JINGFANG CHEN
Selected Works 2015-2022
Via Antonio Bazzini 9, 20131, Milan TEL +39 3425720904 EMAIL jingfang.chen@mail.polimi.it
2 JINGFANG CHEN
2020.09-2022.10
2015.09-2020.06
MSc in Architecture and Urban Design
2022.02
2021.05-2021.07
Ricostruzione di Montorio al Vomano
Bachelor of Architecture Politecnico di Milano Southwest Jiaotong University Politecnico di Milano
Project Management course
Politecnico di Milano
2019.07-2019.08 2022.05-2022.07LPzR architetti associati Milano
Training Programme on Urban Planning and Architecture Design The University of Hong Kong
2019.08-2019.12
China Southwest Architecture Design and Research Institute Corp. Ltd Architectural Intern Assistant architect
3 EDUCTION WORKSHOP WORK SOFTWARE SKILLS LANGUAGES
Operating System English MS Office Mandarin Native Advance Adobe CC Rendering CAD Windows OS | Mac OS Word | PowerPoint | Excel Photoshop | Illustrator | InDesign | Acrobat | Lightroom V-Ray | Enscape Rhino | Grasshopper | SketchUp | AutoCAD | Revit
CONTENTS 01 VERCITAL GREEN VEINS A Park-like High-rise Building 02 THE GREEN NUDGE Pilot Project for a Hybrid School with Medical Facilities 03 STRONGHOLD IN ARQUATA DEL TRONTO Architectural Preservation 04 SENIOR CENTRE AS GARDEN A Senior Center in Munich 05 REWRITING THE MEMORY OF AL-NOURI MOSQUE A Reconstruction Project for AL Nouri Mosque OTHER WORKS 02 14 26 32 42 56
INDIVIDUAL WORK SOFTWARE Rhino, Grasshopper, V-Ray
In modern cities, high-rise buildings are like a "double-edged sword", symbolizing the achievements of urban civilization and construction, but meanwhile, they bring conflicts and contradictions to the spatial form and environmental characteristics of cities. Tianfu's new area is a newly built new area in Chengdu. The site of the high-
SITE Chengdu, China INSTRUCTOR Jinsong Shi
rise office building is adjacent to the Luxi River, with a wetland park to the southeast. In this design, I introduced the landscape of the site vertically into the high-rise office building through two "landscape canyons". I formed two "park-like" spaces on each floor to integrate the architecture with the environment.
01 VERCITAL GREEN VEINS
Tianfu New Area is an essential economic centre in the western China and a demonstration new area that embodies scientific development.
The Status of Tianfu District
Chengdu strives to build a city model of "one core, two districts and two centres" in the spatial planning structure.
Tianfu District will build an AI industrial science and technology city with Luxi Intelligent Valley Area as the core area .
Site Surrounding
There are several industrial parks which are mainly based on the information technology.
Policy Backgrounds
Chengdu city planning guidance proposed to build a beautiful and livable park city.
Surrounding Landscape
The site is adjacent to Luxi river, with wetland landscape park to the southeast.
High-rise Office Building | Spring 2019 | VERCITAL GREEN VEINS 4
Geographical Location
The Future Plan of Luxi
Traditional Office Building Contact with nature Spatial interest Interpersonal Communication Landscape Canyons Vertical Green Vein VERCITAL GREEN VEINS | Spring 2019 | High-rise Office Building 5 Design Strategy
Step
Maximum Massing
property line determines the maximum possible massing of the building.
Step
Axis of Landscape
There is a green belt in the site, which is used as the landscape axis and introduced into the building.
Step 3 Reverse the Tower
twisting the shape of the tower, the landscape axis is organically integrated with the building.
Step 4 Adjust the Form
The facade of the tower is extended to connect with the podium.
Step 5 Cutting the Facade
The facade of the tower was cut to form two "vertical green veins".
Step 6 Entrance Plaza
The entrance plaza is introduced along the main road.
