Portfolio of Selected Projects by parto.jahangiri

PARTO JAHANGIRI Portfolio of Selected Projects 2016 - 2021

Arkitekt MSA Master of Architecture Lund University Sweden

Malmö Tel: +46 73 244 9856 Email: parto.jahangiri@gmail.com LinkedIn: linkedin.com/in/parto-jahangiri

I live my dreams and wear my passion for discovering solutions. I am always actively looking for extra opportunities to contribute to human everyday life by design. This vision motivated me to participate in several design competitions, workshops, summer schools, etc. I have a broad range of design practices, with scale spanning the neighbourhood and urban design in some cases and costume and product design in others. A commonality across all scales has improved my problem solving and design thinking skills. This portfolio of selected projects represents a few layers of design practices I have had in different countries. After seven years of studies and a total of two years of work experience, I have gained experience in both academic and professional fields of architecture and urban design. Now I am looking forward to exploring further by focusing on the intersection of tech and design for a more sustainable future. I can share and tell you more.

Individual

Group work

Mycelium

Pioneer Living

Page 6

Page 12

Sustainable Microhome Competition Honorable Mentioned

URBAN SCALE

Neighborhood Master’s Thesis Lund University

LUPD

Urban Shelter

Page 34

Page 42

Individual

Incremental Housing Master’s Studio III Dar es Salaam

ARCHITECTURE

Center of Encounter Master’s studio II Lund University

Individual

10.

Group work

Space-time

BÉZIER STAIR

Sport Complex Bachelor’s Studio III Lund University

FABRICATION

Page 64

11.

TRAM Workshop ROBOTIC STEPFRAMES Tehran Page72

Golden Land

Redensification

Urban Rvitilization Competition 1st Prize Page 20

7. Lego Life

Residential Complex Bachelor’s Studio V University of Tehran Page 50

Planning and Design Master’s Studio I Leeuwarden Municipality Page 28

8. Malek Art Center Cultural Center Bachelor’s Studio II University of Tehran Page 56

Group work

ROUT-A

Tourism Accomodation Competition Arquideas Page 60

12. Lamp for SAD

Parametric Lamp Design Elective course University of Tehran Page 78

Contents 6 individual 6 collaboration

To encounter th must fundamen A neighborhoo constantly chan changed with a to look for patte In this regard, it neighborhood The project neighborhood individual res Neighborhood organized Case study understanding overly solution topic to other s settlement pat The study focu In Skåne, the which has rem agricultural c The proposal its technique about the des a placeholder

N e i g h b o r ho o d a s a l i v i n g o r g a n i s m URBAN SCALE

Looking At Territories-In-Between Rural And Urban

Master’s Thesis

Specialization: Advanced Architectural Design Lund University / Spring 2021 Supervisors: Maria Rassmussen Individual work

he ambiguity of the contemporary understanding of neighborhood, we ntally view the concept from a broad historical and global perspective. od should be understood as an organism; this whole organism is alive, nging, and its structure is fluid. The way people live and create community has all the social and technological changes in the last century. This study intends erns in micro-behavior that evolve, shift, and emerge as macro-behavior. t chooses the neighborhood scale as an understandable benchmark. The changes like a dynamic organism depending on how people interact with it. explores new strategies as a necessity for shaping future ds in territories between rural and urban, aiming to increase sponsibility by providing more opportunities for negotiation. d is seen as an incentive process leading to selfcollaboration and participation of residents. methodology is used to generate an in-depth, multi-faceted g of the complexity. However, the approach is not intended to be n-oriented or context-specific but develops principles to relate the similar contexts. Scandinavian cities are stimulating when considering tterns because large tracts of land predominantly surround them. uses on southern Sweden and looks specifically at the city of Lund. e primary structure that connects it to its history is the act of farming, mained active for many years. As Lund grows, how can it adapt to conditions without destroying the surrounding farmland entirely? presents a morphological and pattern design intervention as to enable new forms of experience, dialog, and awareness sign of future neighborhoods. The design intervention is used as rThe concept thatwork allows for the exploration further alternatives. entire thesis is available on Lund University of Libraries of Student Papers Redrawn from The Forgotten by Roger Ycaza

Face-to-face interactions

Redrawn from The Town by Paul Brunsall

Digital City

COM M UNITIES

POROSITY

Case study methodology is used to generate an in-depth, multi-faceted understanding of the complexity. However, the approach is not intended to be overly solution-oriented or context-specific but develops principles to relate the topic to other similar

CON NECTIVITY

INFRUSTRUCTUR E

contexts. Scandinavian cities are stimulating when considering settlement patterns because large tracts of land predominantly surround them. The study focuses on southern Sweden and looks specifically at the city of Lund.

