Portfolio Arkan Haqqi | 001.2021

MUHAMMAD ARKAN HAQQI

00.1 2021

| SELECTED WORKS

PORTFOLIO

MUHAMMAD ARKAN HAQQI Hello! My name is Arkan and I’ve just got my Bachelor’s Degree from Bandung Institute of Technology. I am a very design-driven person that looks at design not only as problem-solving, also as the aesthetic and human experience value that delivers with it.

For me architecture idea should be a dream and that we as an architect should realize it into concrete reality. Architecture has the power to actualize a virtual into the real world and creates a better world for the future. At the same time puts a big responsibility on it not to be careless in making decisions that could affect the future.

CONTACT

ADDRESS

13Haqqi.Arkan@gmail.com linkedin.com/in/mhdarkanh13

Jl. Sangkuriang, Dago Bandung, Indonesia

behance.net/arkanhaqqi

EDUCATION

@mhdarkanh

2013-2016 SMA Negeri 1, Medan 2016-2020 Bandung Institute of Technology School of Architecture

SKILLS

INTEREST

Proficient Rhinoceros Sketchup AutoCAD

Intermediate Grasshopper Autodesk Maya Lumion Twinmotion

Fabrication CNC milling 3D Printing Laser Cutting Robotic Arm

Media Adobe Photoshop Adobe Illustrator Adobe Indesign Adobe Premiere

Beginner Revit V-ray

Architecture Design Art Parametric Architecture Digital Fabrication Product Design Human Centred Design

LANGUAGE Indonesian (Native) English (Proficient)

CURRICULUM VITAE WORK EXPERIENCE

ORGANIZATION EXPERIENCE

WORKSHOPS

ACHIEVEMENT

2020 Jan-May

Computational Studio Tutor

2019 May-Aug

Mamostudio

2019-2020 Mar-Feb

Head of Academic & Profession

2018 Aug-Dec

Head of Disciplinary Committee

2017-2018 Sep-Aug

Head of Accomodation

2020 Jun

Architectural Geometry and Habitat

2020 Jun

Rhino Vault 2.0

2020 Feb

Drone & Photogrammetry Scanning

2019 Dec

Open House ITB: Digital Fabrication

2019 Oct

Additive & Substractive Fabrication

2020

Speaker at “Lokakarya Inovasi III: Inklusivitas Kota Bandung”

by Keluarga Mahasiswa ITB

2020

Published Journal “Pengaruh Gaya Hidup Milenial Terhadap Desain Arsitektur Kafe” on Vitruvian Journal Vol.9 Issue 2

2019

Top 10 Students Best Work Design Studio III

2019

Top 10 Students Best Work Design Studio IV

on Bandung Institute of Technology Taught and turored AutoCAD, Sketchup & Photoshop on computation studio.

Internship Ragunan Zoo Competition, Borobudur & Prambanan Temple Tourism Park, Villa Segobang, Padang Fair Market.

Architecture Student Organization (IMA-G ITB) Broaden members’ insights about architecture and the profession Coordinated 3 Architecture & Design office visit Coordinated 3 Architectural Workshop event Supervised Gaung Bandung event installation

Architecture Student Organization (IMA-G ITB) Supervised the fairness of the election for the student organization president.

Architecture Student Excursion “FACADE ITB” Coordinated the Accomodation on an architectural excurtion to Yogyakarta, Solo and Semarang.

by ZHACode Designing a modular based living system and exploring fabrication aware geometry.

by Block Research Group Using RV2 tool on Rhinoceros to create a funicular structures.

by Bandung Institute of Technology & UPH 3D scanning technique using drone and laser scannner.

by School of Architecture ITB Designed an installation for Open House ITB using a CNC milling machine.

by School of Architecture ITB Learned to use 3D printing and CNC milling maachine.

0

CONTENTS 01. NAUTICAL MUSEUM

06

02.

1001 LOUVRES 20 03. KNOWLEDGE CHAMBER

32

04. INNOVATION FACTORY

42

05.

