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PORTFOLIO

A summarization of projects from the first three years of my education as an architectural student at Polytechnic University of the Philippines. It includes client-based projects from my internship at XJG Architecture

JOHN ALBERT VILORIA

Hello

Name: John Albert L. Viloria

Age: 22 years old

Origin: Imus, Cavite

Year: Fourth year student

Course: BS-Architecture

School: Polytechnic University of the Philippines

P. 1

Index

Marahuyo: Proposed New Clark City Executive Village p.3

Singkad: Proposed New Polytechnic University of the Philippines p.11

Bulwagang Balagtas: Proposed New Bulwagang Balagtas p.19

Arcadia: Proposed Valenzuela General Hospital p.25

OJT Project: Proposed One-Storey Residential House p.32

OJT Client-Based: Proposed Two-Storey w/5 units Residence p.38

P. 2

Marahuyo

Project: Proposed New Clark City Executive Village

Project Type: Group-Project

Architecture Style: Tropical Style/ Modern Filipino

Location: Capas and Bambam, Tarlac

Year: 2022

Marahuyo:

P. 3

The proposed development is named New Clark City Executive Village, a 103-hectare plot of land located outside the New Clark City Development. A 20-meter national road separates the New Clark City from the proposed New Clark City Executive Village.Designing the subdivision planning equipped to be aware of the socio-cultural background of the location gives value to the project. A well-designed subdivision may provide tremendous benefits to the community. In contrast, poor design may have major effects on the urban environment, society, and economy. Furthermore, the initiative would teach the community to recognize the improved quality of life that smart urban design can provide.

P. 4

Second

Marahuyo: Proposed New Clark City Executive Village P. 5 Single-attached: Medium Cost Lot Area Ground Floor Plan

Floor Plan

Singl-attached: Open Market Lot Area Ground Floor Plan Second Floor Plan P. 6

Master’s Bedroom Living Area

Medium Cost: Interior Perspectives Marahuyo: Proposed New Clark City Executive Village P. 7

Medium Cost: Exterior Perspective P. 8

Master’s Bedroom Interior Perspective of Ground Floor

Open Market:

Interior Perspectives

Marahuyo: Proposed New Clark City Executive Village P. 9

Open Market: Exterior Perspective P. 10

Singkad

Project: Proposed New Polytechnic University of the Philippines

Project Type: Group-Project

Architecture Style: Modern Architecture

Location: Sta. Mesa, Maynila

Year: 2022

Singkad: Proposed New Polytechnic University of the Philippines

P. 11

The proposed development is named Proposed New Polytechnic University of the Philippines, a 10.71-hectare plot of land located on the same site of the said university, the A. Mabini Campus. A 10-meter road separates the university from a railroad track of the Philippine National Railways and the Pasig River lies on the other side of the site. Designing this university would need the planning to consider the socio-cultural background of the location that gives more depth to the meaning of the project. In addition to that, the design would need to be able to adapt to the future improvements needed by the university to cater the needs of its students. Further more, the goal of this planning is to further improve the user experience in the university to create a community that leads towards an improved university life of the students.

P. 12

Singkad: Proposed New Polytechnic University of the Philippines P. 13

P. 14

Axis

The obelisk was utilized as a reference point. It is connected to the lign of sight comming from the main entry. This would allow the vista to follow the axis, creating a sense of foreground and backgrounf within the site. In which the obelisk divides the site into quadrants .

Each quadrant represents the new zoning pro gram of the site that will create a concentra tion of activities within the university premise. Phase 1 is allocated for sport facilities. Phase 2 was utilized fot academic zone. The Phase 3 has the library building and dormitories. Lastly, the Phase 4 is a space where the public can access the area.

Zoning Allocation Site Entrance

The site is composed of two entrances, the main entrance where students can enter and leave the campus as well as the vehicles. The east entrance of the site is designed to cater acvtivities such as concert and programs that is located at the oval. The east entrance can also be accessed by students, especially those who are residing at the dormitory.

Singkad: Proposed New Polytechnic University of the Philippines P. 15 Diagrams

Hierarchy of Road

Road hierarchy is then established at the site, a 10-meter carriageway will serve as the ma jor road and shall cater to the catwalk. The proposed design is planned to be a walkable campus, therefore a 2-meter wide sidwalk pro vision shall cater to the large volume of pedes trians entering the university premise.