In Skåne, the primary structure that connects it to its history is the act of farming, which has remained active for many years. As Lund grows, how can it adapt to agricultural conditions without destroying the surrounding farmland entirely? The proposal presents a morphological and pattern design

intervention as its technique to enable new forms of experience, dialog, and awareness about the design of future neighborhoods. The design intervention is used as a placeholder concept that allows for the exploration of further alternatives.

POWER

INTEREST

Urban

Territories-in-between

Collaboration

Rural

URBAN SCALE

Pi o n e e r L i v i n g

Microhome Competition

Hounarable Mentioned Prize

Lund University, Sweden / Autumn 2019

Supervisors: Jesús Mateo, Andreea Marcu Collaboration with: Brendan Cooney, Minh Quang Do, Arvin Nadimi Contribution: Initial Idea Developer, Illustrations, Presentation Boards

THE MICRO-HOME

THE MICRO-GRID The micro-grid is a sustaining model organized and managed by the community, providing the distribution and storage of shared resources within the closed loop network. At the heart of the micro-grid is the community hub, this location acts as the control center for the community. Here residents oversee resource distribution and can find access to facilities, services, goods and technical training. Energy is captured and supplied to the grid via a wide range of applicable green sources, such as wind turbines, solar voltaic panels and/or biofuel. It is the responsibility of the community to tend to these systems ensuring optimal operating conditions.

COMMUNITY HUB At the core of the micro-neighborhood is the Community Hub. It represents the heart of cooperation within the community, providing the primary gathering space for community planning and organization. The building is inherently dynamic, the community hub serves the microneighborhood by playing a variety of active roles at given time. Practical functions vary in degree depending on the immediate needs of the community; a workshop, material distributor, knowledge center or medical center, the building typology is flexible. With this, the building lends itself to be a centralized community institution, offering an alternative definition to public building archetypes.

URBAN SCALE

GOLDEN LAND FOR

Zarjoob Riverside Competition First Prize NESHA Office Tehran / April 2019

R BIRDS Conductor: Shadi Azizi Project manager: Farnaz Farshad Collaboration with: Shadnaz Azizi, Milad Ensafian, Amirhossein Zarrinrad, Negar Ahmari Contribution: Concept Development, Design process, 3D modeling, Illustration

Conducting Monitorable Operation in the worn-out texture of the territory

Establishing accessibility between the complex and theexisting school

5th 6months

6th 6months

Expanding bridge sides Revitilization of Old benefiting public space Factory with the proposing activity hub as it’s function

1st 6months

2nd 6months

3rd 6months

4th 6months

Connecting riverside walkways to the proposed Activity Hub

Scene 1 Bird’s deck

Scene 2 Riverside Factory

Decelerating Traffic Changing pavem Negotiation with owners, attractin inverstors

Providing Scooter lanes

Modifying traffic direction

Development of territory between Javan and Takhti streets for enhancing public space

Development of Takhti market in an integrated way of design

Designing and supplying public plaza with focus on Shirinsoo fountain

Scene 5 Bozar Market Scene 3 Waterway and Fountain

Scene 4 Urban Square

flow by ments

After analyzing the 9km riverside chosen for the competition, we found 5 potential nodes for the further development. For each of those we proposed plans accordingly. During this process I was one of the most active members to determine opportunities and strengths of the given sites and had a key role for developing various ideas and then deciding one of the scenes as the chosen one to go further in detail which was in order to answer the competition needs. Selected scene is a territory that has the most potential to answer the livability, resiliency and immunity which were the criteria and indicators of competition’s vision.

Announcing the new traffic rout

Scene 5

Scene 1

Small existing local markets are aligned with the riverside, for a long distance they were disconnected, lack of accesibility turned this area to an unsafe place, that’s why designing a functional bridges comes to this scene. By bridging at the turning point of river, users can experience new view of the river.