BALÉLIKA 52 XX. OTHERWORKS 66

1

NAUTICAL MUSEUM

HYPER-RECREATIVE

BACHELOR THESIS PROJECT JAKARTA, INDONESIA

2020 | Academic | Area: ±40.000m² | Individual Supervisor: Dewi Larasati, ST., MT., Ph.D Software: Rhinoceros + Grasshopper, Maya, AutoCAD, Photoshop, Illustrator, Lumion

Located in Ancol, one of the tourist attractions located in the capital city of Jakarta and one of the widest in Southeast Asia, the museum is set to be a new recreation facility for the public. Ancol has complete and sophisticated recreational facilities that can entertain people who want to entertain themselves. Every year, millions of people visit Ancol for recreational purposes with friends, family and others because of its close location. The high level of visitors and the similar objectives of the people who come are important factors in designing buildings, so the issue of “Recreation” is the key to strengthen and support the Ancol area itself. Although the museum is often known as a silent and boring space that can’t interact with the people themselves, this project aims to make the museum as fun as possible to create a strong recreation experience without neglecting education for the visitor. From the building to the landscapes will be aimed to be as fun as it could and bringing a new kind of novelty to the surrounding area.

Eyes look around, the ear tries to hear from the hidden whispers, and all the senses participate in seeking what is the purpose of the place. A simple feeling arises, then the heart speaks to the mind, “People are always happy here”. Their faces were bright, their eyes were smiling, releasing all the burdens that were in their minds. Did they perhaps have the same purpose when they come to this place?. Something new that will be build here should be the one that integrates with the surrounding and gives a new value to the existing.

8 | Prologue

The main concept of the project is creating a fun continuous space of exhibition for the visitors’ experience.

To create that experience, the exhibition is stretch out from the museum by blending it to the landscape and waterfront. All visitors will be indulged by a pleasant knowledge of the whole area of this ​​ museum.

Conceptual Sketch

The museum is planned to be a very Hi-Tech Exhibition with an interactive display, VR, etc. The landscape and features around the museum are set to be an outdoor museum. Both ends of the landscape will be green spaces with mangrove and tropical tree while the centre of the site becomes the ship exhibition. The northern waterfront will hold a water attraction and an underwater chapel that can be enjoyed by visitors.

Building Code Constraints & Waterfront Setbacks.

Volumetric Mass Based on the Programming Needs.

Sculpting Mass to Create a Playful Building to the Visitors Eye.

Building Enclosure and Creating Outdoor Exhibition Space.

Concept | 9

1. Vehicle Entrance 2. Vehicle Exit 3. Bus Stit 4. Food Court & Bar 5. Ship Exhibition 6. Rooftop Park 7. Tropical Park 8. Landscape 9. Mangrove Park 10. Mangrove Observatory 11. Water Front 12. Underwater World 13. Speedboat Dock 14. Historical Ship Dock 15. Sub-marine Dock 16. Sail Boat Dock 17. Viewing Deck 18. Pedestrian 19. Bus Park

10 | Site Plan

Rooftop Phinisi Void Skylight Rooftop Garden Skylight

Third Level Restaurant Mezzanine Gift Shop Virtual Reality Exhibition Ship Deck Exhibition

Second Level Restaurant Modern Maritime Exhibiton Maritime Theater

Ground Level Phinisi Void Restaurant History Exhibiton Entrance

Landscape Ship Exhibition Mangrove Park Restaurant & Bar Tropical Park Submarine & Boat Tour Chapel

Surrounding Marina Dock Dunia Fantasi Cable Car Station

Museum Circulation Rooftop Exit Restaurant Circulation Museum Exit

System Axonometric | 11

7

1

1. Entrance Lobby

2. Historical Timeline

3. Ship Display

5. VR Ship Anatomy

6. Ship Simulator

7. Virtual Deck

12 | Sequence

6

8 4 5 3

2

4. Phinisi Void

Historical

Modern

Experiencing

8. 360° Interactive Maritime

In the first part of the museum, visitors are introduced to the historical story of Indonesia’s maritime history from the first kingdom until nowadays.

Coming to the second exhibition, the visitors will learn about the modernday ships and the speciality of the Indonesian maritime ecosystem.

After being given sufficient knowledge, visitors will apply their knowledge they have learned through exciting games and interactive technology.

Features | 13

14

Museum Visualization | 15

Rooftop Area Rooftop Garden

Outdoor Features Ship Exhibition

Mangrove Observatory

Bar Rooftop

Mangrove Park

Tropical Park

Green Landscape

Circulation Main Pathway

Waterfront Walk

Secondary Pathway Dock

Site

16 | Landscape Diagram

Landscape Typology

The landscape is a huge factor in the project, it has to accommodate the outdoor exhibition as well as making people happy and satisfied. The Landscape is created by playing with the elevation to form a landscraper and keeps the main building stand out.

