Feng Di Portfolio

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P
R T F
L
F E N G D I
O
O
I O

F E N G D I

Borgo Onorato, 16, 43121 Parma PR, Itlay

fengdi.arch@gmail.com

+39 3319620420

issuu.com/feng.di/docs/portfolio

In 2020 I graduated from Politecnico di Milano with a master's degree in Architectural Design and History. Before pursuing my postgraduate, I had been studying and working in China. The different living and educational background allows me to perceive better the difference in discourse system between East and West and have access to a more flexible approach.

I have relevant experience on large-scale projects, including office buildings, residence communities, commercial complexes, school projects, and Cultural projects. More recent experience concerns sports projects ranging from wellness clubs to sports venues. I also started my exploration as a freelance architect by participating in competitions and as a visual artist cooperating with other studios.

Fascinated by visualization and parameterization, I understand the development of new technology will profoundly impact traditional industries and how people think. Being hardworking and challenge-orientated, I am a fast learner and will always be passionate about embracing new thoughts to deepen my comprehension of this beautiful world.

Feb. 2018 ~ Jun. 2020

Sept. 2008 ~ Jul. 2014

Jan. 2021 ~

8.2023 ~

1.2023 ~ 4.2023

3.2022 ~ 6.2022

1.2022 ~ 11.2021 ~ 4.2022

5.2021 ~ 12.2022

Apr. 2016 ~ Jan. 2018

8.2017 ~ 12.2017

3.2017 ~ 6.2017

5.2016 ~ 12.2016

6.2016 ~ 12.2016

Jul. 2014 ~ Mar. 2016

AutoCAD

6.2015 ~ 1.2016

10.2015 ~ 12.2015

8.2014 ~ 12.2014

Politecnico di Milano | Mantova, Italy

Master of Architectural Design and History

Beijing University of Civil Engineering and Architecture | Beijing, China

Bachelor of Architecture

Rhinoceros / Grasshopper

V-Ray / Lumion / D5

EDUCATION EXPERIENCE SKILLS AWARD

Marazzi Architetti | Parma, Italy

Architect

Palasport Cagliari Cagliari, Italy

Olympic Swimming Pool for Taranto 2026 - XX Mediterranean Games | Taranto, Italy

Redevelopment of Foro Italico Tennis Central Stadium | Rome, Italy

Il Bosco dello Sport | Venice, Italy

Redevelopment of Sport Hall Bruno Raschi Parma, Italy

yRedevelopment of Premostnaya Square Area | Krasnoyarsk, Russia

JZFZ Architectural Design Co., Ltd. | Beijing, China

Assistant Architect

No.1 Tianfu Experimental Middle School Planning Project | Sichuan Province

Bidding of Xingyang Plot-A2-02# Residence Community Planning | Henan Province

Hongxing Road Plot-157# Project | Sichuan Province

Sunac Erhai Residence Community | Shandong Province

Beijing Capital Engineering Architecture Design Co., Ltd. | Beijing, China

Assistant Architect

No.3 Teaching Building of Beijing Information Technology College Program | Beijing

Ruzhou City Maternal & Child Health Hospital Program | Henan Province

Shaanxi Financial Centre | Shaanxi Province

Adobe suite

3D Max / Blender

Revit

Olympic Swimming Pool for Taranto 2026 - XX Mediterranean Games_Italy | 2nd

Redevelopment of Foro Italico Tennis Central Stadium_Italy | 2nd

Redevelopment of Premostnaya Square Area in Krasnoyarsk_Russia | 1st

Hangar Ticinum_TerraViva | Golden mention

Tiny Library 2021_Volume Zero | 3rd

LANGUAGE

Chinese(Mandarin)

English

Italian

Native A2 B2

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2022 2022 2022 2021
2023

Iceland Volcano Museum

Pavilion in Giardino dei Semplici

New Headquarter & Polyfunctional Center

No.1 Tianfu Experimental Middle School Planning Project

Bidding of Xingyang Plot-A2-02# Residence Community Planning

Landscape 4.0 —— Sharing Spaces for the Furture Cities

Student Residence & Blackbox

Caofeidian International Vocational Education City Exhibition Centre

Hongxing Road Plot-157# Project

Sunac Erhai Residence Community

Ruzhou City Maternal & Child Health Hospital Program

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FISSURE GESTALT IN GARDEN CULTURAL VOID CAMPUS COMPLEX RESIDENCE COMMUNITY
ARTIFICIAL
OTHER WORK
CONTENTS 6 24 38 54 62 66

