Architectural Portfolio 2017-2024 of Yu Chen

“This street used to be alive with noise and excitement three decades ago, but nowadays, it’s almost deserted. You won’t find any young folks shopping here.”

得胜桥街

dé shèng qiáo jiē victory bridge street

Desheng-Bridge Street, which was once famous for its commercial trade a hundred years ago, is being replaced by new shopping malls and commercial districts nearby. Wander down Desheng-Bridge Street and you’ll find that traditional skills of making food, clothing and craftsmanship are disappearing, along with the shops that carry them.

A DESHENG-BRIDGE WANDER

REVITALIZING HISTORICAL STREET THROUGH ENHANCED PEDESTRIAN EXPERIENCES

Site Desheng-Bridge Street. Wuhan. China

Tutor Prof. Zhao Kui

Contact yuyu5199@126.com

Individual academic project 2020

QING DYNASTY

PUBILC ECONOMY

REFORM AND OPENING UP

ECONOMIC EXPLOSION

As the main traffic road in the north of Wuchang city, was 1012 meters in width with 1-2 stories of shops on both sides. It was a bustling and lively street

Individual commerce was banned and replaced by public ownership. Shops were replaced by dwellings. Meanwhile, The demand for housing increased

Individual economy came back to life.

The the first floor of the house became a commercing space. More houses were built to ease tight housing demand

The street is compressed to 4-5 meters. The government is leading a renovation program to provide a better environment for residents

By transforming the roadside structures along Desheng-Bridge Street, we’ve innovatively re-purposed the second and third floors into elevated walkways. These elevated walkways, linked by staircases and interconnecting corridors, effectively create a new above-ground pedestrian system, seamlessly connecting different sections of the street while preserving its overall continuity.

REMOULD TYPOLOGY REMOULD STRATEGY

Original buildings can be generally divided into three categories according to the number of floors. The scale and facade of each building are different and appropriate remoulding strategies can be made accordingly.

From closed boxes, to horizontally connected boxes, to vertically and horizontally connected boxes. From single-line streets on the ground, to multi-line streets in space.

“People’s Paradise used to be the artistic hub of the entire nation, and performing here was the ultimate dream come true for every artist.”

The People’s Paradise and the Handicraft Hall, two important Classic architectural heritages, had represented the prosperity of Hankou’s performing arts and handicrafts respectively for the last century.

Nevertheless, the triangular site’s interior has grown markedly congested due to recent heightened building density. Alongside the influence of contemporary culture and new cultural activities, the People’s Paradise area is no longer paradise for artists.

PEOPLE’S PARADISE

TRANSFORMATION FOR REVIVING HANDICRAFTS AND PERFORMING ARTS

Site People’s Paradise. Wuhan. China

Tutor Prof. Zhao Kui

Contact yuyu5199@126.com

Bachelor’s Graduation Project 2020-2021

URBAN

HandicraftHall(gallary,retail,1951)

TRANSLUCENT ROOF

Light comes in from the middle of the roof, guiding the flow

People’s Paradise (theater, 1919)

SERPENTINE GALLERY

Collection of Wuhan Handicraft artworks

TIMBER & STEEL

Sourcing from traditional Chinese timber structure, strengthen by steel planes

ZhongShanAvenue

RED BRICKS

Red Brick walls are the main feature of Wuhan traditional buildings, for both dwellings and public buildings

People's Paradise

Handicraft Hall

Artists' Home

Han Museum

Handwork Studio

Live Theater Talk Show

People’s Paradise (theater, 1919)

ZhongShan Avenue

Handicraft Hall (gallary,retail, 1951)

“An industrial museum in the origin of Chinese modern industry, connecting the future with the past.”

My internship at Kengo Kuma & Associates starts with this ambitious project. A project located at the riverbank of Huangpu, hoped to be the new cultural landmark of Shanghai.

The process of industrial modernization in China has started since the 1910s and most milestones took place in Shanghai. This is a city with honour and memory for industrial workers. This giant building will contain models, images, videos and archives to memorise the past. Meanwhile, interactive methods will bring visitors a marvellous vision of the future industry.

The scope as a connector between the riverbank and inner urban areas, avoiding this large scale building from being an urban blocker. Citizens would walk through the scope 24h in a day.