Tropical Park.

Restaurant & Bar.

Water Front.

Mangrove Park.

Leisure

F&B

Coastal Tour

Observatory

Features Diagram | 17

Tropical Park

Tropical Park

18

Mangrove Walk

WaterFront

Restaurant & Bar

Mangrove Observatory

Landscape Visualization | 19

10

001 LOUVRES URBAN RESURRECTION DESIGN STUDIO V PROJECT BANDUNG, INDONESIA

2019 | Academic | Area: ±20.000m² | Individual Supervisor

: Mohammad Jehansyah Siregar, ST., MT., Ph.D

Software

: Revit, Photoshop, Illustrator, Twinmotion

As one of the densest location in the heart of Bandung, Cibadak Street is an old Chinatown Heritage that used to be a famous shopping street since in the ’90s is now facing the problem of unsaleable goods due to the outdated trend. Merchants that have been there since long ago slowly shutting their store one by one and left abandoned buildings that are due to the unsaleable business prospects making this area becomes a dead town. On the day the area becomes a slum and unhealthy area and by the night homeless people sleep on the shopping street. There is only a little social life and vehicle are parked on the street creating a traffic jam along the road.

2

The goal is to revive the area from the social, business, and urban by intervening in the area by creating a new function. A mixed-use building is proposed to create a new social space that can increase the quality of the area. The idea is to make an urban oasis that can be easily accessible by the public and maintaining the heritage of the area. It is also in the middle of the city with a lot of tourist destination nearby so a hotel is a function to support the tourism business part.

CIBADAK

KARANG

STREET

ANYAR ST REET

N

Concept

The location is such a monotonous, lack of greenery, and slum makes it lack of intrest for the people who wants to invest here. The concept is to trigger a new function to regenerate the area.

22 | Complication

Site Constraints

Maximizing Commercial Mass

Maximizing Hotel Mass Comm : Hotel (60 : 40)

Substracting to Create a Permeable Mass to the Oasis

Scattering Enclosure as a Juxtapose Shape to the Monotonous Area.

Facade Treatment as the Shading Device

Mass Development | 23

Supporting Anchor Tenant Retail Shopping Street Retail Hotel

24 | Ground Plan

Level 2

Level 3

Section A

Section B

Floor Plans | 25

Core Standard Unit Suite Unit

Standard Room

Suite Room

26 | Hotel Plan

Level 4-10 Hotel Unit

Hotel Gym

Level 3 Food Court

Hotel Pool & Roof Top

Hotel Restaurant

Level 2 Retail

Public Park

Level 1 Retail

Hotel Lobby

Hotel Drop Off

Mall Drop Off & Shopping Street

Exploded Axonometric | 27

Park in the middle of the dense urban to create a green public space.

28

Hotel rooftop and pool viewing to the Green Park.

Open mall void to connect indoor space to be more playful.

Preserve the local shopping street to connect the mall with the urban fabric.

Experiental Section | 29

30

Visualization | 31

KNOWLEDGE CHAMBER HIGH SCHOOL IN BANDUNG

DESIGN STUDIO IV PROJECT BANDUNG, INDONESIA 2019 | Academic | Area: ±8.000m² | Individual Supervisor

: Dr. Agus Suharjono Ekomadyo, ST., MT.

Software

: SketchUp, Photoshop, Illustrator, Lumion

3

Located in the complex of Daarut Tauhiid Islamic Boarding School Area. The new high school building is set to be the first to apply the principle of Islam. The building is set to be the new high school that accommodates the non-boarding student with bilingual subject to form a smart new young generation that holds on to the Islamic principle.

34 | Sketch

Located in the Daarut Tauhiid Islamic Boarding School, the new High School building is the first building that will apply 4 Islamic principles. The principle will be translated into the architecture form and make a new better school.

The four principles taught by Islam were to be: Clean, Pennywise, Healthy, and Harmless. Islam taught to be clean with wudhu, not to waste, be healthy and not be destructive to the environment.

Concept | 35

Mass Preserves Existing Tree. (Harmless)

Mass Composition and Substraction.

The building mass is oriented towards North-South to minimize sun radiation. It also preserves the existing trees and for it into a courtyard. Due to the tropical climate, the big roof is detached from the building to perform better ventilation and bringing fresh air.

(Healthy)

36 | Massing

Programing and Volumetric.