In this area in past there was pipes of wastewater pouring into the river, so the remain of pipes are still visible and it becamed part of the identity of this place.The lack of pedestrian pathways was toether with water pipes became the initial idea to add an extra edge to the exsisting street to activate the circulation.

Scene 3

Scene 4

Identitty of this scene is related to the macro scale of the neighbourhood and exisiting condition of rain water problems. This small playground for children can be used for collecting rain water. The other aspect was to include unique birds of the city into the design. Thus another elements that is recognizable trough the whole project is places for birds to invite them to come to the city, their previous land.

This area is adjacent to the most visited nodes of the city. The whole territory is priatized by residential houses and some commercial owners. creating an urban plaza became the ppropriate solution for this area. Moreover, adding new possible routes for scooters and pedestrian is considered to reach the main goal.

From environmental aspects various factors such as, flooding, rain water management, gray water management are being considered for this area. The unique types of birds ecieved one of the greatest attention. I studied of bird nests and how to design some elements to invite the birds comming back to their own land and living environment.

Science Park Site Plan

Besides what is happening inside the innovation center, it has no meaning and quality unless it becomes in touch with ordinary people. Thus the adjacent units will be rebuilt as platforms to get the people involved with the activities

happening in innovation center. These units will create a viable connection with landscape of the river with greenery. Small scale of these unit accomodate the possibilities to have small events.

DENSIFICATION ADAPTATIVE SYSTEMS 1

Mobility

Public space

Identity

Economic cycle

Re-use

Nature

SAME STRATEGIES

Culture

URBAN SCALE

R E - T H I N K I N G D E N S I F I C AT I O N

Planning and Design with Water

Leeuwarden Municipality The Netherlands Lund University, Sweden / December 2019

Spoordok

Hegewarren

DIFFERENT IMPACTS

Supervisors: Jesús Mateo, Andreea Marcu Collaborated with: David Rindler, Valentina Rapuano, Victoria Restrepo Contribution: Idea development, Design presentation board, Illustration

NS O I T NEC

CON

ty create i c he d to ns t n I trie ctio we conne g newreatin nd n a c by ages twee s s be s a p on ted ti s relaintere the In the rters. the e qua trysid is n n cou ectio ween t n con ed be ding n formurrou a. s are e h t the and

E R U T CUL

Y NIT U MM

dok r o Spo ew n i n h Bot arren are le ew oints eop g e p as Heting po give to me ated t rtunityof the cre oppo part thel being fee a. are

E P A DSC

LAN lyst a t a f a c ge os e b a e an e imh sit e c e h t th tur ost tn bo l u C bo . I ting with to area ctiva ings area an rea build the by ting ctions exis fun lively. newomes bec

The letti idea o f n com g land creati n letti es withscape g and e n it h g wat the id volve a e e to w s beco r in, b a of e m inst ork wi e our cause t e the ad of h wate reality a c r cre ity thi gainst a s are ting a happe it. In a r if n , a wa ecreatins by e t wat eded c erpark onal a , e wat rscap n act which er. e to as a reta in

IN SEARCH FOR LUND PU ARCHITECTURE

*Public domain is described as a place that exchange between various social groups becomes possible.

Center of Encounter

Advanced Architectural Design Studio Lund University, Sweden / Spring 2020

UBLIC DOMAIN* Supervisors: Christer Malmström, Andreea Marcu, Bernt Nilsson, Alex van de Beld Individual work

Site plan

Starting point:Central station Time: 12-13 Stranger who visit the area for fisrt time.

Starting point from Lund City Park Time 16-17 Greenary connection

Starting point Lund Cathedral Time:12-13 Local feeling : well connected both visual and mental

Fixed functions, Rigid Temporal functions, Flexible In between, Roof Big Hall, underground

Functions Zoning Diagram This project focuses on the importance of public domain in the city of Lund as a space for encounters. While Public space is defined in essence as a space that is freely accessible for everyone, Public domain is defined as a place that exchange between various social groups becomes possible, which in this definition meaning of public is not an opposite of private. Attracting a wide variety of people, facilitating or allowing an exchange between these different groups. Exchange happens when people experience an alteration of perspective. As there are different group of people involved into the city of Lund, this location has the potential to become the public domain of Lund where students, locals, travelers can experience a place of shared experiences in the city.

Plans and Sections First Floor Plan

Section 37

Ground floor

First floor

Roof

Public domain is described as a place that exchange between various social groups becomes possible.

