Fathin S Wismadi - Architecture Portfolio 2018 by Fathin Sabbiha Wismadi

FATHIN SABBIHA WISMADI ARCHITECTURE PORTFOLIO

SELECTED WORKS 2017-2018

CURRICULUM VITAE Name Fathin Sabbiha Wismadi Birth Yogyakarta, 29th February 1996 Address Kaliurang St. Km 8,5 Dayu Permai A-19 Ngaglik, Sleman, Yogyakarta 55581 Indonesia E-mail fathinsw@yahoo.com Phone +62 85 643 266 995

EDUCATION July 2011- May 2014 Sept 2014 - May 2018

SMAN 3 Yogyakarta | Indonesia Average Final Score: 8,9/10 Universitas Gadjah Mada | Yogyakarta, Indonesia B. Arch, Cum Laude, GPA: 3.76/4.00 Thesis: Design of Student Workspace in Yogyakarta with Generation Z Characteristics as Design Approach (Grade: A)

WORK EXPERIENCE Oct 2017 - Present

June 2018 - Present

May 2018 - Oct 2018

Feb 2015 - June 2017

Des 2016 - Feb 2017

Oct 2016 - Des 2017 Apr 2017 - Des 2017

Feb 2017 - May 2017 Nov 2016 - Des 2016 Oct 2016 - Nov 2016

Desain Performa Energi | Yogyakarta, Indonesia Research assistant in building performance, architectural, and lighting design Building performance and lighting design simulation using: Dialux, EnergyPlus Center of Tourism Study, Universitas Gadjah Mada | Yogyakarta, Indonesia Research and project assistant Formulating coastal tourism areas design guidelines for several places in Indonesia (Berau, Wakatobi, South of Bangka) Department of Architecture and Planning, Universitas Gadjah Mada | Yogyakarta, Indonesia Project and research assistant Working with Department of Land and Spatial Service in Yogyakarta formulating region guideline regulation in western of Yogyakarta Department of Architecture and Planning, Universitas Gadjah Mada | Yogyakarta, Indonesia Teaching Assistant for several courses (Structure and Construction, Building Utility, Aesthetic and Visual Basic, Design Method of Architectural Design, Digital Architecture, Building Material) of Architecture Study Program Assessing weekly assignments and helping students in class Indosaka Prima, PT. | Yogyakarta, Indonesia Architectural design intern 3D Visualization, facade design, and post-production of schematic design using: AutoCAD, Adobe Photoshop, SketchUp Department of Architecture and Planning, Universitas Gadjah Mada | Yogyakarta, Indonesia Lecturer Assistant for Preparation of Utility and Structure Construction Courseâ&#x20AC;&#x2122;s material for Study Program International Accreditation (Supervisor: Ir. Medy Krisnany S, M. Arch) Project Assistant for SMAN 3 Yogyakarta New Building Design (Supervisor: Ir. Medy Krisnany S, M. Arch and Ir. Moch. Santosa, MS) Research Assistant for Sonobudoyo Museum Heritage Structure (Supervisor: Ir. Medy Krisnany S, M. Arch) Project Assistant for Proposal of Designing Additional Facility in UGM - Architecture Study Program building (Supervisor: Ir. Medy Krisnany S, M. Arch)

RECOGNITION Sept 2017

May 2016

Sept 2017 Apr 2013

Top 25-Semifinalist | International Student Tall Building Design Competition Issuer: Council on Tall Buildings and Urban Habitat Design of high-rise mixed use building that integrated with public transportation and energy efficiency as the main concept Group Research Grant | Student’s Creativity Program (PKM-Karsa Cipta) Issuer: Ministry of Research, Technology, and Higher Education of Indonesia Collaborative research with students of Electronic & Instrumentation, titled “E-Phone, Smart Home based on voice commands for people with low-vision”. 2nd Place | Faculty of Engineering Olympic, Universitas Gadjah Mada Women’s single table tennis champion 3rd Place | Yogyakarta National Student Sport Olympics for High School Women’s single table tennis champion