Big slanted roof to respond the climate.

Applying the principle of Clean, the floor plan is configured to be no dead edge and oriented to get a proper sunlight amount into every room.

Legends: 1. School Entrance 2. Classroom 3. Medical Room 4. Library 5. Teacher’s Office 6. Lab 7. Hall 8. Field 9. Organization Room

8

7

9

6

4

2

2

5

3

1

5

Plans | 37

Bitumen Roofing

Secondary Beam

Primary Beam

Glulam Timer Portal Frame

Overall Structure

38 | Structural Axonometric

The roof structure is using an inverted truss that spans through the building.

It is constructed by an array of a modular frame that uses a glue-laminated timber. The modular construction is set to minimize the unique parts to make the building cost cheaper.

(Pennywise)

Partial Section | 39

40

Visualization | 41

I N N O VAT I O N FA C T O R Y

THE PEOPLE’S DREAM HUB

DESIGN STUDIO III PROJECT BANDUNG, INDONESIA

2018 | Academic | Area: ±7.000m² | Individual Supervisor: Dr.Eng. Hanson Endra Kusuma, ST., M.Eng. Software: SketchUp, Photoshop, Illustrator, Lumion

Located in West Java, Bandung is one of the creative city in Indonesia. From individuals to large communities, people love to gather to exchange their ideas with others making this city even developing forward. Influenced from the little of art deco history, the people have tasted the taste of the art deco during the colonial times and Bandung still has a lot of tropical art deco that is still standing till this day. The heart of the Bandung city is the place where all of the creative people from the city gather.

They are selling either on their little tenant either or beside the sidewalk. Time to time has passed and there is still no place for the creative community to express their mind freely.

4

Credits : Sangkara Naraya, Tribun Jabar, Kuliner Cikapundung Barat. (Left to Right)

Bandung city centre or Asia-Africa Street area is a place where people gather from all over the city. As if it never went off or empty and there is always a story made by the people from day today. Local artists and communities give a colour along the streets during the day to entertain passers-by. As the sun goes down, the whole place is transformed into a diverse culinary centre. Tireless and creative society but have no place to express their feelings, and without the people, the street will remain nothing than just a street.

The project goal is to “create a space where people, local community and merchant can express their feeling and boost their activity to form a better place.”

2 Mass Funcion Elaborated from the Function Needs.

Rotating the Orientation for Maximizing Daylight on the Morning.

Mass Substraction & Terracing responding to the Site Constraint.

Creating a Public Plaza for the Local Merchant & Artist.

44 | Design Strategy

N

Site Plan | 45

Roof Rooftile

Fourth Level Office Void Workshop Room

Third Level Classroom Void Workshop Room Balcony

Second Level Theatre Void Kids Classroom Balcony Cafe

Ground Level Theatre Cafe Lobby Streetfood Plaza Gallery Amphiteatre

46 | Exploded Axonometric

The Stage A place where local artists can express their creativity.

48

The Plaza During the day people can gather on while on the night it will become a Streetfood Foodcourt.

The Gallery Everyone can exhibit their creation in this space and anything can be exhibit.

The C Where individ community, etc exchang

Cafe duals, groups, c can discuss & ge idea.

The Vista Void Creating poetic space and lighten up the interior to keep everyone in the building stay creative.

The Class & Workshop Everyday you can learn anything directly from the masters to widen up your knowledge.

Theater Where local film are shown to encourage local community.

Experiental Section | 49

2

1

3

4

5

6

7

9 5000

10

12

11 3000

2000

2500

13

14 1300

1200

B

C'

8 5000

A

A

3000

3000 3000

B

RUANG RAPAT ±0.00

2300

TOILET PRIA -0.03

2500

R. MEKANIKAL ±0.00

RETAIL ±0.00

RETAIL ±0.00

RUANG PENGELOLA ±0.00

RETAIL ±0.00

RUANG. KELAS ±0.00

A' RUANG. KELAS ±0.00

E

E

RETAIL ±0.00

TOILET WANITA -0.03

3000

3000

A

D

D

1800

1800

C

C

3000

Section

AUDITORIUM ±0.00

B

2000

2000

TOILET DIFABEL ±0.00 Tr

INFORMATION CENTRE ±0.00

CAFE ±0.00

Nk

Nk

1200

H

G

1200

G

CAFE ±0.00

3700

3200

F

F

H

3800

AREA MAKAN & MINUM ±0.00 GALERI ±0.00 COMMUNAL SPACE ±0.00

4000

I

J

1st Floor C

B'

