Victorina Arif Portfolio 2.0

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A ARCHITECTURE

PORTFOLIO Victorina Arif Selected Works 2017

This portfolio contains a collection of my personal and professional investigations in the architectural realm.

an introduction I am Victorina, currently graduated as Barchelor of Science from Department of Architecture, Institut Teknologi Bandung.

I described myself as a creative, hardworking, adaptive and determinded person . I work well invidually and in team.

I also enjoy the thrill of learning something new and having new experiences.

My passion lies in urban design, architecture, and sustainability practice.

Beside architecture, I also interested in environmental issue, politics, arts and music.

Contents Contents

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c ur r i c ul um v itae s ena y a n a q uatic stad ium m er d ek a t o w n sq uar e g ed e b a g e so cial ho using i nt er ns hi p w o r k s o t her w o r k s

architecture graduate

curriculum vitae VICTORINA ARIF Date of Birth 20 April 1995 Nationality Indonesian Address Tebet Raya No.28 Jakarta 12810 Indonesia Contact victorina.arif@gmail.com +6285782227712

Education ‘17

Barchelor of Science (Architecture) Bandung Institute of Technology, Indonesia Graduated on October 2017 GPA: 3.53 (Cum Laude) Final Project: SENAYAN AQUATIC STADIUM Jakarta, Indonesia

Profesional Experience ‘17

CPG Consultants, Singapore June ‘17 - Aug ‘17 (3 months)

Assistant Urban Designer

‘17

Indomegah, Indonesia Jan ‘17 - Feb ‘17 (1 month) Architectural Intern

Competition ASHRAE International Student Design Competition 2nd Prize The Applied Engineering Challenge

“Low-Energy Paddy Vertical Farming Concept”

Geology Student Competition ITB 3rd Prize Photo Contest “Geological Features” Architecture Grand Festival 2016 Competition Entry Residential: Betawi House and Gallery

Workshop & Seminar Transforming Lives Human and Cities “Human Scale vs Urban Scale” Participant

Indonesian Architect Againts AEC & MRA Participant

Design Charrette Gaung Bandung 2015 River, Our City Space (Cikapundung) Participant

Volunteering Arte Polis 6 International Conference “Imagining Experiences : Creative Tourism and The Making of Place” Master of Ceremonies

Habitechno 3 International Conference “Ecoregion As A Verb Of Selement Technology And Development “ Master of Ceremonies

AIESEC Sunshine Summer Project 2015 Chelyabinsk, Russia

Exchange Participant

Organization ‘16

Project Leader Expo Gaung Bandung 2016 Seminar, Exhibition and Festival ‘Menghuni Bumi’

‘15-’16

Head Coach Swimming and Water Polo Club URPA ITB

‘14

Head of The Committee Architecture Student Graduation IMA-G Batch October 2014

Personal Skill Technical Skill 3D Modelling & Rendering

Google SketchUp, Vray, Rhinoceros, Grasshoper

Architectural Drawing

Autodesk AutoCad, Autodesk Revit,

Rhino 2D, free hand and drawing

abilities

Adobe Creative Suite

Acrobat Pro, Illustrator, Indesign,

Photoshop, Premiere

Microsoft Office Other Skills

Hand drawing, Carpentry, Photography

Softskill Concepting, Analyzing, Communicating, Problem Solving, Team Work, Adaptabilty

Language Indonesian Native English TOEFL 564/667 Russian Beginner

01 SENAYAN AQUATIC STADIUM Architecture Final Project 2017 Architecture Final Project 2017 Typology : Sport xxxx and Recreation Location : Gelora Bung Karno, Jakarta Location : xxxxxxxx Area :4 Ha Area xxxx Supervisor : Baskoro Tedjo, Ir., MSEB, Ph.D. d xxx In was appointed to host Pa2018, con Indonesia poritia voluptas a dolorepuASEAN Games VIII.aut Senayan Aquatic da di aperunditius alitatur?

Stadium is one of theil venues that become Lor aut ut millab idem harum eum a development sitectiae and renovation project eaquatquam pedia velest, the. will feature a susa The vel Aquatic min re Stadium nes excepti consecapacity of 4000 spectators and quas atesti dolorib earumqui o follow the international standard and FINA requirements.