WORKSHOP & SEMINAR Nov 2017 Apr 2017 Mar 2017 Nov 2014

EXTRACURRICULAR ACTIVITY Jan 2016 - Mar 2017 Oct 2016 Nov 2015 - May 2016 2011 - 2012

Architectural Work Course Team manager in conducting course’s material Architectural Work Course Excursion | Tokyo, Japan Architectural workshop in Tokyo University and OnDesign Architect Firm Asean University Network - Self Assessment Report Lecturer Assistant in conducting assessment report for Architecture Study Program Padmanaba Events Committee Several event’s committee as Media and Documentation Division

SKILL Digital Graphics

Digital Modelling

Simulation Video Editing

LANGUAGE Native Advanced (C1) Beginner

Bahasa Indonesia Javanese English (IELTS score 7,0 out of 9,0) German

The personal data and achievements I wrote in this Curriculum Vitae are true. | Yogyakarta, September 2018

STUDENT WORKSPACE Final Academic Project / 2018

VITREOUS Thematic Architectural Design Studio / 2017

YAMAHA MUSIC HEADQUARTER Thematic Architectural Design Studio / 2017

JAKARTAONE CITYHUB TOWER CTBUH International Student Tall Building Design Competition / 2017

AS-SALAM MOSQUE MiniaturUNDIP Design Competition - Future Mosque / 2017

LIGHTING DESIGN d+e Desain Performa Energi / 2017-2018

2018 Individual Project Final Academic Project

Student Workspace WITH GENERATION Z CHARACTERISTICS AS DESIGN APPROACH

Special Region of Yogyakarta is a province that has many educational institutions hence this city is called a Student City. The existence of students becomes an identity, so the needs of students are something that must be considered. There are several criteria of space requirements about productive space for students (such as the presence of Wi-Fi and food, conducive environment, and affordable price) but there are still not many

working space that can meet all the criteria at once in Yogyakarta. According to the survey results, 68% of 92 respondents chose to do their work individually rather than with company, and 53% chose to work in the cafe rather than in the library. This proves that indeed the phenomenon of independent learning has become a trend among students, but the deď&#x20AC; nition of a place to work comfortably for each individual is STUDENT WORKSPACE

different according to their preferences. Hopefully later, this student workspace can balance the needs of many types of students. Student workspace must be able to attract the attention of students so that the channeling of positive activities for students outside the educational institution can be carried out optimally. This is done by adjusting the building's typology with the character of the current generation of students, or as we know Generation Z. 02

ENTRANCE

2018 Individual Project Final Academic Project

Enticing to Visit

outdoor, indoor, and in between

Site The land that will be used as a student workspace location is on the east of Faridan M Noto Street, Kotabaru, Gondokusuman, Special Region of Yogyakarta. The area of the site is 85m x 50m = 4,250 m2 with circumference of 270 m.

space permeability

United Nations, the portion of Generation Z in the world reaches 34.05%. It is expected to reach 40% by 2050. (tirto.id)

Concept

Student workspace must be able to attract the attention of students so that the channeling of positive activities for students outside the educational institution can be carried out optimally. This is done by adjusting the building typology with the character of the current generation of students or as we know Generation Z. The suitability between building typology and user's characters can stimulate students to function optimally.

Generation Z is the generation that currently holds the teenage era. “Gen Z” was born in the period 1995-2010 and currently has a large number of the population in Indonesia and the world. Generation Z in Indonesia reaches 28.8% and according to the

The five generation Z characters that will be the focus of this design are pragmatic, multitasker, entrepreneurial, tech-savvy and attach to social media, and also tendency to publicly online yet private in real life. It is concluded

Gondokusuman Village, Kota Baru Subdistrict, is arguably one of the centers of education in Yogyakarta. There are many educational institutions from elementary schools to high schools spread across this area.

range of space

STUDENT WORKSPACE

stimulates creativity

flexible (furniture)

that Generation Z is an “ondemand” generation, a generation that has many desires so that its satisfaction can be fulfilled. All the characters will be applied architecturally in this student workspace building design. This macro design concept is a collaboration between the characters of Generation Z and the guidelines for designing a productive environment which are then become the foundation of Student Workspace designs. After reviewing the collaboration, there are 6 points of architectural language that will be used in the micro design concept, namely: a. enticing to visit, b. outdoor, indoor, and in between, c. range of space, d. space permeability, e. stimulates creativity, and f. flexible furniture.