2

1

3 3500

4

5 4000

6

7

6000

6000

8

9 5000

5000

10

12

11 3000

2000

2500

13

14 1300

1200

C'

1500

B

A 3000

AUDITORIUM ±0.00

B 3000

RUANG. KELAS ±3.80 2750

2750

1800

C D

A 3000

TOILET PRIA +3.77

A'

PERPUSTAKAAN +3.80

RUANG. KELAS +3.80

TOILET WANITA +3.77

2000

E Tr

3200

F Tr

RUANG. RAPAT +3.80

Nk

Nk

CO-WORKING SPACE +3.80 1200

G

RUANG KELAS +3.80

3800

H

OPEN SPACE RETAIL +3.80

I PERLUASAN CO-WORKING +3.80

J BALKON +3.77

2

1

3

B'

C

2nd Floor

4

5

6 6000

7 6000

8 4999

10

9 5000

12

11 3000

2000

3700

13

14 1300

C'

5500

B

A

B

2750

2750

TOILET PRIA +7.57

TOILET WANITA +7.57

1800

C D 3000

A

RUANG KELAS +7.60

RUANG KELAS +7.60

RUANG KELAS +7.60

RUANG KELAS +7.60

A'

RUANG KELAS +7.60 MEKANIKAL +7.60

2000

E Tr

3200

F Tr

RUANG RAPAT +7.60

Nk

Nk

G

RUANG WORKSHOP +7.60

RUANG WORKSHOP +7.60

H

BALKON +7.57

I

J

2

1

3

B'

C

3rd Floor

4

5

6 6000

7 6000

8 5000

9 5000

10

12

11

5000

13

14

5000

C'

5500

B

A

B

2750

2750

TOILET PRIA +11.37

TOILET WANITA +11.37

D

4800

C A

A' KANTOR +11.40

KANTOR +11.40

KANTOR +11.40

KANTOR +11.40

KANTOR +11.40

mekanikal +11.40

2000

E Tr

3200

F RUANG RAPAT +11.40

Tr

G

RUANG KELAS +11.40

H

I

B'

4th Floor

C

J

50 | Technical Drawings

GUDANG +11.40

+14.80

6000

+11.40 +11.60

6000

+7.60 +6.80

4000

+3.80 +3.00

1500

±0.00 -0.60

3500

-3.40

3500

Visualization | 51

BA

ALÉLIKA FOLDABLE PREFAB GLAMPING VILLA COMPETITION ENTRY LOMBOK, INDONESIA

2020 | Competition | Area: ±1000m² | Team Team

: Vadya Dzauqiah

Software

: Rhinoceros, SketchUp, Photoshop, Illustrator, Lumion

Overlooking the stunning view of The Southern Lombok Sea, BaleLika serves as a temporary living space for MotoGP Enthusiast. Inspired by the system of Origami, the glamping resort can be folded into easily transported modules. Adapting the local village architecture, the villa is distributed around a public space with a view to the southern sea. BaleLika encourages its people to share their common interest, bringing new experience along as they come back home.

5

Currently, Lombok lacks enough places for tourists to stay. Over 60,000 more hotel rooms are estimated by the government to be needed for this event. In fact, the existing condition looks like that it can’t handle all of the tourists that are coming. The idea of the community members can build pre-fabricated glamping areas around remote villages using locally available materials and deploy them wherever they want without damaging nature. It should be easy to build and dismantle on any condition, also uses as much local material as possible.

Pre-Fab System Concept Traditional System

Proposed System

Component Module + Design Flexibility, Transport - Construction Time

Semi Instant Module + Practical, Easy to assemble, Construction Time - Transport, Design Flexibility

Instant Module + Very Practical, Construction Time - Transport, Design Flexibility

54 | Concept

Folding Module + Practical, Easy to assemble, Construction Time, Transport Inspired by Origami, the idea is to create a system that is easy to build, transport and flexible in design.

Massing & Construction Method The unit mass is formed by using a modular grid 2,4 x 2,4 x 2,4 voxel based on the local material module. For the sustainable and community empowering aspects, all of the material that is used to build the villa is using locally available wood and also constructed by the local community. The outcome of the design is to create a foldable structure from the bottom to the roof.