SHANGHAI INDUSTRIAL MUSEUM

Site Huangpu Riverbank/ Shanghai

Role Design Assistant

Main work Modeling, Diagram drawings, Physical model

Shanghai Industrial Museum Design Competition 2023-2024

Ship Museum China (Pre-existing)

Industrial Museum Shanghai (Design proposal)

上海工业博物馆 Industrial Museum Shanghai

上海工业博物馆 Industrial Museum Shanghai

上海工业博物馆 Industrial Museum Shanghai

上海工业博物馆 Industrial Museum Shanghai

上海工业博物馆 Industrial Museum Shanghai

上海工业博物馆 Industrial Museum Shanghai

上海工业博物馆 Industrial Museum Shanghai

PHYSICAL MODEL 1:1000 BY YU CHEN / YISHU CAI

LOGO DESIGN BY YU CHEN

THE SCOPE

THE SCOPE - INNER VIEW OF PHYSICAL MODEL 1:300

REGULAR EXHIBITION

CONNECTED EXHIBITION

THE SCOPE - SUPER SHOW RENDERING

SUPER SHOW

EXTENDED MARKET

“It is only road where wheels drive by, it is real city where people walk on.”

You will find in most European cities, there is a plaza indicating where the centre is. Like Duomo Plaza in Milan and Dam Square in Amsterdam, Plaza is a public place where people walk, relax and communicate with each other. However, Wuhan, merged by three towns separated by rivers and lakes, has its multiple centres on the riversides of Yangtze River and Han River.

Yangzte First Bridges seem to be the geographic or planar urban centre of Wuhan, yet it does not function as plazas does in Milan or Amsterdam. From more than 60 years since these bridges were built, however, urban designers have been coincidentally not taken human activities into consideration, and most bridges are vehicle exclusive. Bridge could be a plaza that connects the vitality of the two sides, not a barrier.

BRIDGE PLAZA

RENOVATION ON HISTORICAL HERITAGE- YANGTZE RIVER FIRST BRIDGE

Site Yangtze River. Wuhan. China

Tutor A.Prof. Wan Qian

Contact 149168120@qq.com

Individual academic project 2020

WHERE WE WALK RIVERS & BRIDGES

Inaugurated in 1955, the Yangtze River First Bridge holds historical significance as the maiden bridge spanning the Yangtze River. It elegantly links the historic hubs of Wuchang and Hanyang, facilitating daily passage for a multitude of residents and tourists who traverse the structure’s promenade to savor its breathtaking vistas.

Constrained by limited two-meter-wide sidewalks, the current pedestrian environment is characterized by congestion, discomfort, and intermittent safety concerns. New structural segments are mechanically independent of old steel segments by placing it on concrete basement,.

Yangtze River First Bridge, 1955, 24.5m, 2.05m Sidewalks

Yangluo Yangtze River Bridge, 2007, 35m, No Pedestrian

Qingshan River Bridge, 2021, 48m, No Pedestrian

Tianxingzhou River Bridge, 2009, 27m, No Pedestrian

Er’qi Yangtze River Bridge, 2011, 30.5m, No Pedestrian

Yangtze River Secend Bridge, 1995, 26.5m, 1.75m Sidewalks

Yingwuzhou Yangtze River Bridge, 2014, 38m, 2m Sidewalks

Yangsigang Yangtze River Bridge, 2019, 33m, 2m Sidewalks

Baishazhou Yangtze River Bridge, 2000, 26.5m, 1.75m Sidewalks

Zhuankou Yangtze River Bridge, 2017, 46m, 1.5m Sidewalks

Junshan Yangtze River Bridge, 2001, 38.8m, 1.4m Sidewalks

SEGMENTS OF-

CONCERT

GREEN PARK

THEATRE

PLAYGROUND

EXHIBITION

STREET MARKET

NO MORE CONCESSIONS

In Wuhan urban evolution, bridges reflect the concession of pedestrian space to economy and efficiency. This is rational at a certain stage of development, but it must be acknowledged that Wuhan is fundamentally a people-oriented metropolis. The city’s cultural fabric thrives on dynamic interactions between residents rather than the pursuit of mechanical efficiency.

“While schools in a university could be independent from each other, a mix-used learning centre will pivotal to break boundaries .”

What are these boundaries in HUST? Within a gridbased urban planning framework, Huazhong University of Science and Technology (HUST) presents a configuration resembling a composition of discrete functional units, divided by orthogonal corridors. At the same time, most buildings follow the Soviet architectural style of the 1950s and 1960s, with square plans and façades. Therefore, the road grid and building façades form the external boundaries.