Backyard building

Innercourt garden

Innercourt

The building design initiated with a 60 degree grid according to the human eye's eld of view, to fulll the concept of enticing to visit.

Determination of the backyard and inner court location is to fulll the concept of the relationship between work area and nature.

Landscape design follows existing grids and the contour topography.

Adjustment of the building form so that the space experience remains comfortable.

Input the room and space requirement into the building.

Strengthening diagonal elements vertically on the mass.

42.5 m 2.5 m

+0,00

SITE 85 m

50 m

zoning Th e room function is grouped vertically

rooftop

utility 3rd floor Ÿ Ÿ

Elevator Host Rooftank

meeting area Ÿ Ÿ Ÿ Ÿ Ÿ Ÿ

Large Meeting Room Project Lounge Seminar Room Pre-function Area Huddle Area Storage

Ÿ Ÿ

Café Outdoor Study Area

2nd floor

study area Ÿ Ÿ Ÿ Ÿ Ÿ Ÿ

Think Room Focus Room Open Plan Study Area Huddle Area Outdoor Study Area Small Meeting Room

1st floor

public area Ÿ Ÿ Ÿ Ÿ Ÿ Ÿ

Lobby + Locker Library Exhibition Area Print & Copy Managerial Room Preparation Room

Ÿ Ÿ Ÿ

Open Study Area Huddle Area Backyard

basement

tenants Ÿ Ÿ Ÿ Ÿ Ÿ Ÿ

Parking Area MEP Tenants dan Foodcourt Musholla Ground Landscape Area Bicycle Parking

core (service) Ÿ Ÿ Ÿ Ÿ

Elevator Emergency Exit Toilet Water and electrical shaft

STUDENT WORKSPACE

West Elevation (Front)

East Elevation

North Elevation

South Elevation

Material

The selection of Stopsol glass with silver reection to make a modern impression for the exterior and still able to keep the comfort of room temperature. Glass ber reinforced cement as the main material for building facades because of its exibility and heat

STUDENT WORKSPACE

20 m

resistance with a load of materials that are 80% -95% lighter than solid concrete. Aluminum composite panels have the advantage of being lightweight and are used as the main material as vertical shading.

Rooftop +12,65 m 3rd Floor +8,65 m

2nd Floor +4,65 m

Ground Floor +0,15 m

Basement -3,5 m

Description: 1. CafÃ© 2. Pre-function Room 3. Storage Room 4. Think Room 5. Open Layout Study Area 6. Lobby 7. Huddle Area 8. Inner court 9. Operational Room 10. Counter 11. Basement

12. Library 13. Counter (mini bar) 14. Exhibition Room 15. Small Meeting Room 16. Mini Exhibition Area 17. Focus Room 18. Computer Room 19. Rooftop Area 20. Project Lounge 21. Large Meeting Room 22. Seminar Room

STUDENT WORKSPACE

22 3 4 21 20 9 2

18 1 4 19

6m 5

Section a-a’ 0

16 m

4 17

9 15

6 12

Rooftop +12,65 m

3rd Floor +8,65 m

10 13

2nd Floor +4,65 m

Ground Floor +0,15 m

Basement -3,5 m

Section b-b’