High-rise Office Building | Spring 2019 | VERCITAL GREEN VEINS 6 Site Plan Concept Diagram
1
2
The
By
0102050 m
Two landscape canyons that twist along the shape make office space on each floor organically integrated with the landscape, providing natural space for office workers to rest and communicate, and forming critical public nodes. At the same time, the organic combination of the building and the city park breaks the boundary between the interior and exterior of the traditional building, enhances the fun of the whole building, promotes interpersonal communication, and thus strengthens people's sense of belonging.
VERCITAL GREEN VEINS | Spring 2019 | High-rise Office Building 7
Vertical Green Veins
Landscape Canyons
Roof Garden
A Park-like High-rise Building
High-rise Office Building | Spring 2019 | VERCITAL GREEN VEINS 8 Structure Vertical Circulation A-A Section B-B Section
VERCITAL GREEN VEINS | Spring 2019 | High-rise Office Building 9 Ground Floor Plan 1 Office Lobby 2 Reception 3 Waiting Area 4 Café 5 Upper Floors Elevator 6 Lower Floors Elevator 7 Security Office 8 Locker Room 9 Convenience Store 10 Boutique 11 Gallery Lobby 12 Gallery 01510 m
High-rise Office Building | Spring 2019 | VERCITAL GREEN VEINS 10 Axonometric View Office Lobby Exhibition Exhibition Lobby Exhibition Hall Typcial Lower Floor Typcial Upper Floor Transferstory - 17 F Shops Commercial Roof Garden Roof Garden
VERCITAL GREEN VEINS | Spring 2019 | High-rise Office Building 11 Typical Floors Plans The plans shows diversified office models through the tower. 16 F 17 F Loft office + Landscape balcony Loft office + Landscape balcony Whole floor office Two offices + Landscape balcony 11 F 14 F
High-rise Office Building | Spring 2019 | VERCITAL GREEN VEINS 12 Structural Detail 1 Handrail 2 Aluminium Frame 3 Baffle Plate: Laminated Safety Glass 4 Dual Glazing in Steel Frames 5 Fixed Glazing: Laminated Safety Glass 6 Solar Protection 010.52 m
VERCITAL GREEN VEINS | Spring 2019 | High-rise Office Building 13 Physical Model 1:200
GREEN NUDGE
COLLABORATOR André Lundin
MY PART
Concept Develop, 3D modelling, Hand modeling
The school is designed to promote outdoor activity, giving a nudge to the children to spend more time outdoors. Creating a connection to the wonders and fragility of nature. Working with the psychological idea of the nudge is made by eliminating barriers between the outdoors and indoors. Making the children put on their jackets when going to the dining area during winter is a
SITE Nembro, Italy
INSTRUCTOR
Pierre-Alain Croset | Elena Fontanella | Deborah Briccola
step towards spending the rest of the break outdoors. Having an interesting and rich landscape with plantations in the intersection between buildings and outdoor areas is another way of inviting the children to spend more time outdoors. We believe that we can help tackle three major contemporary issues with this approach. Climate crisis, mental health issues and lack of physical activity.
02 THE
16 Pilot Project for a Hybrid School with Medical Facilities | Spring 2021 | THE GREEN NUDGE centerpsychosocial of nembromountain serio riverwater canalsSITE 1100m Urban Axonometric
Vehicular Pedestrian
02510 m
Concept Diagram
Step 1
Place the mass on a gentler slope.
Step 2
Cut the massing to provide two courtyard and an entrance plaze, creating a green oasis.
Step 3
Divide from the middle, the building is divided into four independent volumes.
Step 4
Partially cut the volumn to form terraces as the intersection area to encourage people to keep touch with nature.
Step 5
A semi-outdoor corridor connects the 4 independent volumes in series to form a rich experience of indoor and outdoor spaces.
Step 6
A semi-outdoor corridor connects the 4 independent volumes in series to form a rich experience of indoor and outdoor spaces.
