of the project are schedule to determine the critical activities needed and the total construction time frame.

3.8 Resources and Facilities The following resources and facilities were used for the completion of the study: All maps, road network, and population details were acquired directly from the city of Passi. Necessary architectural plans were collected from the MPDO and Engineering Office of Passi City. Resources which are Google Maps, reliable internet sites, and relevant studies found in the books. Programs like Excel, Microsoft Office and dictionary were used to be able to accomplish the project proposal. Gadgets such as smartphones, laptops and printer were utilized to produce a hard copy of the project study. Lastly, pieces of advice from friends who already undergone project study.

REFERENCES Dulos, J.L., Leguro, K.C., Pamplona, J.R., (2015). “Proposed Construction of a New Dumangas City Hall in Barangay Tabucan, Dumangas, Iloilo”. Completed project study. Central Philippine University College of Engineering Iloilo Philippines Hall, D., Wiley, J., (2016). “Architectural Graphic Standards, 12th Edition”. Completed project study. New York Lanham, MD., (2001). “Building Blocks for Planning Functional Library Space”. Completed project study. Scarecrow Press Prakumthong, K., (2014). “Modern Public Library Buildings and Their Functions: A Case Study of Three Public Libraries in The Netherlands”. Completed project study. Leiden University

American Planning Association. 2019. [E-book]. Retrieved from https://www.planning.org/pas/reports/report241.htm

Archdaily. 2018-2019. [E-book]. Retrieved from https://www.archdaily.com/145202/telecomoffice-building-oficina-ideias-em-linha/> ISSN 0719-8884

Design and Construction Guidelines. 2015. [E-book]. Retrieved from https://facilities.unc.edu/files/2015/12/Fiber-Telecommunications-Guidelines.pdf

Insurance Institute for Business and Home Safety. 2019. [E-book]. Retrieved from https://disastersafety.org/ibhs-news-releases/commercial-building-codes-protecting-livesand-livelihoods-2

Lamudi Philippines Inc. 2017. [E-book]. Retrieved from https://www.lamudi.com.ph/journal/12sustainable-offices-philippines/

National Institute of Building Sciences. 2019. [E-book]. Retrieved from http://www.wbdg.org/

Telecom_Standards. 2017. [E-book]. Retrieved from https://telecom.colostate.edu/wpscontent/uploads/sites/19/2017/10/Telecom-Standards_100417.pdf

APPENDICES

APPENDIX A Project Study Budget and Expenses

TRANSPORTATION DESCRIPTION

BUDGET (Php)

EXPENSES (Php)

350 400 250 300 200 400 600 2,500

300 300 205 219 192 300 504 2,020

FAIR (3 person) FAIR (3 person) FAIR (3 person) FAIR (3 person) FAIR (2 person) FAIR (3 person) FAIR (3 person) TOTAL

DATE November 22, 2018 November 29, 2018 December 4, 2018 February 1, 2019 February 5, 2019 February 15, 2019 February 19, 2019

FOOD DESCRIPTION

BUDGET (Php)

DAY 1 DAY 2 DAY 3 DAY 4 DAY 5 DAY 6 DAY 7 TOTAL

300 300 150 300 100 300 300 1,750

EXPENSES (Php) 199 180 120 245 81.50 215 267 1,307.50

DATE November 22, 2018 November 29, 2018 December 4, 2018 February 1, 2019 February 5, 2019 February 15, 2019 February 19, 2019

MISCELLANEOUS DESCRIPTION PRINTING 2 RIM OF BOND PAPER ENVELOPE CLIP BOARD CLEARBOOK ARCHITECT(design) GRAMMAR CHECK PLAGIARISM SCAN HARD BOUND TOTAL OVER-ALL TOTAL

BUDGET (Php) 150 500 20 100 50 7,000 2,000 250 1,000 11,070 15,320

EXPENSES (Php) 127 344 10 100 45 6,000 2,000 200 950 9,776 13,103.5

DATE December 20,2018 February 6, 2019 February 10,2019 February 19, 2019 February 21,2019 TBA TBA TBA TBA

APPENDIX B WORK SCHEDULE

COLLEGE of ENGINEERING CENTRAL PHILIPPINE UNIVERSITY ILOILO CITY

PHILIPPINES

Tel Nos (033) 329 1971 (to79) local 1082 Fax No (033) 320 3004 CIVIL ENGINEERING DEPARTMENT

PROJECT STUDY SCHEDULE OF ACTIVITIES METHODS OF RESEARCH Week Week 1 November 12-16, 2018