The university contains a variety of individuals, academic departments, and building structures that are independent of each other. The learning spaces and learning modes within the buildings are all different, and there is little communication and connection in learning activities. Therefore, isolated learning spaces and learning modes form internal boundaries.

WITHOUT BOUNDARIES

A CROSSOVER LEARNNING CENTRE IN GRIDPLANNED HUST CAMPUS

Site HUST campus. Wuhan. China

Tutor Prof. Qiuyu Chen

Contact chenqiuyu@hust.edu.cn

Individual academic project 2019

HOW TO BREAK BOUNDARIES

Site entry and public access align with student traffic patterns. To accommodate various learning methods, the building’s layout features distinct openings and boundaries, promoting an open atmosphere. Multiple building segments encircle interactive courtyards, facilitating internal cohesion.

GROUND-FLOOR PLAN

In the lecture hall, the teacher-centered learning method will act in a semi-open space, where more emphasis is placed on knowledge sharing and interaction between teachers and students.

FIRST-FLOOR PLAN

In the meeting room, the team-research learning method will be supported by equipments such as round table, writing walls, display screens and shelvings.

SECOND-FLOOR PLAN

In the open courtyard, diverse student activities are visible, encouraging interdisciplinary interaction. The semi-outdoor rooftop platform also accommodates student engagement.

Growing medium--

Permeable layer--

Filter fleece/ root repellent--

Drainage layer--

Insulation layer--

Waterproof membrane--

Structure support--

Foam heat-insulating layer--

Covering layer--

Green Roof Detail

The third and fourth floors consist of distinct, open laboratory spaces, containing specialized equipment accessible by appointment. Prominent display windows enable public viewing of hands-on production, experiments, and manual processes.

Aluminium alloy sunshade

Aluminium alloy frame

Control column

Rotor

Support frame

Waterproof filler

Concrete beam

Alloy suspended ceiling

Low-E double-layer glass

BUILDING AND CLIMATE

Facade Detail

Wuhan’s climatic extremes necessitate thorough energy-efficient architectural planning. Strategies such as green roofs, while structurally demanding, effectively regulate indoor temperatures by providing thermal mass. Furthermore, window shades, strategically oriented, mitigate summer heat while harnessing winter sunlight.

The sloped design seamlessly connects the building’s ground and roof, creating a harmonious flow and enriching the architectural experience. Green spaces are readily accessible, regardless of one’s location or approach within the structure.

“High-rises of Istanbul are erasing its remarkable landscape, while offers nothing meaningful.”

The architectural design Associations and Assemblages-A Patternbased Housing Complex, are followed by research on existing housing patterns in Istanbul. Three types of housing forms: Self-built, Street apartment and High-rise.

The research finding can be concluded as: By figure ground plan, self-built houses are more dense in land occupation, but have less demolish on original topography than street apartments and highrises. The collision of three patterns in my site Yenidoğan, the most over-populated area of Istanbul, guides me rethinking how they can coexist in a more topo-friendly way and create possible new housing group form.

ASSOCIATION & ASSEMBLAGE

A PATTERN-BASED HOUSING GROUP FORM IN ISTANBUL

Tutor Dr. Marc Schoonderbeek

Contact M.G.H.Schoonderbeek@tudelft.nl

Master’s Graduation Project 2022-2023

Site Yenidoğan. Istanbul. Turkey

HOUSING PATTERN

ISTANBUL

The architectural design Associations and Assemblages-A Patternbased Housing Complex, are followed by research on existing housing patterns in Istanbul. Three types of housing forms: Selfbuilt, Street apartment and Highrise. For individual housing units, they are different in scale/volume/ facade composition/land occupation. When grouped housing units land on the terrain of Istanbul, they form different patterns in plan and elevation.

The research finding can be concluded as: By figure ground plan, self-built houses are more dense in land occupation, but have less demolish on original topography than street apartments and highrises. The collision of three patterns in my site Yenidoğan, the most overpopulated area of Istanbul, guides me rethinking how they can coexist in a more topo-friendly way and create possible new housing patterns. Therefore, experiements on both plan and elevation of houses association are necessary to develop possibility.

Experiment trying associations & assemblages on housing patterns in plan and elevations, is a radical and effective approach to generate possible combinations of housing patterns. Continuously, I apply this approach to the facade patterning and spatial composition on my architectural design.

SCALE

Architectural intervation are followed by research and experiments of housing patterns on three different scales.