17 THE GREEN NUDGE | Spring 2021 | Pilot Project for a Hybrid School with Medical Facilities Master Plan
18 Pilot Project for a Hybrid School with Medical Facilities | Spring 2021 | THE GREEN NUDGE
19 THE GREEN NUDGE | Spring 2021 | Pilot Project for a Hybrid School with Medical Facilities Axonometrics
public semi-public private service
Primary School
1 entrance hall 2 classroom 3 terrace 4 toilet 5 locker 6 sports hall 7 bathroom 8 changing room 9 storage 10 technical room
Medical Center 11 entrance hall 12 meeting room 13 waiting area 14 reception 15 pharmacy 16 specialist room 17 toilet
Floor Plan
Primary School
1 courtyard 2 classroom 3 terrace 4 toilet 5 locker 6 dinning hall 7 kitchen 8 library 9 teacher’s room
Medical Center
1 courtyard 2 classroom 3 terrace 4 toilet 5 locker 6 dinning hall 7 kitchen 8 library 9 teacher’s room
B BA A 20 Pilot Project for a Hybrid School with Medical Facilities | Spring 2021 | THE GREEN NUDGE Ground Floor Plan
First
21 THE GREEN NUDGE | Spring 2021 | Pilot Project for a Hybrid School with Medical Facilities 051020 m
22 Pilot Project for a Hybrid School with Medical Facilities | Spring 2021 | THE GREEN NUDGE
23 THE GREEN NUDGE | Spring 2021 | Pilot Project for a Hybrid School with Medical Facilities Section B-B Section A-A 125 m0 0.00 +4.50 +0.50 +8.10 +4.50+4.50 +9.00 +11.40 0.00 +8.10 +10.50
ZINK ROOF
WOOD FRAME
CLT PANELS
CLT SHEER WALLS AND MONOLITHIC CLT FLOOR
CONCRETE FLOOR AND GLULAM PILLARS
CLT SHEER WALLS AND MONOLITHIC CLT FLOOR
24 Pilot Project for a Hybrid School with Medical Facilities | Spring 2021 | THE GREEN NUDGE Structural Axonometric
planks
planks
planks
kg/m3
douglas planks
sound mat
and insulation
and insulation
connection
pile
dB)
25 THE GREEN NUDGE | Spring 2021 | Pilot Project for a Hybrid School with Medical Facilities 220 wood beam and insulation 150 L5s CLT panel 95 thermal insulation 2x12 gypsum board 22 panel board 34 lath rod Air breaker 45 insultion with distancing 95 vertical studs and insulation 45 horizontal studs and insulation 12 gypsum board 28 douglas
3 cork 22 chipboard 12 step sound mat (4 dB) 13 floor gypsum board 200 7Ls CLT board with epoxy and steel connections 95 heavy insulation, 100 kg/m3 95 heavy insulation, 100
12 gypsum board 28 douglas
4S studs (cc 60) 1 steel plate 240 CLT 14 douglas
28
3 cork 22 chipboard 12 step
(4
220 rod
95 joist
220 joist steel
concrete
Details
STRONGHOLD IN ARQUATA DEL TRONTO
COLLABORATOR
MY PART
This is a restoration project of a castle dating from the 10th century. With minimal intervention in the castle and its surroundings, we have preserved as much as possible the original appearance of the castle, reinforced it and given it a new function, a small exhibition hall and library.
The castle is perched high on a tree-lined hill and we can think of an open view
INSTRUCTOR
Alessandro Bianchi | Davide Del Curto
from the castle, a high point with a view over the whole valley. We opened up the ruined roof of the castle and inserted a ramp systems into the main body of the castle, which leads to the roof terrace. In the place of the formerly lost circular tower, an accessible lift was designed to allow people with mobility problems to access the roof terrace, enhancing the accessibility of the building.