The stadium has a land area of ​​40,076 m² and a building area of ​​17,756 m². One of the design issues is maintaining heritage buildings with a modern twist.

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ISSUE

The building must be able to provide a modern and iconic shape while maintaining the authenticity of heritage buildings.

PROJECT BACKGROUND In 2018, Indonesia was appointed as host of ASIAN Games XVIII. To welcome the event, the President of the Republic of Indonesia appointed Ministry of Public Works and People’s Housing to build and renovate 14 venues as a package of development and renovation and arrangement of the area in Gelora Bung Karno.

The swimming pool size must follow FINA Standards requirements. As an international stadium, there are facilities need to be improved.

Senayan Aquatic Stadium is one of the sports arena located in Gelora Bung Karno Complex. This aquatic stadium serves as an arena of athletes training and the place of the national and international game. Along the times, there are changes to the standards and regulations in the sport pool, one of them on the standard of swimming stadium facilities. This resulted in the Senayan Aquatic Stadium becoming unfit to hold any championship.

This stadium also need a roof covering that extends along 86 m to maintain water temperature (280C). It need a long span structure that accentuate the value of the building.

DESIGN CONCEPT CURRENT CONDITION Istora Senayan and Aquatic Stadium as a gate

Istora Senayan

Gelora Bung Karno Main Stadium

Senayan Aquatic Stadium

DESIGN IDEA transformation of the roof profile

Visual Harmony

Waving Roof

with Istora Senayan

Preserved the heritage building that consist of two main tribunes, East side and West side.

as a modern twist

Designing with “Box in Box” Concept to preserve the heritage part and the needs to keep the pool’s water temperature (280C) with a building’s envelope.

Improved the facilities to condition the stadium for national and international competitions and training.

Senayan Aquatic Stadium 11

ROOF STRUCTURE

ROOF SUPPORT STRUCTURE

DRY TRAINING AREA HERITAGE TRIBUNES

CLUB OFFICES COMPETITION POOLS TRAINING POOL PRSI and PSSI OFFICES PRESS CONFERENCE ROOM MULTIPURPOSE ROOM PUBLIC FOYER

UTILITIES

LEGEND A. Aquatic Stadium B. Main Entrance Aquatic Stadium C. Green Space Area D. VIP Parking E. Senayan East Parking Site F. Kridaloka Park G. East Plaza H. GBK Main Stadium

B

F A

E C

D

H

G 0 10 20 30 40 50

0

20

40

100

Ground Floor Plan

0

Basement Floor Plan

0

20

40

100

0

20

40

100

2nd Floor Plan

20

40

100

3rd Floor Plan

Senayan Aquatic Stadium 13

Roof Profile GBK Main Stadium and Istora Senayan common roof profile

Transform the common profile Add the waving shape roof Expression of the water from calm to wavy; flat to curve

Surface Active Structure

Roof Cover

The roof designed using surface active structure with a shell structure and its formed using hollow steel

There are 2 types of roof covering that used in this design, PTFE and Metal. PTFE is a type of transparent membrane roof. It used because it can absorb natural light without absorbing the heat.

Portal Column

Using concrete columns with dimension 150 cm x 200 cm, then the concrete beam with the base with dimension 80 cm x 100 cm.

There are 2 portal column with distance 86 m.

Roof Buffer Column

Triangular buffer structure designed using hollow steel material with dimension 40 cm in diameter

PTFE Ceiling

Senayan Aquatic Stadium 15

02 MERDEKA TOWN SQUARE Academic Project 2016 Typology : Mixed-Use Location : Jalan Merdeka, Bandung Area : 1 Ha Supervisor : Bambang Setia Budi, ST, MT, PhD Taken place in the city center, the main objective to this project is to design a mixed-use building with regard to pedestrian permeability.

The project consist of two apartment towers and retails in the podium. The project emphasize on how the building maintain its relationship with urban environment. Permeability becomes the core issue of the project.

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SITE CONDITION This site located in a city center. This site is also located between two main roads with dense traffic, Jalan Merdeka and Jalan Punawarman. The site size is about 10.459 m2 with maximum buildable area about 33.377 m2.