300m

300m

300m

1-SELF BUILT BALTALIMANI, SARIYER

2-STREET APARTMENT KURTULUŞ, ŞIŞLI

3-HIGHRISE

KUCUKCEKMECE MUNICIPALITY SATELLITE

HOUSING PATTERN EXPERIMENT Ⅰ

ASSOCIATION & ASSEMBLAGES IN PLAN

HOUSING PATTERN EXPERIMENT Ⅱ

ASSOCIATION & ASSEMBLAGES IN ELEVATION

ASSEMBLE PROCESS

With 3 meters square grid, each piece of facade panels can be assembled and replaced depending on further need. Modular secondary structure will allow the optimise of facade, floor and ceiling as well. Ventilation system inside dwellings engaged in facade panel is independent from collective space

HOUSING PATTERN EXPERIMENT Ⅳ

ASSOCIATION & ASSEMBLAGES IN FACADE

Enclosed Sculptural Sculptural-Flat Open-Flat

“A building without functions cannot be used, however, without memory it ceases to exist.”

The memory about mountains and lakes is wonderful to the older generation in Wuhan. With the development of infrastruction, lake reduction, water pollution, deforestation all come up, so that the new generation of urban residents get more and more difficult to contact nature, the most terrible thing is, the loss of awe and imagination about nature.

A rest station on East Lake Heart Island, like a film projector, projecting montage scenes with natural memories to visitors, combineing architecture with landscape, presenting visitors with the vastness of the universe and the smallness of humanity, triggering awe of nature and a reverie of space-time changes in the scene.

EAST LAKE MONTAGE

Site East Lake/wuhan

Tutor A.Prof. Yiwa Sheng

Contact hustshen@edu.cn

Individual academic program 2018

EAST LAKE ISLAND

East Lake remains one of the largest urban lakes in the world, even though its surface area is shrinking year by year. Along the northeast coast of East Lake is Luyan Island, a peninsula where wild geese from the north are allowed to settle down. South of the lakeshore is Mo Mountain, thousands of years ago in the Chu cultural relics here.

Over the past 100 years, The East Lake has gone through a process of pollution and re-mediation, and many of the creatures that once thrived here no longer exist. Now the island in the middle of the lake, as an important node of the East Lake Green-way, almost every tourist will stop here to enjoy the broad view and eliminate the busy urban life.

ARCHITECTURE/ SCENE/ MEMORY

we can not decide who will come here and what would happened here, they are random and subjective. But we can design the relationship between architectural elements and landscape elements, which are objective. With specific structures and materials, visitors will experience similar memory, which we call ‘emotional resonance’.

Pill up

抬 Terrain

Lift up

Frame

Water&sky

Squeeze

Mountain

• A vision collage. Approaching the island from either the south or the north, you find the buildings stacked on top of each other, and they seem to blend in with the distant mountains and the nearby terrain.

• A upheaval scenario. Climbing up the steps the light comes through the translucent partition, like swimming out of the underwater world The head just extends out of the building, and the horizon is occupied by the water and the sky.

• A frame-worked scene. The distant mountains, water, and people are all in the frame formed by the building window. The dynamic changes outside the frame trigger the visitors’ reveries on the spatio-temporal transformation of the scene.

HOW TO BUILD SCENE

1 Information desk

2 Public lavatory

3 Clean storage room

4 Food storage room

5 Drinks

6 Simple meal

7 Dining area

叠 Buildings Seating platform

• A centralized attraction. Through the subtraction of a volume, the sight leads to the Chutiantai in the distance of Mo mountain, a relic of a thousand years ago with huge span of time and the insignificance of human beings here.

Four verbs in Chinese ‘叠’‘抬’‘框’‘夹’, indicates how form varies to correspond to different types of landscape element. Some volume adds, while some volume subtracts, to pill up, lift up, en-frame, or squeeze architectural elements.

8 Outdoor platform

9 Semi outdoor-

Al-Mn-Mg alloyed roof sheet

High polymer waterproof sheet

10CM foam heat-insulation

1.5CM synthetic wood board

5’10CM secondary beam

5’20CM double primary beam

24’24CM wooden column

Wooden column

Screw fixation

Beams & columns

Structural unit

Movable partition

Secondary structure

STRUCTURAL SYSTEM

Natural materials and traditional structure. The point-shaped concrete foundation greatly reduces the occupation of the ground. The modular structure and partition greatly reduce the consumption of building materials. Movable translucent partitions make the layout more flexible and at the same time make the building more transparent inside and outside.