Aysegul Gungor | Qianrong Shi | Selin Alara Bilgin | Xinyan Chen
Concept Develop, 3D modelling, Interior Design
SITE
Arquata del Tronto, Italy
03
degli eventi può essere ricostruita desunte dalla corrispondenza barbecustodita nella Biblioteca Apostolica Vaè raccolto il carteggio relativo del cardinal nipote Francesco Barbecarteggi è evidente l’importanza di un tutte le fortificazioni con opere dettadall’urgenza di proteggere al meglio le zone
della Rocca è realizzata principalmente con blocchi di pietra arenaria locale. Sulla sommità delle torri è presente un aggetto eseguito in laterizio e travertino, idoneo alla difesa piombante, rifinito da una merlatura a coda di rondine, anch’essa in laterizio. L’impianto essenziale della Rocca si caratterizza per una cinta muraria di forma allungata, con due torri e alcuni resti di un terzo torrione. L’intera area è stata circondata da un parco che racchiude gli spazi di pertinenza della fortificazione e il percorso di collegamento con il borgo sottostante.
Arquata si presentava sufficienteorganizzata per la difesa, essendo presenti sistema di mura con corte interna, a est e un sistema di due rivellini sud-ovest (Fig. 3). Le lettere fanno rifedistribuzione interna degli ambienti alle varie funzioni, anche quelle resi-
Gli edifici sono collegati tra loro tramite una recinzione in muratura con un camminamento di ronda. L’ingresso al recinto della fortezza era protetto dalla presenza di una bertesca lignea sostenuta da beccatelli in pietra, ancora visibili. L’intera fortificazione, oltre che dalla barriera muraria, era circondata da una palizzata che costituiva il primo elemento di difesa ad ostacolo degli assalitori.
Nel tessuto murario del recinto si trovano blocchi di pietra di notevoli dimensioni, probabilmente appartenute a una fase antica della struttura, a testimonianza dell’origine romana dell’insediamento. Durante il Medioevo, i blocchi di dimensioni più grandi venivano rilavorati, per ottenere conci lapidei più piccoli e facilmente trasportabili; questi andavano a comporre i muri in elevato, spesso affidandone la portanza a una doppia foderatura che conteneva il nucleo di materiale più scadente.
Il primo elemento edificato sul colle fu il torrione di pianta esagonale, alto circa 12 metri e situato sullo spigolo sud-est. Collegata al torrione esagonale era stata realizzata una cinta muraria, lunga circa 70 m. Tra il XIV ed il XV secolo, era stato costruito il mastio, esposto a nord, destinato all’avvistamento e alla difesa estrema. La torre si elevava da una base quadrata il cui lato misurava circa 8 m e raggiungeva un’altezza di 24 m. Alla sommità di questa torre si trovava la stanza quadrangolare, realizzata durante il restauro eseguito nei primi del XX secolo, in sostituzione di una volta a vela in muratura che proteggeva la campana di allarme della fortezza. La torre nord era collegata con la zona sud tramite una doppia cinta muraria dotata di camminamen-
Biblioteca Apostolica Vaticana, Barb Lat. 9901, della Rocca d’Arquata del Tronto.
di questa fortezza è legata anche una leggendaria secondo la quale vi soggiornato la regina Giovanna II negli anni compresi tra il 1420 ed il occasione di questo soggiorno, gli sto-
1339
to di ronda, piombatoi e apparato aggettante. Il tutto delimitava uno spazio di circa 21 x 24 m all’interno del quale dovevano essere collocate le costruzioni, per consentire agli armigeri di vivere arroccati all’interno del castello, soprattutto durante la lunga stagione invernale.
4. Analisi degli interventi di restauro Nel corso dei secoli la Rocca è stata oggetto di vari interventi di restauro. Nel 1703 il terremoto dell’Aquila aveva causato danni alla struttura della Rocca, determinando la necessità di urgenti interventi di restauro2 (Galiè, Vecchioni, 2006, p. 84). Agli inizi del XX secolo, in occasione di un devastante terremoto fu realizzato un nuovo intervento3. La Rocca è stata interessata da un consistente intervento nei primi del ‘900 ad opera dell’Ufficio per la Conservazione dei Monumenti delle Marche e dell’Umbria, sotto la direzione di Giuseppe Sacconi4 che dimostra di voler aderire alla corrente del restauro storico, attraverso la ricomposizione delle antiche forme medievali, di cui possedeva chiari riferimenti lessicali (Figg. 5 e 6).