explodametry

STUDENT WORKSPACE

1st floor 0

STUDENT WORKSPACE

20 m

2nd floor 0

STUDENT WORKSPACE

20 m

3rd floor 0

STUDENT WORKSPACE

20 m

basement 0

STUDENT WORKSPACE

20 m

BRIDGE

GROUND LANDSCAPE

OPEN LAYOUT STUDY AREA

“FOCUS” ROOM

COMPUTER ROOM

“THINK” ROOM

MINI EXHIBITION ROOM

PRE-FUNCTION AREA

2017 Individual Project Thematic Architectural Design Studio

Vitreous A STUDENT CENTER WITH SUSTAINABLE CULTURE ON FUTURISTIC ARCHITECTURE

The main issue of this studio is how to design a student center in 2050 that still maintains the existing culture along with the adaptation of its architectural aspects in the future. The main aspect for sustainable culture can be seen from the behavior of the student, namely the tendency to gather around, while the futuristic architecture aspect focuses on technology and the projection of the next

generation that will have a tendency to become more individual. Both of these are things that have a contradictory context but must be incorporated into this student center design. After being reviewed, one of the efforts to solve the issue in this student center is to apply the concept of openness, both physically and non-physically. Hence this work is called Vitreous which means â&#x20AC;&#x153;like glass in appearance or physical propertiesâ&#x20AC;?.

This openness indirectly allows something to enter and exit at once. "Exit" here is exempliď&#x20AC; ed by exposing all student's activities at this student center. Whereas "Enter" here is embracing the advancement in technology in student center design. Both of these design approaches aim to indirectly maintain student's visit at the student center in 2050 which is expected to become quieter due to the lack of intensity of socialization among students.

A mass extruded in the form of a double loaded corridor that surrounds the pavilion and creates a communal area.

Provides slope between the end points of the mass. Five slopes on the mass as a philosophy of Panca Dharma.

Separating the masses into two with the axis of the pavement and creating some leveling in each mass.

Mass development with facade variations and cantilevered building structures to make more attractive exterior.

Site

Transformation

The site is located in the Gadjah Mada University complex, around 200m after the entrance gate of the UGM Boulevard. The area of the site is about 1.3 ha with a large “pendopo” (pavilion) located in the middle of the site. The pavilion is a cultural heritage. Thus, the design should not interfere with the claim of this pavilion. Although area of development has a fairly organic form, the site is at a strategic point in the university.

The area surrounding the pavilion are extruded in the rst process of the design transformation before nally being cut according to the imaginary grid of the pavilion in the center. The next mass development was to choose the laying of open and communal public spaces as the heart of this student center building. The nal stage of transformation is designing an attractive exterior that is still in accordance with the philosophy of VITREOUS

UGM buildings. In the hallway on the ground oor, it can be seen that there is the use of a single column structure in holding the load of oors above it, so that it forms cantilever. This is to expand the student's gathering space. In developing a more detailed design, vertical shading was created on the building skin and roof garden as a roof cover to respond to the temperature and hot weather in Indonesia.

focus on Double Loaded Corridor

Double loaded corridors are considered as the most optimal layout in maximizing the efciency of space and view of existing users inside and outside.

Open Communal Space

The communal area as a place for student activity is placed in the middle of the main building, so that student activities are supervised.

Pendopo - Vocal Point

“Pendopo” as heritage is placed in the middle part of the masterplan and is used as a design vocal point.

philosophy There are ve slopes on the roof garden of the building which are denoted as the value of the Panca Dharma.

Using a structural system with modular column in the UGM building which is a multiple of 7.2 m.

The main column shape in the corridor is analogous to some of the forms of light emitted on the UGM logo.

Panca Dharma

Modular Column

7,2

UGM Logo

feature

Saving Space Partition

An open hall is provided which can be partitioned into 40 secretariat halls of Student Activity Unit (SAU). Each room is 4x6 meters in size. There is a space that can be used by more than one SAU due to the specic activities in the form of typical activities.