Bandung Electronic Center

PROJECT BACKGROUND

The quality of permeability can play a big role in creating a more responsive place to the user. Mixed function buildings provide an opportunity for a municipal plot to allow for permeability, especially for pedestrians that are urgently needed in downtown movements.

AN

JAL E

L DAB BUIL A ARE

KA

DE

N

LA

JA

R ME

Bandung Indah Plaza

N

The current city development, especially the more capital intensive, produces plots either derived from new land acquisitions or development some of the existing city plots.

Without adequate urban design guidance, the construction of such cities resulted in massive city block and diminishing the connectivity of city movements especially pedestrians. Therefore, a city block, especially in the city center that tend to be more massive and high levels of density, should have a high level in permeability especially for pedestrians.

AN

RM AWA PUN

ISSUE Connecting 2 Main Roads

Lack of Pedestrian Way

Surrounded by Commercial Building

Middle-High Class Family

PROGRAMMING Fashion Department Store Beauty & Healthcare RETAIL Furniture & Hardware Food & Beverages pedestrian path

SPORT Swimming Pool Fitness Gym Cycling

The tower divided into 2 buildings to respond the permeability access. The mass is oriented following the cardinal directions.

STUDENT Play Study Eat Gathering

vehicle

Add 3 floor s of podium to accommodate commercial area

Exhibition Performing EVENTS Show

Shopping Play FAMILY Gathering fragmented massing

LEISURE Dining Sightseeing

FESTIVAL Chirstmas New Year Chinese New Year Eid Mubarak World Cup green web

The curved shape selected as an impression of flexibility, it also inviting the visitor to entering the building.

The idea is to activated the pedestrian path and modern lifestyle

DESIGN GENERATION

Merdeka Town Square 19

Commercial Program Retail

4458.5 m2

Anchor

4267 m2

F&B Rooftop Garden Core Utility

1523 m2 1040 m2 429.6 m2 98.8 m2

Apartment Program 2 Bed Room A

60 units

3 Bed Room

32 units

Studio 2 Bed Room B

28 units 14 units

Total: 136 Units

TYPICAL APARTMEN PLAN

TYPE ROOM PLAN

R PANEL

DN

DN

UP

RUANG AHU

LIFT SERVIS TOWER

UP

TYPICAL PLAN A (odd floor)

85 m2

60 m2

Family 3 Bed Room Type

Studio Type

K

8000 DN

DN

UP

DN

UP

UP

DN

RUANG AHU

LIFT SERVIS TOWER

8000

RUANG AHU

LIFT SERVIS TOWER

UP

R PANEL

J

R PANEL

I

8000

H

DENAH

(LANTAI 1,3,5,7

DENAH

(LANTAI 2,4,6

TYPICAL PLAN B (even floor)

80 m2

72 m2

2 Bed Room Type A

2 Bed Room Type B

ROOFTOP

RESIDENTIAL

APARTMENT LOBBY

COMMERCIAL AREA

PARKING

Merdeka Town Square 21

A livable pedestrian way, encourage people to passby

Merdeka Town Square 23

03 GEDE BAGE SOCIAL HOUSING Academic Project 2016 Typology : Residential Location : Jalan Gede Bage, Bandung Area : 6300 sqm Supervisor : Bambang Setia Budi, ST, MT, PhD Due to the high price of land and the occurrence of sprawling earlier, the provision of shelters often jump directly to high-rise buildings, whereas the provision of residential density buildings and moderate elevation is also needed, especially in the suburbs where land prices are still relatively lower than the city center. This project objestive is to understand housing issues, especially those related to density and medium-height dwelling and how to develop a typology that matches the character of this dwelling.

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SITE CONDITION The site is about 6300 sqm. There’s a high density housing around the site. The railway is right in front of the site. Jalan Soekarno-Hatta is a busy traffic as it’s an arterial road in Bandung. It connecting the Jalan Gedebage to the Bandung City Center.

PROJECT BACKGROUND

Housing Area Container Terminal

More than 60% of urban land area is used for residential functions, either in the form of horizontal or vertical dwelling. The discourse associated with housing and the city today is the occurrence of sprawling phenomena where housing that houses land-dwelling and low-density develops randomly in the suburbs.