Concept and Idea Development

In-between Spaces The key visual connection from Klostergatan . The existing accesibility of the area affected the footprint of the project.

Crossings Defining in between spaces according to the sourroundings and creating a node.

Transition Changing the volumes in relation with crossing with sorroundings. street, railway, church and neighbouring buildings.

This project aims to propose a conceivable strategy for design of public domain based on theming , compressing, connecting. the first two focus on the creation of places that can become meaningful to specific group of people. The last one focuses on the way places are related to each other. Through the design process the main strategy was divided in four main aspects: Transitions, Crossings, Connections, and Inbetween spaces. The study was grounded on the basis of understanding the book “In Search of New Public Domain” written by M.Hajer and A.Reijndrop.

Accessibility - Connection

Unity

Existing conditions in the area and the connection between territory and the city.

Transition of use of the space. Under which circumstance safety and managability can be provided?

Cantilever and set down section

Cantilever bracing

Parallel walls

Perpendicular Walls

lec

ted

Are

Nodes of Activities

Housing Clusters

Phasing Diagram

Kawe Site

ARCHITECTURE

Who s e R e a l i t y w i l l c o u n

Incremental Housing in Tanzania

Master’s Studio III Lund University, Sweden / Autumn 2020

Housing and People This design proposal aims to bear on the hierarchy of outdoor spaces from verandas and yards on housing plots to the community center for a district level to serve the adjacent informal settlement as well as the new neighbourhood. While residents are gathering in different spots, they might start to talk about everyday life issues. Having opportunities to meet others encourages society to maintain social bonds and improve their quality of life. In October 2020, the Urban Shelter Design Studio at Lund University conducted its first virtual field studies in Dar es Salaam, Tanzania. Due to the global pandemic of COVID-19 and limitation exposed to traveling, the trip was for the first time running virtually. The community center serves as a space for the future opportunities ranging from simple events like book clubs to handicraft workshops to larger scale such as decision making for future constructions.

nt Supervisors: Maria Rasmussen, Laura Liuke, Jhony Åstrand Individual work

Housing units

P3 A P3

B P3

Housing Plan Level1

Houses are both a shelter and a source of income. Space for washing clothes outdoors or drying in the backyard with an araised platform for washing and a proper drainage system are essential. Design for health and sanitary standards are considered important. Having a toilet facility contained in the house has the advantages of guaranteeing convenience of use especially during night. one of the noteworthy disadvantages caused by this is bad odour during water shortages. Thus an extra pit latrine toilet in yard is considered.Ramps make the houses accessible for people with limited physical abilities.

Construction Over Time

Back Yard

Toilet Washing

Living Room Optional Staircase Bathroom Kitchen Veranda

UNIT B.

UNIT A. 1

{3D} Copy 3

Type A1: one story 40 m2 Suitable for one person or couple Type A2: two stories 95m2 Suitable for 4 to max 5 persons Rent upper floor

{3D} Copy 3

UNIT C. 1

{3D} Copy 3

Type C1: one story 80m2 Suitable for 4 to max 5 persons Type C2: two stories 113m2 Suitable for 4 to max 7 persons Rent extra room

Type B1: one story 40 m2 Suitable for one person or couple Type B2: one story 80m2 Suitable for 3 to max 5 persons

EXAMPLE: UNITS A2 AND B2 1

{3D} Copy 3

139

A118

24 160

413

405

Level 2

187

314

10 61

1524

742

150

-50

25 25

263

230

395

400

Elevation 1 - a 1 : 100

Section 4-4 1 : 50

1 A118 1 A118

Elevation 3 - a 1 : 100

Level 2 400

Section 1-1 1 : 100

Sustainable and Locally Available Materials

REINFORCED BRICK COLUMNS

LOADBEARING WALLS

ROOF STRUCTURE

COVER FOR THE SPACE BETWEEN THE TWO ROOFS

Cement blocks * Not environmental friendly

Local Baked Bricks

corrugated iron sheet is not suitable (absorbs heat)

Local Wood

stabilised soil blocks Interlock

UPPER ROOF

Sisal sheets or Wicker Fabric and clay: damping the fabrics with it will ensure that clay fills all the tiny holes within them, keeping water and wind away.