ni, la cui madre era originaria di Arquata. L’elenco elaborato da Rotondi era diviso in quattro voci: le case, le chiese, le mura e i torrioni. Sulla Rocca, Rotondi scriveva “di epoca medievale sulla via omonima, con torre cubica a merlatura ghibellina e difesa piombante tra beccatelli (secolo XIII) con cortine verticali originariamente merlate (secoli XIII-XIV); torrione circolare munito di controscarpa speronata (secolo XV) e ampliamenti della fine del 1400”1. Il documento è importante per illuminare l’identità artistica di Arquata e per orientare le ricerche e l’auspicabile ricostruzione dopo le distruzioni del terremoto.
stoia, come si legge nell’iscrizione in caratteri gotici incisa alla base dello scudo. La presenza del reperto è legata alla consuetudine trecentesca di apporre sulle mura delle fortezze le insegne araldiche dei castellani che le amministravano.
Nel 1966 ulteriori interventi conservativi hanno interessato la fortificazione arquatana. L’ultimo intervento di restauro è avvenuto alla metà degli anni ‘90; all’interno del recinto fortificato viene allestita una sala polifunzionale e organizzati alcuni spazi museali. Nel corso di uno scavo, eseguito all’interno della corte, nel 1992, era emerso uno stemma datato 1389, appartenuto al guerriero Sinibaldo della famiglia Cancellieri di Pi-
Fig. 6. Immagine dei lavori in corso di esecuzione, anno 1910 c.
Fig. 4. Immagine della rocca nei primi anni del XX secolo. Fondo Corsini, Castelli 1920-1930, Fotografie, https://www.ankonet.eu/corsini/wp-content/gallery/ fondo-corsini/22.jpg.
3. Le evidenze architettoniche
Il piccolo fortilizio arquatano è stato definito una “realizzazione elegante ed equilibrata”, risultato di numerosi interventi, soprattutto per assecondare i profondi mutamenti nelle tecniche di difesa (Cassi Ramelli, 1964, pp. 56-80). La struttura
5. Gli eventi sismici e lo stato dei luoghi Arquata del Tronto è stata colpita dagli eventi simici 2016-2017 che hanno investito le aree interne delle Marche centro - meridionali. Dai dati reperibili dai resoconti più antichi (Baratta, 1901, p. 105), si può valutare come la zona sia ad elevata sismicità, risentendo sia dei terremoti che corrispondono alle faglie fra Marche e Umbria, sia quelli che hanno epicentri nella regione Abruzzo. Questi ripetuti terremoti hanno indotto nella popolazione differenti atteggiamenti per affrontare la catastrofe, con interventi che hanno ricostruito gli edifici crollati, con scarsa qualit materica e con una progettazione lontana dal rispetto della “regola dell’arte.
This diagram compare the original "completely" of Rocca to the current situation, we can see some parts of the original one are no longer exists.
La fortezza di Arquata del Tronto, con la sua struttura massiva, ha resistito agli ultimi eventi sismici. Il particolare comportamento delle strutture di fortificazione alle azioni sismiche è stato studiato solo di recente, attraverso alcuni articol che hanno individuato una serie di specificità, in relazione ad alcuni parametri di riferimento (Coïsson, Ferretti, Lenticchia, 2017, pp. 51395166). Si è tentato un approccio di tipo fenomenologico, che parte dal reale comportamento delle strutture, rilevabile in occasione dei terremoti per valutarne i meccanismi di danno più tipici, riconducendolo ad alcune classi di comportamento (Coïsson, Lenticchia, 2017, pp. 2-7). Si
richiamano, inoltre, alcuni studi compiuti sulla rocca roveresca di Senigallia, che hanno consentito di sottoporre il complesso fortificato ad una modellazione per simularne il comportamento sotto differenti azioni (Dall’Asta A., et al., 2019, pp. 86-98). Per quanto riguarda la Rocca di Arquata, dal sopralluogo effettuato nel febbraio 2017, si evince lo stato di danno che è da mettere in relazione con la tecnica costruttiva muratura a sacco: i due paramenti esterni non presentano elementi di connessione, pertanto la muratura risulta costituita da tre strati indipendenti e scolo
2016-17
di una porzione del paramento murario esterno, realizzato in blocchi squadrati di arenaria, per circa 1/3 del totale. L’angolata ovest-sud presenta una lesione ad andamento sub-verticale. In corrispondenza del prospetto sud, il distacco dell’angolata muraria è connotato da una profonda lesione. Sul prospetto est sono presenti ampie aree di caduta del paramento murario (Fig. 7).