GE

BA

AY ILW RA

In the long term such developments will create a great burden for the provision of municipal infrastructure. In addition, the development of such housing will have an impact on the decreasing urban green open space and reduced productive agricultural lands. The city of Bandung is currently experiencing also developments like this.

Therefore, this project is trying to introduce medium and high density dwellings as part of addressing the above urban issues.

LE

AB ILD BU EA AR

Existing Houses

AN

L JA

E ED

G

Home Industry

ISSUE

Growing Urban Housing Area

Lack of Public Facilities

Middle-Low Family

Set back the South area for an open space. The mass extrude to 5 floors, following the brief.

Set back the front of the building and leave the center to create an inviting impression and for parking space

MASSING TRANSFORMATION

Create an inner court for air circulation and more open spaces.

Pull up the inner building to maximize the land use for housing but still have open spaces to air circulation. First floor used for public.

Push down the mass for the lobby entrance and multipurpose room and make a green roof.

Gedebage Social Housing 27

2nd Floor Plan

3rd Floor Plan

4th Floor Plan

5th Floor Plan

24 m2

36 m2

48 m2

Studio Type

2 Bed Room Type

3 Bed Room Type

TOTAL: 106 Units

Eldery Houses Amenities Retail Kindergarten Green Area

Ground Floor Plan

Green Facade

Kindergarten

Innercourt (Green Area)

Mini Pond

Food Stall Area

Neighborhood Public Space (Multifunction Field)

Gedebage Social Housing 29

FACADE IDEA

Social housing inhabitants have a tedency to use balcony as a hanger place where they can drying anything (ex: clothes, pillow, even a bed) and it visually chaotic. This gives me idea to design a space for the occupants to dry but outsider can’t see through it.

Building’s facade designed using a modern ventilation bloks at the balcony of the house. The balcony functioned as a dryer place and also used a natural air conditioning.

20 cm x 20 cm per block

Gedebage Social Housing 31

04 INTERNSHIP WORKS During my three-months internship at CPG Consultants in Singapore, I have learnt about urban design principles as applied to design practice. I have also learnt about the role of research as conceptual generator. In the office, research is mostly focused on market, case and cultural factors that influence the urban forms.

Among the tasks given, I have done 3D modelling studies, drafting, market studies and analysis. I also included in workshops and discussions with team.

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I have assisted with conceptual design, where I focused especially on the two community developments and green and blue connections.

Through this exercise, I have learnt about the configuration of the communities within the hierarchy of the urban fabric in planning. Also, the importance to generate the potentials on site.

Typology : Master Plan Location : Hoi An, Vietnam Area : 132.640 Ha Team : Karkal Karthik, Nguyen Do Dung, Fahry

Adhitya, Marco Buinhas, Truong Thai

Hoai Giang, Maria Erica Paraiso, and

Victorina Arif

• Image of the community development and green connector design with team

Seamless connectivity within each neighbourhood will improve vibrancy and sense of belonging and ownership of the city.

Green and tranquil ambience within urban center destination and a lush garden living development.

Capitalizing green and blue element for memorable living communities and design an interesting public experience throughout the green connector.

LEGEND 1. Commited land 2. Dong Du pump station 3. Sport Center ( District Level) 4. Public Buildings 5. TOD Development 6. Commercial Center (Mall) 7. Commerical Node 8. Green Node 9. Green Buffer 10. Market (Neighborhood Level) 11. Gated Communities 12. Shop House

6 9

5 1 2 4 4 12

8

9 11

12 10

7 1

11 3

12

• Image of master plan design with team. Included in discussion and workshop on the progress of the design Internship Works 35

I have also assisted with drafting, 3D modelling, and research where I focused especially on the mixed use development area.

Through this exercise, I have learnt about the importance of market and case studies in planning to reach design goals. Also, I have learnt to design a fibrant waterfront within the commercial areas.

Typology : Master Plan Location : Batam, Indonesia Area : 15 Ha Team : Karkal Karthik, Fahry Adhitya, Chomk

lin Anucha, Thea M Ylagan, Lee Wooi

Keat Vince, Truong Thai Hoai Giang,

and Victorina Arif

• Image of 3D modelling of two options.