VITREOUS

The space partition is a saving space for light equipment that is stored in the secretariat room, so that if the space has been used, the partition can be folded to the ceiling and the room can be used for other activities.

zoning commercial

material hall

ofď&#x20AC; ce

ukm

VITREOUS

meeting

ADAPTABLE ENVELOPE

ROOF GARDEN

GLASS BRIDGE

ROOM PARTITION clear glass

STRUCTURE reinforced concrete FACADE ENVELOPE tinted low-e glass ACCENT steel cord & aluminium composite PATTERN PENDOPO

ENTRANCE GATE andesite

The use of the material and building structure is a projection of architectural components that are expected to be widely used in the future. Although the rooftop garden and some selections of glass with the most optimum value of heat absorption is included in the design, the interior of the building might still have a high temperature as the site is in Indonesia. A particular effort to overcome this weather is by installing an adaptable building envelope on the outer shell of the building in the form of a vertical lattice that can move (open-close) following the sun's heat exposed to the skin of the building. This grid can be in the form of Aluminum Composite Panel (ACP) material with a remote control system.

data regulation COMPONENT

REGULATION

Site Area (m2)

13.650

Building Coverage Ratio (%) Groud Floor Area (m2)

40 5.460

Maximum Height (m) Building Floor Area (m2)

DESIGN

3.929 16 10.300

space conguration COMPONENT

REQUIREMENT

DESIGN

Number of Student Unit’s Secretariat (Use of several shared spaces)

Food court Area (m2) (Ground Floor)

870

658

Space Usability Index

VITREOUS

0.75

INNERCOURT

oor plan B

TOP VIEW 0 2 4

30 m

A’

B’

2nd floor 0 2 4

30 m

Studio

Secretariat Student’s Activity Unit

A’ Exhibition Room

B’

ground floor 0 2 4

30 m

Open Hallway

Foodcourt

Innercourt

Pendopo

A’ Lobby

B’

For Public For Members Service Board Room

3rd floor 0 2 4

30 m

Studio

A’

B’

1st floor 0 2 4

30 m

Secretariat Student’s Activity Unit

Study Hall

A’

B’

basement 0 2 4

30 m

Ruang Auditorium

A’

B’

For Public For Members Service Board Room

East Elevation (Front)

West Elevation

Section A-Aâ&#x20AC;&#x2122;

South Elevation

West Elevation

Section B-Bâ&#x20AC;&#x2122;

30 m

AERIAL VIEW

ENTRANCE

ROOF GARDEN

FOOT PATH

INNERCOURT

SECRETARIAT UKM

STUDY HALL

FOODCOURT

2017 Individual Project Thematic Architectural Design Studio

Yamaha Music Headquarter “SHARING PASSION AND PERFORMANCE”

This thematic studio design typology is a multi-storey ofce building. One of the issues that must be solved in the design is how strongly the company's vision and mission are represented in ofce building.

and discovery." Comes from Yamaha's principles, the formulation of the main concept in ofce design is creating joy and exciting experience for the customer by utilizing the human senses of vision and hearing.

instruments. Visitors who come can choose a musical instrument that they want to buy while seeing music school students playing their musical instruments in the classroom or small open stage in the atrium.

I chose to design a Yamaha Music company that had the slogan "sharing passion and performance". One of the philosophies held by Yamaha is "We want customer to experience joy, beauty, condence,

Yamaha's slogan will be more applied to the building functions that are not only ofces but also can be a learning space and musical performances. Ofce Podium serves as an exhibition of musical

Building exterior design is an adaptation from the shape of the guitar neck and the rhythm of piano keys so that the facade of the building has a unique shape and attracts attention.

YAMAHA MUSIC HEADQUARTER

Drop Off

The design concept of the drop-off building is creating an entrance gate that is not only monumental but also attracts attention for visitors who will enter. There is a fountain that ď&#x20AC;&#x201A;ows from the top of the drop off into the

YAMAHA MUSIC HEADQUARTER

pool in the front of the building. This water ď&#x20AC;&#x201A;ow functions as a distraction from the sound of vehicles driving from the highway so that the drop off has a more natural atmosphere.

Box-shaped mass pursues ofce efciency.

The addition of podium area to expand the showroom.

Form development in response to wind loads.

Development of the facade to be iconic and in response to sunlight.