Week 2 November 19-23, 2018

Week 3 November 26- 30 2018

Week 4 December 3-7, 2018

Week 5 December 10-14, 2018

TASKS AND ACTIVITIES Classes Begins Group Assignment and Brainstorming -Briefing with regards to the content of the letters -The group visit some municipalities to gather some possible projects Class Orientation about the content and outline of chapters that are included in the project study

Letter Processing For Mayor’s -The group submitted letters to the mayor of the designated Municipalities Making of Concept Paper -The group passed the concept paper

Week 6 December 17-21, 2018

PRELIM WEEK

Week 7 Dec. 23, 2018- January 7, 2019

Christmas Vacation

Week 8 January 7-11, 2019

Waiting for the approval of the proposed project

Week 9 January 14-18, 2019

Class Discussion about the content of chapter I and II

Week 10 January 21-25 ,2019

The group meet to discuss important details and contents in making chapter I -Making of chapter I individually was started

Week 11 January 28- Feb. 1, 2019

Gathered additional data for the proposed project -The group visited WVSU-Calinog to take some pictures needed for the study

Week 12 February 4-8, 2019

The group pass the Chapter I MIDTERM WEEK

Week 13 February 11-15, 2019

Week 14 February 19-23, 2019

The group visit WVSU and discovered that the project that has been approved is already under construction -Another concept paper was made and passed -Chapter I and II of the new approved project were made The group looked for possible projects from City of Passi because the current project was not feasible for it has a standard -Gathering of some important data were made for the possible projects that might be approved -Submission of new concept paper was made

Week 15 February 26- March 1, 2019

Week 16 March 4- 8, 2019

Week 17 March 11- 15, 2019

New Chapter I and II were submitted -Revision of chapter I and II were made -Making of Chapter III started Finalizing The three chapters -The group gathered for a meeting for additional information or details that can be added to the chapters -Submission was made The group had a meeting about the collated writeup -Making of collated write-up was started

Week 18 March 18-22, 2019

Week 19 March 25-29, 2019

Week 20

Preparation for the project study group proposal presentation and submission of final proposal document for defense with adviser - Project proposal Defense

FINALS WEEK - Editing and final consultation with coordinator and adviser for the recommendations given by the defense panel

-Revision of Proposal Document

April 1-5, 2019 Week 21 April 8-12, 2019 Week 22 April 15-19, 2019 Week 23-24

Manila Tour

Holly Week -Preparation for continuation of the Project Study

-The group meet to discuss the gathering of data

April 22-26, 2019 Week 25-26 April 29- May 10, 2019 Week 27-28 May 13-24, 2019 Week 29-30 May 27- June 7, 2019

Week 31-32 June 20-21, 2019

Gathering of data needed for the continuation of the Project Study - Site Visit

Meeting the group to discuss about Geotechnical Investigation -Passing of proposal to the adviser for approval Passing of letter for the permission to conduct soil test -Conduct Geotechnical Investigation -Soil sample testing

- Enrolment for S.Y. 2018-2019 - Analysis of soil test - Meeting with the Architect for the project design

- Start of Class for first semester - Passing of project proposal for approval of the Dean - Start making the Architectural Design

Week 33-34 June 24- July 5, 2019 Week 35 July 8-12, 2019

- Revision of architectural design - Approval of Architectural design from the client - The group discussed the details of plumbing plan and electrical plan Start making the structural design Finalizing the architectural design - Prelim Week Consultation of Floor plan to the client

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Week 36-37 July 15- 26, 2019 Week 38-39 July 29- August 9, 2019

Week 40- 41 August 12-23, 2019

- Start making of Slab and Beam design Consultation of Slab and beam design to the adviser for approval - Revision of Structural Design (Beam Design) - Start making the column design and foundation plan Revision of Chapter 1 - 3 -

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Consultation of column design and foundation plan to the adviser for approval - Start making the Seismic Analysis - Consultation of Seismic Analysis

Week 42-43

Consultation of Footing Design to the adviser for - Revision of Footing Plan approval

August 26- Sept. 6, 2019 - Consultation of Plumbing plan and electrical plan Week 44-45 Sept. 9-20, 2019

- Finalization of Plans for printing - the Midterm Week - Start making material and cost estimates Start making the chapter (Project Area) - Start making the chapter 54(Proposed Project) University Day

Week 46-47 Sept. 23- Oct. 4, 2019 Week 48-49

- Computing of material and cost estimates Making the Chapter 6 (Project Implementation) - Making of Project Scheduling Printing and Checking of Blueprints

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Oct. 7-18, 2019 Week 50

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Project Study Final Presentation Revision of Final Document

Oct. 21-25, 2019 Week 51 Oct. 28- Nov. 1, 2019

Finals Week - Plagiarism Scan - Grammar Check - Plagiarism Test