Campus Identity

Activism if inherent part of P.U.P. students. Pupians are politically and socially charged, and this character is what the design intends to express with the architecture of the campus. A space for popeye was provided in the site. It is a space where speech can be democratized and the voice of the students can prevail with more dominance

Future Expansion

A large portion of space is dedicated for future campus expansion. The lack of green spaces is a prevelent issue in P.U.P., therefore the linear park is repurposed as a walkable park while the green open spaces shall serve as a literal lung at the heart of the campus

Diagrams

P. 16

Library Building

P.U.P. Main Gate Exterior Perspectives P. 17 Singkad: Proposed New Polytechnic University of the Philippines

Exterior Perspective

P.U.P. Main Campus

P. 18

Bulwagang Balagtas

Project: Proposed New Bulwagang Balagtas

Project Type: Group-Project Architecture Style: Parametric Style

Location: Sta. Mesa, Maynila

Year: 2022

The old bulwagang balagtas in Ninoy Aquino Library and Learning Resource Center, situated at the fourth floor of the building functions to accommodate several activities such as seminar, stage plays, and various programs. Problems of the existing bulwagang balagtas inlcudes; im proper installation of acoustic panels, improper lighting, and a lack of staggered seating which would be ideal for speech intelligibility and comfortable sight for the audience. The proposed new bulwagang balagtas responds to the aforementioned problems. Staggered seating with an 8 degrees slope is applied as it is the most ideal sloping for an aduitorium theatre. Reflective materials such as wood is applied on the walls and ceilings for a much more effective distribution of sound. Sound absorption is also applied which would absorb the sound and have an ideal reverbation time.

Bulwagang Balagtas: Proposed New Bulwagang Balagtas

P. 19

P. 20

Bulwagang Balagtas: Proposed New Bulwagang Balagtas P. 21 5600 4500 7600 6000 6000 6000 6000 6000 21500 A B C D E F G 6000 36000 2850 3300 1300 2446 BACK OF HOUSE CONTROL ROOM STORAGE UP 6 4 3 1 UPUP DRESSING ROOM GREEN ROOM DRESSING ROOM GUEST LOUNGE PRACTICE AREA PROPS 3800 4279 1450 RECEPTION/TICKET 1455 12714 3056 UP SCALE BULWAGANG BALAGTAS FLOOR PLAN 1 : 100 MTS. a a B B EL= +1.20 EL= +2.00 EL= +1.20 EL= EL= +0.30 +0.45 EL= +0.60 EL= +0.75 EL= EL= +1.05 EL= EL= +1.35 EL= +1.50 +1.65 +1.80 STAGE EL= +0.00 EL= +0.00 EL= +0.00 EL= +0.00 EL= +0.00 +0.15 EL= +0.30 EL= +0.45 EL= +0.60 EL= +0.75 +0.90 EL= +1.05 +1.20 +1.35 EL= +1.50 EL= EL= DN STORAGE ROOM ENTRANCE ENTRANCE Floor Plan

Acoustic Ceiling Diagram

The form of the ceiling design reflects sound movement evenly across the audi torium seating area. The ceiling material induces sound reflection, allowing sound to move freely throught the auditorium. With the angled orientation of the ceiling, the law of reflection was taken into ac count when projecting the possible path of the sound.

The ceiling’s convex surfaces divert sound to the middle of the seating area of the usefeul sound direction that is distibuted evenly across the audience.

Lighting Ceiling Diagram

The illumintion calculation using the lu men or light flux method influence d the auditorium lighting design. L.E.D. lighting with its energy efficiency and longer lifes pan, was the top priority for incorporating sustainable lighting into the design. A tube of light was used as a lighting strip while being diffused to ensure adequate lighting .

The number of T8 L.E.D. tube lights used in the design corresponds to the calculated number of fixtures required to illuminate the auditorium. Apart from the seating area and stage, a pin light fixture was suf ficient to provide adequate lighting in the smaller spaces.

Diagrams

P. 22

Bulwagang Balagtas: Proposed New Bulwagang Balagtas P. 23

Sound Travel

-to prevent unwanted back reflections, parallelism between the opposing sound reflective boundary surfaces should be avoided.

Sond Absorption

-in some areas of the auditorium’s wall, there are acoustic panels. More of a focus is placed on a room’s mid-and high-frequency range via acoustic panels. The acoustic panels are designed to absorb sound which lowers reso nance but it does not entirely removes it. In addition, it controls and minimizes noise, eliminate slap echo, and control comb filtering in a room.