Transformation The transformation of the initial shape of the building started with a mass-shaped box extrude from the site area that adjusts regional regulation to pursue space efciency. Then at the podium, the oor area was expanded to meet the space requirements for the showroom function. A curved shape in the facade of the building is developed as a response 35

to the direction where the wind comes. It is to reduce the lateral load of the building. Transformation of the facade is then carried out in response to the direction of the sunlight by giving the secondary skin of the building with wiremesh material. The facade design of Wiremesh uses an adaptation from the shape of the guitar neck which is split by the vertical axis in the center of the building. The axis continues YAMAHA MUSIC HEADQUARTER

downward until the roof drops off and the pool at the front of the building, serves as a bold accent to the facade design. On the side of the building there is a shading with a horizontal line accent adapted from the rhythm of piano keys. The dark color of the accent makes the shading look rm during the day. Linear lighting is put under the shading to keep strengthening the accent at night.

Class & Studio

Atrium

Lobby

Lobby Welcoming visitors with a grand atmosphere, and as one of the solo performance areas. The placement of grand pianos is to support the luxurious and classic atmosphere in the lobby.

Atrium Three-storey showrooms with voids and atriums to provide a wider view for mini stage performance on the ground ď&#x20AC;&#x201A;oor.

YAMAHA MUSIC HEADQUARTER

Class and Studio As a facility from "sharing passion and performance". Provision of classrooms with some transparency in the space barrier as visual access for visitors. 36

UNITIZED CURTAIN WALL

zoning ROOFTOP

explodametrY

UTILITY

OFFICE

material

5TH-16TH FLOOR

LOW-E GLASS

vertical window clear glass

RESTAURANT RECORDING STUDIO

PERFORATED METAL

MUSIC CLASS GALLERY

FACADE

SHOP & GALLERY LOBBY

drop off steel cord & ALUMINIUM COMPOSITE

BASEMENT

shear wall reinforeced concrete

COMPONENT

regulation

3 STORIES 150 CARS

design

Site Area (m2)

3.965

Building Coverage Ratio (%) Ground Floor Area (m2)

45 1.784

Floor Area Ratio Building Floor Area (m2) Core (%)

4 15.862

Green Base Coefcient (%) Green Area

30 1.190

1.752

Basement Area Coefcient (%) Basement Area (m2) Car Parking Spot

55 2.190 150

2.189 150

1.673

15.363 12

ground floor

2nd an d 3rd floor

4th floor

5th-14th floor

1st basement

15th-16th floor

2nd basement

Ofď&#x20AC; ce and Service Music School

ROOFTOP

3rd basement

scale in meter 0

West Elevation (Front)

South Elevation

20 m

SECTION A-a 0

20 m

North Elevation

East Elevation

20 m

SECTION b-b 0

20 m

lobby ground ï&#x20AC;&#x201A;oor

show room 2nd-3rd ï&#x20AC;&#x201A;oor

2017 Group Project CTBUH International Student Tall Building Design Competition

JakartaOne Cityhub Tower CONNECTING CITY THROUGH RIVER AND INTEGRATED MASS TRANSPORTATION Team: Gilang Dwi Alridho (Project Leader, Concept Design, Post Production) Muhammad Nu’man Muttaqi (Theoritical Review, Concept Design, Post Production) Addwiko Laras Nugroho (Theoritical Review, Concept Design, Post Production) Prabowo Hanianto (Theoritical Review, Concept Design) Fathin Sabbiha Wismadi (Theoritical and Structural Review, Concept Design)

The lack of awareness of urban density’s negative effects has made Jakarta even worse. High density is currently making urban mobilization less controllable and also brings up perturbing water issues. One of the notable facts was the decreasing amount of fresh water source that was caused by over-exploitation and highly polluted rivers. This has had a negative impact on the life quality of many Jakartans living in downtown slum areas.