The Condition of the Rocca in Different Historical Periods Historical Comparison
Fig. 7. Zona di caduta del paramento murario che la sciano scoperto il nucleo interno decoeso.
lcune parti del paramento murario non crollato risultavano distaccate dal nucleo interno e con un meccanismo di rotazione innescato. La muratura in corrispondenza dell’attacco tra la torre femmina e la parete est della Rocca era in fase di distacco. Sulla sommità della torre femmina e della torre maschio erano crollate tutte le merlature. Il mastio è interessato da un quadro fessurativo caratterizzato da lesioni a 45° su tutti i prospetti. In prossimità del portale di accesso al camminamento era evidente uno spostamento
Fig. 5. La Rocca allo stato di rudere, prima degli interventi di restauro progettati da Giuseppe Sacconi nei primi del ‘900.
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1 2 3 4 28 Arichitectural Preservation | Spring 2021 | STRONGHOLD IN ARQUATA DEL TRONTO
17th Century 1900s 1910s After
earthquake Original Abandoned, Ruin Repair
by Giuseppe Sacconi
Damage again
The
history of
the castle is linked to that of Arquata, which has always been a disputed border area between various cities. The Fortress and the city of Arquata
began to live with wars and conflicts.
Basement Body Internal WallsRoof Parapet with Corbels Minor towers Merlons, Roof Original Current UG-Chamber Donjon Basement UG-Chamber Body with Cracks Internal WallsRoof Steel Handrial with Corbels Polygonal tower Donjon Collapse Missing Expulsion Collapse Missing Expulsion
STAIRS RAMP 29 STRONGHOLD IN ARQUATA DEL TRONTO | Spring 2021 | Arichitectural Preservation 17th Century 2016 Future Original Current Situation Strategic Proposal Earthquake and Structural Instability Detach from the original surface Bad condition, unecessary elements Light weight, indicate the original shape Strategic Proposal of the Rocca Site Plan 4 5 6 7 1 2 3 Demolitions New constructions 0102050 m AA
of
Facades
of the
New Section
30 Comparison
the Old and New South
Comparison
Old and
A-A Arichitectural Preservation | Spring 2021 | STRONGHOLD IN ARQUATA DEL TRONTO 0125 m 0.000.00 2.70 3.90 8.10 11.16 10.45 16.7916.79 -2.43 2.14 19.11 20.38 22.4422.44 -0.92
31 STRONGHOLD IN ARQUATA DEL TRONTO | Spring 2021 | Arichitectural Preservation
32
INDIVIDUAL WORK
SOFTWARE Rhino, Grasshopper, V-Ray
The fundamental concept of the proposal is based on circulation.
The aim was to depict Englischer Garten's environment and connect it to the building through the garden. A central staircase connects the two gardens, creating a semi-open and open senior centre with access to natural sunlight. These gardens form a link that
SITE Munich, Germany
INSTRUCTOR
Dan Li
integrates circulation with the structure and the project, systematically and responsively, to move people smoothly up from the street level of the park. Breakdown traditional assisted living facility’s rigid layout, blurring vertical and horizontal boundaries, introducing social functions and landscape into the project.