Sound Insulation

- double wall creates air cavity which serves as sound insulation. The sound insulation is usually applied as a method of soundproofing. A large cavity of air usually introduced in this system, which performs better than the smaller air cavity. Generally, a large air cavity performs better as sound insulation than two smaller air cavities

P. 24

Arcadia

Project: Proposed Valenzuela General Hospital

Project Type: Group-Project

Architecture Style: Modern Architecture

Location: Dalandan, Valenzuel City

Year: 2022

The proposed Valenzuela General Hospital is a solution to the rising health concerns of Valenzu ela city. In which it will replace the old Valenzuela City Emergency Hospital, a primary care institution with a tertiary level hospital equipped with 300 beds. The paper shows the design considerations and solutions suitable for designing the general hospital. The effective and suit able circulation patterns on the spaces are stated along with how the spaces should interact with each other. Since the structure’s main function is for the health and welfare of people, provisions and restrictions are carefully followed in space programming which mirrors the behavioral pat tern of the users. This study also presents factors that are applicable to the proposed structure based on the current covid-19 pandemic. The contextual factor, environmentalfactors, and

Arcadia: Proposed Valenzuela General Hospital

P. 25

P. 26

SECOND

Floor Plan

4767 5258 4889 4874 5899 997 7655 4185 4620 1202 4347 5835 11648 12301 49759 THE OF HOSPITAL SCALE GROUND FLOOR PLAN 1 : 100 MTS. SCALE GROUND FLOOR PLAN (MORGUE BUILDING) 1 : 100 MTS. A 1 2 3 5 6 4 3835 16920 5056A 11648 12301 49759 53895 11215 7012 17800 17868 11064 8428 11305 5334 3362 6300 1639 3687 10435 10293 3362 2969 5835 21253 10353 3150 3098 2749 2998 2935 2998 2487 2636 6174 4588 6025 5194 3856 10344 2050 3566 4350 2866 1924 5874 7845BLEEDING AREA FIRE EXIT LOBBY X-RAY ROOM DARK ROOM TRIAGE B CA D E F G H I J 1 2 3 5 4558 6 4 DINING A b BACKDOOR 5593 ARCH 30214-ARCHITECTURAL DESIGN 5: SPACE PLANNING 2

FLOOR PLAN 11009 10914 8200 8217 23010 5003 51114 10235 22662 5258 4889 4874 5899 997 7655 4185 4620 1202 4347 5835 11648 12301 49759 OPERATING ROOM OPERATING ROOMSTERILIZE INSTRUMENT STERILIZE TOILET SHOE CHANGING ROOM DRESSING ROOM NEW BORN MALE LABOR ROOM NURSE STORAGE GERIATICS INTERNAL INTERNAL SOCIAL HYGIENE SURGERY CLINIC OBSTETRICIAOBSTETRICIA CARDIOLOGY PULMONARY CLINIC ANIMAL BITE EYE OFFICE OF THE DRY AND COLD RECIEVING AREA STAFF AND BAKING AREA SPECIAL DIETSERVING AND ROOM INTENSIVE HIGH RISK PREGNANCYTOILET ISOLATION NURSE INCUBATION MOP SINK TOILET ROOM AREA ROOM SEMI-PRIVATE ROOM ROOM ROOM SEMI-PRIVATE DIRTY 38592 9998 35418 84009 53895 11215 7012 17800 178685513 1850 3476 3720 4058 4181 1768 11597 3368 8273 6091 SCALE SECOND FLOOR PLAN 1 : 100 MTS. BUILDING) 1 : 100 MTS. 8855 B CA D E F G H I J 8804 1 2 3 5 6 4 3835 16920 5056 N A b 53895 11215 7012 17800 17868 6025 5194 3856 10344 2050 3566 4350 2866 1924 5874 7845 ROOM J outer zone second zone inner zone deep zone service zone LEGENDS P. 27 Floor Plan Ground

Second Floor Plan Outer Zone Second Zone Inner Zone Deep Zone Service Zone Arcadia: Proposed Valenzuela General Hospital