Ciliwung, an iconic river of Jakarta that was known for its horrible polluted waters, was actually a source of living for hundreds of its inhabitants and also contains historical values. By bringing up the design proposal to promote Ciliwung, it will enhance the lives of many Jakarta citizens who depend on their life to the river, and moreover, brings back Ciliwung nearly to its prime function as a river. We propose and design JOCH JAKARTAONE CITYHUB TOWER

Tower, a mixed uses building that will make a good symbiosis with Ciliwung environment by decreasing the pollution and using the water in a sustainable way. JOCH Tower is meant to be not only a connector within the city but also as an Interregional hub and even an International one. By the Tower, people will be connected to many supporting facilities such as transportation, hospitality, residential, and the river itself which is lies along the city. 46

This building connects several transportation options as well as pedestrian ways on upper ground, ground, and lower ground level. Thus, it maximizes public spaces to ease pedestrian accesses, which also functioned as some sort of city parks. Several sky terraces are placed to accommodate new transportation modes such as volocopter, and any other airbone transportations as well. Additional sky bridges for further development is also feasible to be connected through these sky terraces without deforming any ď&#x20AC; xed spaces.

as open eld

building mass

pattern

Plan Study: Space Syntax Determining the user’s movement circulations is one of a critical aspect. Knowing where users will “come and go” is very important to develop the building’s solid and void on the upper, lower, and ground level. Designed with less physical boundaries, the tower is connecterd to roads and buildings around it, creating new means of extension for the city. *west area is functionalized as parking area

Multilevel Ground Park Gardens are placed on several locations on the tower so that users will get the feeling of always being on the ground oor.

Strong Building Roots Architectural ‘roots’ of the tower stretch and grip strongly, connecting people, public spaces, and transportation infrastructures. JAKARTAONE CITYHUB TOWER

Green Design Using renewable energy source for the building and saving Jakarta’s water issue.

wind turbines The curved shape of the facade captures the wind that hits the building

vertical axis wind turbines

The majority of the wind in Java Island goes north and south. It is responded by utilizing vertical axis turbines in buildings, where two holes in each of these holes contain two vertical axis wind turbines.

zoning public park plaza: food street village, medical center, community center, art center, outdoor ciliwung museum, promenade, river utility

water and river

JAKARTAONE CITYHUB TOWER

retail ofď&#x20AC; ce hotel apartment service: wind turbine and parking area

PERSPECTIVE Sky Terrace

Bus Stop, North Side

2017 Group Project MiniaturUNDIP Design Competition - Future Mosque

As-Salam Mosque OASIS OF PEACE IN THE CITY CROWD Edwin Salim (Project Leader, Structural Review, Concept Design, Post Production) Muhammad Nuâ&#x20AC;&#x2122;man Muttaqi (Theoritical Review, Concept Design, Post Production) Dhia Khairunnisa (Theoritical Review, Concept Design, Post Production) Fathin Sabbiha Wismadi (Theoritical and Structural Review, Concept Design, 3D Modelling)

Mobility

City Bustle

Identity Crisis

Depression

JAKARTA - YEAR 2067 The more industrialist (advanced) a country is, the less often its citizens attend religious services and pray and the lower the positive attitude towards religion (Norris & Inglehart, 2009). Jakarta residents with an increasingly mundane and unbalanced lifestyle will be at high risk of experiencing unhappiness and depression.

MOSQUE As-Salam Mosque is a place for people to nd inner peace, pray to God, and be happy with others in the middle of the city crowd and bustle.

HABLUM MINALLAH Stress Relief Oasis

HABLUM MINAL ALAM Green Space Green Energy

Lifestyle Imbalances Indonesia's economic conditions in the next 50 years will increase signicantly. Facing the demands of the era of industrialization and the tight competition of human resources, the lifestyle of the population is increasingly unbalanced, more inclined to mundane interests and increasingly distant from God.