04 SENIOR CENTRE AS GARDEN
34 A Senior Center in Munich | Fall 2019 | SENIOR CENTRE AS GARDEN 050100200 m
35 sunny sunless softhardcouplemultiple rest social nature wind Behavior Analysis of the Elderly Spatial Scale Extraction Sharing Dancing Learning Eating Sources flickr.com | 500px.com SENIOR CENTRE AS GARDEN | Fall 2019 | A Senior Center in Munich
36 Module Surface Generation This project focuses on the development strategy of the concept of form and space. First introducing the design of a mathematical formula (Terasaki Rampas) the entry point, using spiral generative space to generate a connection between two nuclear open space traffic and continuous surface, and also providing users with a variety of path options, making the interior space of the building a kind of artificial landscape. Centrosymmetric RampSurface Clip Geometry Mirror d=r d=2r d=0 A Senior Center in Munich | Fall 2019 | SENIOR CENTRE AS GARDEN
37 SENIOR CENTRE AS GARDEN | Fall 2019 | A Senior Center in Munich
Step 1 Step 2 Step 3 Step 4 Step 5 Step 6 Step 7 Step 8 4 main functional Spaces Extend the surface to the floor Adjust surface as steps Add lift and external stairway Extend steps to the roof terrace Space link Single module surface Mirror the surface along XZ PLANE LobbyActivity Café Balcony Room Step 1 Step 2 Step 3 Step 4 Step 5 Step 6 Step 7 Step 8 4 main functional Spaces Extend the surface to the floor Adjust surface as steps Add lift and external stairway Extend steps to the roof terrace Space link Single module surface Mirror the surface along XZ PLANE LobbyActivity Café Balcony Room 38 Step 1 Step 2 Step 3 Step 4 Space Generation Site Plan Step 5 Step 6 Step 7 Step 8 4 main functional Spaces Extend the surface to the floor Space link Adjust surface as steps Single module surface Add lift and external stairway Mirror the surface along XZ PLANE Extend steps to the roof terrace A Senior Center in Munich | Fall 2019 | SENIOR CENTRE AS GARDEN 05 10 20 m
39 Lobby Area Section Plan SENIOR CENTRE AS GARDEN | Fall 2019 | A Senior Center in Munich 02 10m
40 A Senior Center in Munich | Fall 2019 | SENIOR CENTRE AS GARDEN
41 SENIOR CENTRE AS GARDEN | Fall 2019 | A Senior Center in Munich First Floor Plan 1 Lobby Area 2.Reception 3.Toilet 4.Activity Area 5.Reading Area 6.Café 7.Balcony 8.Handcraft Room 9.Yoga Studio Ground Floor Plan 024 10 m
05REWRITING THE MEMORY OF AL-NOURI MOSQUE
COLLABORATOR
MY PART
The cases of Mosul in Irag had a tragic destiny in the epilogue of the wellknown "Syrian Crisis'".The intent here proposed is to investigate some reconstruction techniques starting from certain practices that in the literary field have been experimentally assumed when, fof example, writing work "allows more easily to find operationally a solution to the eternal problem of the relationship
SITE Mosul, Iraq
Instructor Domenico Giuseppe Chizzoniti
between historicity and universality of literary texts, their functional belonging to a precise historical system of communication and, at the same time, to a broader, and also historical, System of aesthetic Values. Rewriting means not only recorbining but from the begihning fecomposing the basic semantic structures recognizable as invariants in the general structure of the city.
Linchen Song | Yunan Guo
Concept Develop, 3D modelling, Rendering, Hand Modeling
44 A Reconstruction Project | Spring 2022 | REWRITING THE MEMORY OF AL-NOURI MOSQUE
The Background of AL Nouri
Mosque Survey of the Current State of AL-Nouri Mosque
1172–1173
The mosque was built.
1170
Nur ad-Din Zangi, the ruler of Atabeg visited Mosul.
1511
The mosque was extensively renovated by the Safavid Empire.
1942
The mosque was dismantled and reassembled in a restoration programme undertaken by the Iraqi government.
On 21 June 2017
the mosque had been blown up by ISIL forces and that the blast was indicative of bombs being.