1 Bedroom Unit

Folding Method

2 Bedroom Unit

Folding Method

Unit Configuration | 55

Skylig Ventil

Folded Te Roof Str

Plyw

Corrugat

Rajuma Floor

Teak Wo Struc

Rajumas W Pan

Teak W Wall Str

Teak W Sun Sh

Foundation on Te

Column-Beam Joint

56 | 1BR Axonometrics

Beam-Beam Joint

Folding Wall Hinge Details

ght & lation

eak Wood ructure

wood

ted Metal

as Wood Deck

ood Floor cture

Wood Wall nel

Wood ructure

Wood hading

n (Depends errain)

The construction of the unit uses the local craftmanship to empower the local community nearby, by adapting the traditional joint so the construction method can be easily understood by the local worker and could be fabricated in every local village nearby.

Folding Floor Hinge Details

Folding Roof Hinge Details

The material resources also use the Rajumas Wood and the Local Teak Wood that are easily available on Mandalika Local Wood Shops.

2BR Axonometrics | 57

58

Visualization | 59

6

FUNICULAR PAVILION

MATERIAL TECTONICS RESEARCH MEDAN, INDONESIA 2020 | Private Project | Area: 16m² | Individual Research

: Polyhedral Structures Laboratory Research

Software

: Rhinoceros + Grasshopper

Polyhedra Bamboo Pavilion is individual research about digital tectonics and local craftmanship. Focusing the project to combine both aspects that rarely go side by side. By the advanced geometry generation from the computational design aspect later translated into a very simple way of fabrication that can be built without any advanced tools. The pavilion is created using a tool developed by Polyhedra Structures Laboratory called “Polyframe”, it creates a funicular structure from a stacking polyhedron. The result of this is later taken to be analyzed and proceed to the construction method.

BAMBOO

OHEDRA

Polyhedron Generating a sub-divided Polyhedron geometry.

Evaluate Polyhedron Evaluating each of polyhedron face should be touching each other.

Generating Dual Generating the Funicular geometry from the polyhedron.

Force Principal

62 | Structure Generations

Displacement Analysis

Stress Analysis

Structure Analysis | 63

Bolt Nut

Elevation

Steel Plate Plywood 12mm

Plan

O-Ring Cylinder Steel

Perspective

Traditional flat steel plate.

64 | Detailings

Cutted plate into connection geometry.

Fold and weld cutted plate.

Documentation | 65

OTHER WORKS

Internship (mamostudio) | 69

INDUSTRIAL ENGINEERING ORGANIZATION OFFICE In Collaboration with IMA-G ITB & MTI ITB

It was the end of 2018, when a fire broke down out one of the buildings in Bandung Institute of Technology. In 2019, the new head of the organization have the vision to build a new home from the storage container that was left. It was a bold decision with a minimal budget, but they have a big dream to make it come true.

70 | Organization Office

OPEN HOUSE ITB: CNC TREE In Collaboration with: Farhan Qalbain I. Keny Wijaya Fransiskus Asisi D.

Inspired by Pascal’s Triangle, we try to mimic how the force transferred just like pascal’s triangle. Resulting into a modular tree-like reciprocal structure. We try to make something that is modular and planar so it can be easier to fabricate and assemble. The module consists of a triangle geometry and an S connection.

CNC Digital Fabrication | 71

CONCEPTUAL 3D SKETCH Using Autodesk MAYA

Pavilion

72 | Conceptual Modelling

Cultural Building

High RIse

Master Plan

Conceptual Modelling | 73

EXOSKELETON STUDY Rhino + Grashopper & Autodesk MAYA

74 | Exoskeleton Optimization

1. Initial Mass

2. Load & Support Placement

3. Structure Optimization

4. Refine Exoskeleton

MODULAR PAVILION Autodesk MAYA

1. Initial Shape

2. Shape Module

4. Module Array

3. Form Module

4. Deform & Patterning

Modular Pavilion | 75

BENDING ACTIVE STRUCTURE Rhinoceros + Grashopper Simulation

1. Initial Pattern

2. Generate Rod Pattern

3. Bending Simulation

4. Detailings

76 | Bending Active Simulation

ROBOTIC FABRICATION Hot Wire Cutting

Form Finding

1. Line Graph

2. Low-Poly Mesh

3. Smooth Mesh

4. Funicular Shell

5. Mesh Clustering

6. Block Generation

Fabrication Process

Robotic Fabrication | 77

M Arkan H 13.Haqqi.Arkan@gmail.com