Corrugated aluminum sheets are more durable and practically maintenance free. They also reflect more of the solar radiation and this results in lower indoor temperature during daytime

“sisal cement fibre” roofing sheets or tiles

“The National Housing and Building Research Agency (NHBRA)has done a number of research on how to improve local building materials such as sisal cement sheets and tiles, mud, dried bricks and stabilised soil blocks.” (Nguluma, 2013)

Back Yard

Front side

Community House For the first stage of understanding the exsisting issues and qualities, from October 2020 through November 2020, an online survey was conducted by the author as part of the study to engage public experiences into the contextual understanding of the city of Dar es Salaam,. During the three weeks being open, 50 people completed the survey. The survey was open to all residents in Dar es Salaam, but outreach focused on university students and youths. In total,the survey asked respondents 16 questions related to everyday life in Dar es Salaam including qualitative questions to describe the benefits and limitations of the neighborhood in 1.How do you describe your neighborhood in three words? 3. What is best in your neighbourhood? which they live. A112 1

A118

Lib 97 rary m²

R 1 6 o om m²

alt

hc are 5 4 an d m ² d ay c

First Floor: Workshop + Training Second Floor: Three Rental Rooms 95 + 43 + 25 + 25 m2

4 are DN

oo m m²

3 DN

Wo r 95 ksho m² p

S 96 tore m²

First Floor: Library, computer, and internet Second Floor: Office of the center 97 + 73 m2

First Floor: Health Care and Day Care Doctors visiting weekly, flexible place for children or elderly 90 m2

ARCHITECTURE

L E G O L I F E VA N A K

Residential Complex

Bachelor’s Design Studio 5 University of Tehran / Spring 2017

Supervisors: Gholamreza Akrami Individual work

Concept and Idea Development

Masuleh, Gilan, Iran

Ouraman, Kurdestan, Iran

Noise and pollution from highway

Considering adjacent greenery

Chamran highway cross with Modiriat bridge

Considering vertical access

Landscape 52

Extending topography curve

Creating an Impediment

Extruding the curve with shaped edge

Extruding to circle centers

Orientation to sun

Final residential complex

Functions

The complex consists of shops and sport complex for community use.

The complex has several vertical access to connect different levels.

The complex consists of green pockets as a vertical elements and communal yards.

Stores Sport Hall Parking

Small Medium Large

Greean space

Facili�es

Regular units orientaton

The complex consists of different sizes accommodating different tenants.

Shifted units

Modiﬁde units ????????????????????

Natural light entrance Natural light ???? ?????????????????

The space made beneath modified units provide usable space for facilities and a sport hall

Units The complex consists of three different types of prefabricated modules. On-site assembling makes the construction process energy efficient, fast, and affordable. This method contributes to less polution and noise distraction for neighbour units. The Highway with heavy daily traffic brought about pollutions for DehVanak neighborhood A multilevel solution not only addresses the pollution problems but also can bring the traditional form of communication back.

Three bedroom Unit

Two bedroom Unit

ARCHITECTURE

Malek Art Center

Cultural Center

Bachelor’s Design Studio 2 University of Tehran / Winter 2016

Supervisors: Saeed Haghir Individual work

This studio was grounded on Impressionism painting as a method for ideation and conceptualization. We brought our pallets and colours to the site, which has a natural surrounding of Golabdareh park in Northern Tehran. We had to paint how we could imagine this site turning into a cultural centre based on sensing the environment in all five senses. The sunset and the light between the trees were the primary elements in my eyes. I captured the light with orange and the trees with purple. Later we had to transform the initial painting into a design expressing the same concept and feelings. With its artistic theme and methodology, this studio was different from all other studios I had experienced. Form, geometry, and feeling were in focus rather than functions and technical aspects. The different levels create various frames looking into the cultural centre.