“Assisted assembly structure prototype design, based on mechanical simulation and computer vision.”

Generating efficient natural form nodes, based on mechanical simulations via Karamba3D and Topos.

3D printing, computer-vision identification, and robotic arm-assisted assembly on structural components

The course brief has challenged us to use a multi-faced design approach utilizing innovative Design-to-Robotic-ProductionAssembly and -Operation (D2RPA&O) techniques as well as Computational Design (CD) process and a Human-Robot-Interaction (HRI).

1:1 PROTOTYPE

A NATURAL-FORM NODE DESIGN IN ROBOTASSISTED ASSEMBLY STRUCTURE

Site Campus. Delft. Netherlands

Tutor Henriette Bier

Team Fabio Sala, Thomas Kaasschieter, Yiyin Yu, Jakob Norén

Role Node Designer

PROTOTYE FROM STRUCTURE ANALYSIS

Now the beams are generated by Karamba, I optimised the node by setting three different load cases that will generate three shapes made by from three different vectors. As the final step, a boolean union is made over the three different shapes to get the final node.

The main crucial aspect in the optimization process, is deciding the amount and orientation of the load vectors acting on the node through the beams. To get an accurate result, the simulation must be split into different load cases. In our optimization we used three load cases oriented in polar directions. Thus, for each load case, the vector must be rotated 120° in the same plane, perpendicular to the beam. Using four load cases would mean steps of 90° instead.

NODE GENERATION STEPS 1-6

STEP 1: BEAMS BY KARAMBA

The size of beams depends on material, loads on the structure.

STEP 2: SET SUPPORTING BEAM

Choosing the one below

STEP 3: SET LOADING BEAMS

Choosing the three remaining ones

STEP 4: SET NODE FRAME

Generating a polyhedron by extending the capsurfaces of beams in order for Topos to limit the node

STEP 5: SET FORCES AS VECTORS

Set vector on capsurface and also perpendicular to the centerline. Rotation 120° for the next beam.

STEP 6: GENERATE RESULT BY TOPOS

Connect all elements to the Topos script to get one result for a load case.

VORONOI BOX DISPATCHING CELLS SEATING AND VEGETATION

LOAD SETTING

SORTED CELLS FORCE VISUALIZATION

PIPING OPTIMISE NODE SELECTION

CREATING PLANT HOLE

MECHANICAL SIMULATION_LOAD CASE 1

NODE GENERATION STEPS 7-9

STEP 7: REPEAT THE PROCESS WITH THE OTHER TWO LOAD CASES

9: SMOOTH

COMPUTER VISION

COLLABORATIVE HUMAN-ROBOT ASSEMBLY

STEP 8: JOIN THREE SHAPE RESULTS AND FORM A UNIFIED SHAPE

The KUKA robotic arm is a particular arm, equipped with a human-shaped hand and its seven joints make it possible to be maneuverer with large flexibility.

The robotic arm grabs the wooden beams placed on a small table in front of the robotic arm, and place the beams to the designated location, where the collaborative assembly will take place. Humans in this process will manoeuvre the robotic arm when necessary to enhance efficiency.

STEP 1: SYNCHRONIZE

STEP 2: COMPUTER VISION

STEP 4: HUMAN-ROBOT INTERACTION

STEP 3: GRAB AND ASSEMBLE

STEP

THE NODE’S SURFACE AND SPLIT IT WITH THE BEAMS

Rietveld 2.0 is about writing the next chapter of the Zonnehof in a logical and continuous way. Inspiration can be drawn from Rietveld’s detail and important design subjects, such as composition and rhythm. Rietveld 2.0 honors Rietveld’s design and use it as a base and inspiration.

DE ZONNEHOF 2.0

Designed in 1957 by Gerrit Rietveld, De Zonnehof Pavilion has worked as an art gallery for over sixty years. Times flies, context changed, art itself and how to exhibit artworks might have totally different from his time. With the demand of being more funcational, more sustainable, more educational, this pavilion moves towards its revonation.