TOD The city of Jakarta as the main point of economic and industrial growth in Indonesia in the next 50 years has a high complexity of activity and mobility, therefore the development of the city of Jakarta began to be directed to Transit Oriented Development (TOD) which is a solution for the development of mobile areas in the future. In the next 50 years,

AS-SALAM MOSQUE

HABLUM MINANNAS TOD Element Activity Generator

TOD in Jakarta will be fully effective. As-Salam Mosque is present amidst the density of human industrial activity and is part of the Transit Oriented Development program in Jakarta with the development of energy-efcient future designs. Mosques become Oasis in the midst of daily tedium and stress in Jakarta, a place to meet God again.

A triangular site with a space in front of it to distance from the road.

The mass of the building from the site area that could be built was extruded.

The building added with curved accents to create void spaces and futuristic impressions.

Section A-Aâ&#x20AC;&#x2122; 0

3,5

14 m

+10.05m

+7.00m

+3.50m

+0.45m +0.00m

Selasar

The roof of the building was held to collect rainwater. The use of louvres active shading is also added to the details.

ACTIVITIES AND USER SCENARIO

15 13

Open Space as Activity Generator

Activity Time Diagram Pray Time

The open space on the rst oor accommodates many diverse activities almost all the time.

Communal Activity Quran Reading Resting Area

Space that can be freely used invites and creates living communal activities.

Ofce and Industrial Activity

Section B-B’ 0

3,5

Eksplodametri

14 m

Siteplan B

A’

m135_01 6m

1 3 4

5 12.0m

30.0m

4.0m

m 3.

5m 5.

B’

8.0m

2nd Floor

Male Toilet

Male Ablution

Female Toilet

Female Ablution 5 Mosque Hallway Imam Area

Pray Area

3,5

16.7m 23m

6.3m

A’

B’

m 6.

14 m

AS-SALAM MOSQUE

SUN RAYS

TEMPERED GLASS WALL Skylight materials and tube covers, optimize sunlight and rainwater harvesting.

ELECTRICITY

Curved Photovoltaic Cells on Roof

MARBLE FLOOR Natural materials produce cool ambience and easy maintenance.

Converting Sun Rays into Electricity APPROX.

1M2 of PV Panel = 200 W/H

60KW/H

CONWOOD PLANK Louvres material, fabricated concrete-wood composite board.

ACTIVE SHADING LOUVRES

Rough Effectivity Value 300 m2 of PV Panels

GLASS-REINFORCED PLASTIC PANEL Pre-fabricated modular panels arranged in a curved roof area.

NATURAL STONE Andesite stone on the wall, natural material yet still looks minimalist and modern.

VEGETATION Ornamental plants in the design use a combination of ornamental plants and permaculture. WATERSCAPE Water elements at the entrance give a calm and fresh atmosphere as well as dramatic light effects. CONCRETE STRUCTURE Reinforced concrete allows explorative and simpler forms of building.

Explodametry and Material Detail

GRAVEL Pavement with natural pebbles, harden the surface but still can absorb water.

Rainwater Harvesting-Recycle and Passive Air Conditioning

360 DEGREES NATURAL LIGHTING AND CROSS VENTILATION Active shading louvres control the intensity of air and incoming light

TANK &

Clean water used for ablution

Rainwater is channeled to the tank and ltered Water from ablution was ltered and reused for landscape and watering plants

South Elevation (Front) 0

3,5

North-East Elevation

North-West Elevation

14 m

AERIAL VIEW

PRAY AREA

HALLWAY

2017-2018 Work Experience d+e Desain Performa Energi

Lighting Design Determine the type of illuminations in the building with DIALux Evo as software simulation to obtain the standard lux level

MALL ATRIUM - SALALAH GRAND MALL, OMAN

TOILET - SALALAH GRAND MALL, OMAN

LOBBY - BARITO PACIFIC, JAKARTA

DROP OFF CANOPY - PESONA SQUARE, JAKARTA

DROP OFF CANOPY - SALALAH GRAND MALL, OMAN

TELKOMSIGMA TOWER, JAKARTA

THANK YOU.

FATHIN SABBIHA WISMADI

+6285643266995 fathinsw@yahoo.com St. Kaliurang Km 8,5 Perum Dayu Permai A-19, Yogyakarta, Indonesia 55581

2018