-10m

Fro tra m nc Str e ee t

+-0.00

auditorium

Gallery 3 -6m

e anc Entr park From

Galler y 2

-6m

Inner yard -6m

Section a-a

-6m

+-0.00

ry 1

-6m

Galle b

Level -1

Section b-b

Form study 1

Form study 2

Siteplan

URBAN SCALE

ROUT-A

Rural Tourism Accomodetion In

Arquideas Competition

Lund University, Sweden / January 2020

Supervisors: Jesús Mateo, Andreea Marcu Collaborated with: Egil Ljungkvist, Valentina Rapuano, Victoria Restrepo Contribution: Design Concept, 3D Modeling, Postproduction

3 2 1

ricefields should be preserved ricefields be thepreserved construction thereforeshould in between construction therefore in between the hills hills

Preserve the rice fields = build between them. Creating a new icon, as a meeting point between the community and tourists.

nts a

framedframed views views allow allow to focus to focus on surroundings surroundings with different with different senses senses

Frame the different views and provoke the senses to become consious about the surroundings. Different types are modulated and can configure different connections, which allows a more flexible and adaptable space.

static point with a movement flow as static point the withtwo a movement flow as connection between valleys connection between the two valleys

A static connection with dynamic paths that join the two sides of the valley. The different levels create an experience across the landscape. Leading to different uses.

creation creation of a system of a system of pathways of pathways and and shelters shelters with different with different qualitiesqualities for for tourists and tourists locals and locals

Creation of different routes and modules with different qualities for tourists and locals Creating interaction spaces based on routes with new experiences. Rout-a is designed to be as a place for rest, learning and cultural exchange.

3 2 1

dynam from th journey

Activation of the senses

Connection to the environment

Stay at the accomodation units

New observation points

PARAMETRIC

Space-time Sport Center

Sport Complex

Bachelor’s Design Studio 3 University of Tehran / Spring 2016

r Supervisors: Saeed Khaghani, Saeed Haghir Individual work

Design concept Inspired by the concept of space time as a physics theory, representing the Einstein general relativity in architectural form came into my mind. A Forbes article which states that“how our Universe is curved tells us how the matter and energy is going to move through it” made me think about the possibility of reversing the design process to have efficient roof forms shaped from an interaction between different parameters.

Spacetime curvature

Quantum gravity

Falling water drop

Capturing light reflection made from water drops falling from a tap, started to study on the formation of each frames. I came up with the idea of creating surfaces from all this base curves, at first phase by sweeping multiple curves in 2 rails, which led to the base walls axes. The physics of tracing light made it possible to illustrate 3D movements of water on the

metal surface into two dimensional images. In second phase I tried to create a magnetic field between different functions to consider complexity of interaction in the sport complex. And at final phase inputs for Z direction were given to the functions area to create final base curves of the roof.

Magnetic field between functions

NOISE

Vesal St.

NOISE

VEGETATION

Keshavarz Blvd.

Modifiying the area size of functions and its str

Keshavarz-Vesal Crossroads

Unit Z attractors for each function

Multy functional

Swimming pool

Dance Studio

renght Field intraction with site boundry

Final site plan

Base curve made from points

Final geometry of surfaces

Material Research For Prototyping Choosing the proper material for the 1:100 scaled prototype was based on the challenge of surface formation. 3D printing and hotwire cutting at that moment wasn’t possible for the project. Came up with the idea to use stainless steel woven wire cloth screen sheet to create the surfaces. In order to fix the formation I saturated it with diluted wood glue several times. Dilution accelerates the drying process. Waste were reused several times.

FABRICATION

B ÉZ I E R S TA I R

TRAM Workshop

MADE IN TEHRAN #7: ROBOTIC STEPFRAMES Tehran / September 2017

Thickness Varia�on Tight

Single level

Showroom

What IF ABB Robot

Light

Installa�on art

Structural

Hot-wire

Power-line

Milliing

Pa�ern Heavy & rigid

Connec�ng Independent structure levels

Design Space

Fabrication Space

Supervisors: Sina Mostafavi, Shabnam Hosseini, Hasti V.Goudarzi, Adib Khaeez Group work: Faezeh Sadeghi, Ali Dehghani, Mahshid Moghadasi, Amir Hossein Zarin Rad, Masoomeh Hosseinzadeh Contribution: Designed joints, fabrication, Illustrations, Simulation, 3Dprinting, Assembly in space

170 cm

Moving the points up according to the bezier graph

Dividing the line path to create the steps

Stair treads towards the point at the height of a man

Using thickness variation to create the form

3 3

4 4

Dividing the tread lines

Back to curves, creating power lines in upper and lower surfaces

Moving the points down with different distances

Changing thickness , variation and creating the steps

Changing the design to fit the platform

Creating hypar forms for the steps

Creating the lower power-line

The initial design

Choosing specific points

Changing the ramp into a stair with steps

Creating the step curves with nurbs to avoid self-intersections in hypar forms

Straight lines alternation instead of curves

Changing the convex hypars into concave ones to avoid self intersection in the cutting process with ABB robot

TRAM summer studio has been focused on producing 1:1 staircase prototypes. The materialization has been done using robotic fabrication techniques, specifically Hot Wire Cutting of Expanded Poly Styrene foam. An ABB 1400 robot arm was used to produce prototypes and final productions of the studio.