SUSTAINBALE AND INTERACTIVE EXTENSION PLAN FOR RIETVELD PAVILION DE ZONNEHOF

“With new need on its function and sustainability, an renavotion and extension is necessary to De Zonnehof Pavilion.” Site

Tutor Lidy Meijers, Thomas Offermans

Individual academic project Heritage&Architecture Studio TU Delft 2021-2022

TO REMAIN COLORS AND PROPORTATION TO MAKE A GREEN PARK

TO WELCOME LOCALS AND VISITORS TO INTERACTIVE TO SHOW TO THE ZONNEHOF AS AN ARTWORK

De Zonnehof 1.0

move storage&office out keep a pure exhibition space

Coffee&Library

Office&Storage

Ramp

Exhibition space

ground fllor coffee first floor library 24h open to community for staff and lecture with spreated entry connect park with building as a more interactive entry key show windows as open interface towards the zonnehof

Conceptual sketch

DE ZONNEHOF 2.0 SPATIAL EXPLOSION

By adding several box colse to the existing Zonnehof, I extend the flat regular facade into irregular. However, not randomly, but according to the initial attitudes which Rietveld presented on its facade.

Red is for echibition space also means active.

Yellow is for the enterence, library and coffee also means positive. Blue is for meeting, studio and staff offices also means calm.

Zonnehof 1.0

21X21Meter proposal of the Zonnehof Pavilion was the final constructed version. Before that, Gerrit Rietveld proposed a more compleate and multe-functional plan layout, called DE ZONNEHOF 0.0, which failed to be realize because of limited budget. DE

SUSTAINABILITY STRATEGIES

HEATING-COOLING SYSTEM UPGRADE

AIR-BASED EXTERNAL SYSTEM

partly

Air hole will hide in the cavity next to where floor and wall meets. Red pipelines for exhausted air, bile pipelines for fresh cooled air.

INSULATION LAYER UPGRADE

DOUBLE LAYER FACADE

MATERICALITY UPGRADE

BRICK

Stone cycling works as very thin subtitude for bricks, with more sustainablity and less weight. Saving more space to insulation layer

STEEL

columns remian white painted in extension part, however beams with holes will be used in new part, for making space for pipes and electrics.

PIR GLASS EPS

Insualtion filled in walls for extension part

Double layer glass windows for extension part

Insulation filled in old walls for Zonnehof 1.0

Next to the original installation room, external heatingcooling system will be build while using old pipelines

South-faced atrtight sliding curtains, creavting warm cavity, with water pre-heat pipeline

Underground watertank to keep water cold or warm, for cooling air.

KEY

3 NEW GLASS WINDOWS

6 NEW DOUBLE LAYER WALL

WHERE OLD MEETS NEW

1 OLD BRICK WALL & NEW WALL

4 OLD WINDOWS & NEW ROOF

7 OLD CHIMNEY & NEW ROOF

2 OLD ROOF & NEW ROOF

5 OLD ROOF & NEW WALL

8 NEW WALL

“A bridge is expected here, connecting the left bank to the right, connecting the neighborhood to the center of Rotterdam, as well connecting the current condition to future development.”

On the left bank, the monumental old factory Van Nelle turned into a future working hub. On the right bank, the prison building De Schie stands with its orange facade and strong characters.

The site is located at the Delfsehavense Schie, surrounded by several neighborhoods and local spots. The spaanse polder area was previoulsy an industrial site with heavy water traffic, and is currentlly transforming into innovative start-up hub along with the redevelopment of the Van Nelle Fabriek. The prison at the Blidorpse Polder has been known as a criminal area, but it’s now transforming to incorparate with the large greenery and landscape park around.

The new bridge is proposed to serve the cyclists and pedestrians, connecting the west and east bank, along with the existing railway bridge and road bridge adjacent to it.

VAN NELLE MOVES

A STRUCTURE-RESONABLE SWING BRIDGE DESIGN FOR CYCLISTS & PEDESTRIANS

Site Van Nelle Factory BV Rotterdam/Netherlands

Tutor Joris Smits, Stijn Joosten, Laurent Ney, Wouter Kamphuis

Duty Structure design & Parametric modeling

Team work with Jinwei Yang, Peng Lee 2022

STURUCTURAL DESIGN

TYPE SELECTION

From SLAB type, deck was developed following the Tarque of vertical forces and generated load-based result with wave cruves.

FILME

ANALOG PHOTOGRAPHY COMMUNITY

UI/UX DESIGN

SHARE/ SELL/ BUY

PHOTOGRAPHY, PRINTS AND CAMERAS

PHOTOGRAPHY

SELECTED ANALOG PHOTOGRAHY WORKS

-2023

FILM FOMAPAN 100

CAMERA ROLLEI 35T/PENTAX ME/PETRI COLOR 35