As a part of the team, included in discussions and workshop to design two options

• Excel table of apartment, serviced apartment and hotel’s study for the mixed use development

• Images of plans in the mixed use area (including typical floor plans study of apartment and hotel) with direct supervision by Principal Urban Designer

• Image of section in commercial front at mixed use area with direct supervision by Principal Urban Designer

Internship Works 37

Other than 3D modelling and drafting, I have also contributed for a project boards that included in the Singapore Institute of Planners Competition 2017. My role was to collecting information of the project and layouting design of four boards.

Type : Boards Design Location : Phu Hoa, Vietnam Team : Fahry Adhitya and Victorina Arif

• Images of the boards that I design for the competition with direct supervision

by Principal Urban Designer

Internship Works 39

05 OTHER WORKS Some other projects are presented to demonstrate an understanding of design that has been done for the studio and competition.

There are also other works that support the ability to generate visual products.

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ashrae design competition

Solar Dome

2nd winner

Rice is one of the most common food commodity produced and consumed by people all around the world. On the other hand, food shortage is one of the most impending problems that humanity has to face in the future, in the light of limited amount of land and the ever-growing world population.

Roof Solar Panels Water Gutter Water Storage

Paddy Farming

Solar Tunnel

Ceiling Mirror Paddy Farming Convex Mirror Ventilation Detail

Ground Floor

High population density in urban areas translates into high food demand at the area, where it is also the farthest from plantation areas in general, requiring a transportation and distribution system. This is further worsened by the droughts and heavy rainstorms that often occur in Indonesia, causing crop failure.

In response to this problem, a Low-Energy Paddy Vertical Farming system has been designed to serve as a solution to the problems stated above.

DESIGN ANALYSIS PADDY PRODUCTION Total Estimated Crop Production 2 4 x 20 tons/ha x 11601.03m = 93.18 tons/year 2 9960.04m /ha

To produce rice, the crop would need to be dried and in doing so reducing the mass to about 70% of its original mass.

SUSTAINABILITY

Total Estimated Rice Production 65.226 tons/year

ENERGY CONSUMPTION

LOCAL ISSUE: DKI JAKARTA consumes 2000 tons of rice per day.

Most of Jakarta’s rice supply coming from West Java. But West Java is currently facing a problem themselves. Function shift from farming areas to non-farming areas reach 80000 hectare per year or 220 hectare per day. When the farming area in west java decreases and Jakarta’s rice need increases as the population grows every year, it would be hard for Jakarta to fulfill its rice demands.

Estimated Rice Production : 65.226 tons/ year Estimated People Fed : 770 people/year Estimated Number of Building Required : 13129 buildings Building radius of coverage : 126.72 m Building to building distance : 253.44 m Building to building distance increment: ± 11 m/additional floor

21% roof area cover 392 solar panels NET Energy Provided 704 kWh DAILY USAGE Water Pumps : 12 kWh : 1.7% Elevators : 5 kWh : 0.7% Artificial Lighting : 687 kWh : 97.6%

Other Works 41

private school studio project

This project’s located at the front of private military area in Bandung. The surroudings are green and quite. The school concept is 21st century learning environment. It creates a design that give students chance to quickly adapt with the surroundings and give alternative for students to learn.

campus center studio project

ITB Jatinangor Campus Center is located in the new area development of one of Indonesia’s finest Institute, Institut Teknologi Bandung. The new campus built on 47 Ha and currently under construction. Located far away from urban area, the scholars demand a new place for socialising and leisure activities.

Perspective View

algorithmic studio design The idea is to design a lamp using computational techniques in rhinoceros and grasshopper. This lamp is a parametric model with some parameters that can be changed and produce different shape of the object.

The parameters that can be modified include the radius and the distance between the circles into the frameworks of the lamp.

betawi house

competition entry

2nd Floor Plan

The challege is to design a guest house which able to adapt with the surrounding environment. This guest house is multifunctioned. It is a house for the owner, guest house for the tourist and gallery to support the owner’s devotion to art. The concept of this house accentuate the locality, contextuality and Indonesian Vernacular Architecture, in this case we choose Betawi Culture.

Ground Floor Plan VERNACULAR

MODERN GALLERY

GUEST HOUSE

CAFE

Other Works 43

maquette

photograph

photograph

Other Works 45

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Architectural Portfolio 2017 victorina.arif@gmail.com +62 857 8222 7712 @vhinaarif