45 REWRITING THE MEMORY OF AL-NOURI MOSQUE | Spring 2022 | A Reconstruction Project
Sky Line
Mosque Complex Cases Study
Mosque School Market
Montage of AL Nouri Mosque Complex
46
Yeni Valide Mosque complexThe Blue Mosque complexMosque of Selim IISuleymaniye Mosque complexAtik Valide Mosque complex
Urban survey of the old Mosul
Generation Process of the Montage
The Pre-War AL Nouri Mosque
A Reconstruction Project | Spring 2022 | REWRITING THE MEMORY OF AL-NOURI MOSQUE
47 Site Current Condition War runis of Mosque, 3 historical buildings, graveyard area and the minaret. Courtyard, market plaza towards the minaret and the auditorium space of school. Renovation of AL Nouri Mosque, restoration of 3 historical buildings. Generate the circulation system of the site around the main public spaces. Reorganization of the block shape and definition of the 3 main axes. Mosque facility, school and market. Rehabilitation Phase Block Reorganization and Main Axes Main public spaces Circulation System Functional Volumes Concept Analysis Physical Model REWRITING THE MEMORY OF AL-NOURI MOSQUE | Spring 2022 | A Reconstruction Project
48 Master Plan A Reconstruction Project | Spring 2022 | REWRITING THE MEMORY OF AL-NOURI MOSQUE
49 REWRITING THE MEMORY OF AL-NOURI MOSQUE | Spring 2022 | A Reconstruction Project 010 2050 m
50 Ground Floor Plan A Reconstruction Project | Spring 2022 | REWRITING THE MEMORY OF AL-NOURI MOSQUE 01510 m
Al-Hallan
51 White pine wood Qadad
Stone REWRITING THE MEMORY OF AL-NOURI MOSQUE | Spring 2022 | A Reconstruction Project
52 A Reconstruction Project | Spring 2022 | REWRITING THE MEMORY OF AL-NOURI MOSQUE
53 3D Section REWRITING THE MEMORY OF AL-NOURI MOSQUE | Spring 2022 | A Reconstruction Project
54 A Reconstruction Project | Spring 2022 | REWRITING THE MEMORY OF AL-NOURI MOSQUE 0510 m
55 Mosque Reconstruction Level 0.2m Details Arch ReconstructionDetails Corridor Reconstruction Details Existing Pillar Reconstruction Details Dome Reconstruction REWRITING THE MEMORY OF AL-NOURI MOSQUE | Spring 2022 | A Reconstruction Project 01510 m
Academic Work,2019 56 Rethinking of E-WASTE Industry in GUIYU TOWN Bird view Modular Units Typology Spring 2020 Type A Type B Type C Type D Vernacular House Self-build House Self-build House Vernacular House New-build Unit New-build Unit New-build Unit New-build Unit Conveyor First Plan First Plan First Plan First Plan Conveyor Conveyor Conveyor Hi. I'm Anna, an old mobile phone from Europe. wonder who my new owner will be. I'm sooooo looking forward to!!! Name: Anna Age: 5 Nationality: French Diagnosis: The CPU is broken. Being delivered to Guiyu Town. My mobile phone companions and are in the same box. They took me apart, divided me into plastic and electronic parts, sent me to di erent areas, and I waited to be reborn. It looks like my power unit is still working, so can reprocess it and put it back to use. My back shell went into the machine, and when I came out again, became so many little balls that could hardly recognize myself. How amazing! Classi cation Teardown of Electronic Component Processing PlasticTeardown Recombination of electronic components Reutilization of Plastics Assembling Selling Wow, there's a new CPU, I think it's the old soul, the new body. Rebirth is the process of changing form, and can not only become a vacuum cleaner shell but also can become the television base plate. became a new phone, a computer, a vacuum cleaner, and so on. caught glimpses of myself on several shiny new products, reborn with my memories. We were delivered to the store together.
Anna's Journey
OTHER WORKS
48 Academic Work,2018 Truth-Seeking Other works 48 Academic Work,2018 Truth-Seeking Academic Work,2017 Return to Pastoral 57 Exhibition Hall on Water Youth Apartments Design Fall 2018 Sping 2017 OTHER WORKS
JINGFANG CHEN | POLITECNICO DI MILANO | M.SC ARCHITECTURE AND URBAN DESIGN | 2022