Floor Plan

11648 12301 49759 11648 12301 49759 11007 10904 8232 8449 10095 8847 8813 38592 9998 35418 53895 11215 7012 17800 17868 4074 4347 4164 10276 5000 6136 2444 3610 9708 PULMONARY TREATMENT REPROCESSING ON-DUTY CHIEF NURSE NURSE ISOLATIONROOM ROOM ISOLATION ROOM GARBAGE ROOM SEMI-PRIVATE SEMI-PRIVATE ROOM ROOM SEMI-PRIVATE ROOM SEMI-PRIVATE BREASTFEEDING 5642 5341 5080 5249 5231 5823 5231 5480 5080 5735 5237 1150 3300 6665 4150 4300 12235 6251 1085 5388 9479 8183 SCALE THIRD FLOOR PLAN 1 : 100 MTS. B CA D E F G H I J 1 2 3 5 6 4 1 2 3 5 6 4 3835 16920 5056 3835 16920 5056 N A A b FOURTH FLOOR PLAN ARCH 30214-ARCHITECTURAL DESIGN 5: SPACE PLANNING 2 ROOM ROOMPRIVATEPRIVATE ROOM PRIVATE ROOM PRIVATE PRIVATE ROOM PRIVATE ROOM PRIVATE ROOMPRIVATEPRIVATE ROOM PRIVATE ROOM PRIVATEPRIVATE ROOMROOMROOMPRIVATE MALASAKIT (SOCIAL PULMONARY ROOM STATION MAINTENANCE GARDEN AREA STATION 11009 10914 8200 8217 23010 5003 11648 12301 4975953895 11215 7012 17800 17868 53895 11215 7012 17800 17868 8861 2357 5430 6176 28296 10232 5002 3548 3474 6948 3693 4074 4347 4164 10276 5000 6136 2444 3610 9708 9445 3632 3538 3462 3526 3500 3472 3500 3500 3527 3472 3585 5763 SEMI-PRIVATE SEMI-PRIVATE ROOM 5642 5341 5080 5249 5231 5823 5231 5480 5080 5735 SCALE FOURTH FLOOR PLAN 1 : 100 MTS. ROOM ROOM PRIVATE PRIVATE PRIVATE ROOM PRIVATE J 8855 B CA D E F G H I J 8804 1 2 3 5 6 4 3835 16920 5056 N A b outer zone second zone inner zone deep zone service zone LEGENDS Floor Plan Third

Fourth Floor Plan Outer Zone Second Zone Inner Zone Deep Zone Service Zone P. 28

Interior Perspectives P. 29

Private Room Operating Room

Arcadia: Proposed Valenzuela General Hospital

Aerial Perspective P. 30

one-story residential house with a roof deck

a lot area of 286.50 sq.m and a total floor area of 155.10 sq.m. It is designed to reflect the architectural style of Mediterranean houses along with its modern twist. The project has an open layout that promotes flexibility in space as well as the roof deck, which can be used for various activities, especially for celebrations. The stucco finish of the walls in earth tones

design, as do the intricate tiles placed on the floors.

toilets

spaces

a bath,

the

composed of three bed rooms,

kitchen,

a roof deck.

The

has

adds character to the

The

one-story residential house are

two

and

a living area, a dining area, a

and

Youtube Link: https://www.youtube.com/watch?v=ifMGgSut2QU&ab_channel=XjgArchitecture One-Storey Residential House w/Roof Deck- Modern Mediterranean Style P. 32 One-Storey Residential House w/Roof Deck -Modern Mediterranean Style

P. 33

Living Area and Dining Area Living Area and Dining Area

Interior Perspectives P. 34 One-Storey Residential House w/Roof Deck- Modern Mediterranean Style

P. 35 Exterior Perspective

Roof Deck

Dining Area

Kitchen Interior Perspectives P. 36 One-Storey Residential House w/Roof Deck- Modern Mediterranean Style

Interior Perspective P. 37

Master Bedroom

Bedroom 2

Proposed Two-Storey

w/5

Proposed Two-Storey Duplex w/5 unites Residential House (Client based project)

Duplex

units Residential House- Modern Style P. 38 Client Based Project

I was informed that I am tasked to create a 3d model of a two-storey with 5 units residence that would be presented to the client . I was excited and nervous at the same time since it is a client-based project, and I am also assigned to render the images and create a walkthrough video for the presentation. The plan was also revised when the junior architect consults with our mentor, in which I revised the 3d model as soon as I get the revisions. Supposedly I would only render the exterior of the two-storey duplex but since the client sent multiple photos of kitchen design, I was instructed to also model the interior of the project. After I finished the 3d model, I immediately render it on Lumion.