Stair is typically an element to connect different levels and to facilitate vertical circulation. However, in “Platform 28” it cannot be defined in its general format as there is no other level. Therefore, it is considered as an exhibited object, a piece of art that is going to be “watched” not used.

Every component was created using isocurves of each surface of the form in a way that hypar forms resemble the steps, and therefore each component is a step. Components were cut independently with hot wire cutter with the aid of ABB robot 76

0.5m

A “Bezier” graph initiates the formation of the stair. From a geometrical point of view, a Bezier curve always passes through the first and last control points and lies between the convex hull of the control points. The control points of the Bezier alter parametrically, thus the nucleuscurves are created.

after simulating the cuts with grasshopper. Afterwards the joints were designed and placed in the appropriate positions. The following diagram shows the components and joints separately.

FABRICATION

L u m i n a re

Lamp for SAD

Parametric Design University of Tehran/5th semester/February 2017

Supervisors: : ُSeyed Ali Derazgisoo,Seyed Yahya Islami Group work: Koosha Mirassadolahi Contribution: Initial Idea Developer, Illustrations, Fabrication, Material Study

Most SAD lamps, provide the essential light needed for humans. However, due to the poor integration and design, users don’t use them willingy, therefore they don’t provide users with the promised result. 1/Integrating with people life by having

Design Developeent

an attractive formation + adding plants 2/Linked with smartphones to be used more effectively by users + time set 3/ Personal usage: matching with interior environment of each place either offices or houses.

Base curve

Rota�ng hexagons in propor�on with rela�ve distance from center point

Deﬁning tangent plane frames

Lo�ing the base component to create six Mobius strips

Fabrication Process

Base sec�on geometry

Dividing the path into

Choosing speciﬁc points on one of the six Mobius strips

Drawing diagonal lines in order to stablize shapes

Applying the same rule to other Mobius ribbons

Fabrication Process Fabrication process, 21 components join together by shared edges, tongue and groove joint made it possible to attach two elements together, Polyethylene terephthalate sheet used as the material. Unrolled each component surfaces to cut with the laser cutting machine. Tesselation fabrication reduces waste of material and contributes to fast assembling process. Each component consists of 12 sides triangle.

21 components shape the geometry

Juncture detail Two selected components

Two components to Two component to indicate the junctrue indicate the juncture

mutual surface to

Designed mutual connect surface to connect

Detail on edges for Designd a detail attachments on edges to a�ach

Unrolled components ready

for component lasercuting Unrolling each to make them ready fo laser cu�ng

Cabinet Design and Craft Redesign a kitchen in an old house. Left photo shows the situation before design.

In this project the innovative use of material made it possible to add an iconic counter.

Interactive Curtain

Package Design

Stage Design

TO BE CONTINUED

Collaborative project for Jahesh student Festival, my contribution: one of the leading designer for the stage show, I was the leader of the fabrication team, Material: foam boards and wood sheets.

Shiraz, Iran

Bubble Wall

Inspired by soap bubble structure, Collaborative work under the supervision of Dr. Mohammadreza Matini, I specifically became in charged with project’s fabrication, to choose the right material and possible details for joints. After considering all suitable options, tessellation fabrication system fitted all demands properly. Material: Propylene hollow sheets

and Fabrication

Structural Model Making Tamedia Office Building by ShigeruBan For A course called Material and Detail I made the model of this building by modeling 3d and lasercutting balsa wood.

Photographs From early childhood, I spend my time taking photographs first with analog cameras and later digital ones for marketing, animation making, advertisement. I add e stories to a collection of my photographs.

I always have an open mind towards taking on new challenges, and I explore the unknown, conceptualize and lead by example. My supervisors and managers have seen how I step out of the ordinary and put myself in exploration mode. If I have sent my portfolio to you, I have found new opportunities to challenge myself more and push the limits! Thanks for your time, Looking forward to hearing from you!