IARTIFICIAL FISSURE

Iceland Volcano Museum

Location: 65.6384028,-16.8956736, Iceland

Spring 2020 Graduation Project

Studio Supervisor: Massimo Ferrari, Claudia Tinazzi

Group work with Lifang Zhang

Role in Team: Conceptual Design(80%), Analytical Drawings (90%), Technical Drawings(50%), Renderings(100%)

Aldo Rossi once talked about how perception projected into reality on the aspect of architecture. He introduced the concept “collect memory” mentioned by Halbwachs to help to understand the relationship between mythology and city in his book The Architecture of the City. He cited the case of Athens to explain why in antiquity the founding of a city became part of the city’s mythology. In Iceland, the Norse settlers first explored the island in the 9th century, bringing along with Norse mythology. The extreme even diabolical environment and relatively scarce resources impacted greatly on the lives of inhabitants so that myths, seemed accountable to all those dystopian ambient. Many legends were composed verbally, mainly Sagas, accounting stories of predecessors. Some were based on real events. According to this, we can infer that it is the association between the landscape and myths that construct the early memory of Icelanders.

The Iceland Volcano Museum is a task of designing a multipurpose structure near the Hverfjall Volcano. It also serves as a visitor centre with multiple functions, including exhibition halls, offices and a café. We create the logical links between Icelandic landscape, myth and architecture, extract the organic form and materialize it according to vernacular architectural forms. Then we implement activities with reference to local cultural phenomenon. Like Aldo Rossi wrote in The Architecture of the City: “When myth becomes a material fact in the building of the temple, the logical principle of the city has already emerged from its relationship with nature and becomes the experience which is transmitted .”

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Iceland lies atop the Mid-Atlantic Ridge between the Eurasian plate and the North American plate.

Each year as the eastern part of Iceland drifts to the east and the western part drifts to the west, new land is constantly being created by magma welling up from the earth’s core.

The volcanoes of Iceland include a high concentration of active ones due to Iceland’s location on the Mid-Atlantic Ridge, a divergent tectonic plate boundary, and its location over a hot spot.

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NORTH
EURASIAN PLATE Site Site Divergent Boundary
ARCHITECTURE MYTH LANDSCAPE
AMERICAN PLATE
Strokkur Geyser Grjotagja Fissure Lava erupts from a Fissure in the Holuhraun Drifting Apart Neovolcanic Zones
& FISSURE
CRACK

SAGAS & EDDAS

Sagas and Eddas are two main parts that constitute medieval Icelandic literature. The Elder Edda or Poetic Edda is collection of Old Norse poems and stories originated in the late 10th century, which contains mainly mythological stories; the Sagas are prose stories written in Old Norse that mainly talk about actual events taking place in the period during the settlement of Iceland from around 9th century to 11th century.

Laxdæla Saga

Written in the 13th century, it tells of people in the Breiðafjörður area of Iceland from the late 9th century to the early 11th century. The saga particularly focuses on love triangle between Guðrún Ósvífrsdóttir, Kjartan Ólafsson and Bolli Þorleiksson. Kjartan and Bolli grow up together as close friends but the love they both have for Guðrún causes enmity between them and, in the end, their deaths.

Egil’s Saga

An Icelandic saga on the lives of the clan of Egill Skallagrímsson (Anglicised as Egil Skallagrimsson), an Icelandic farmer, viking and skald. The saga spans the years c. 850–1000 and traces the family history from Egil’s grandfather to his offspring.

Njáls saga

SAGA-SITE

Many sagas describe how, on arriving in Iceland, the settlers explored the new landscape and ‘mapped’ it, giving names to prominent landmarks (fjords, rivers, mountains, valleys etc.) as well as newly erected, man-made structures such as farmsteads. Some sagas also gives an interesting picture of how natural resources that the first settlers came across in different parts of this area might have been utilised. The association between the subsistence and the landscape, vividly depicted in sagas, is uniquely embedded in Icelandic culture.

Instead of having acquired high urbanization as early as Greek city-states, geographical features play an important role in Icelandic life. Architecture, in a certain way, exerting as vehicle of culture, endows the sites with unique characters as well as makes intangibles materialize.

Hrafnkels saga

It tells of struggles between chieftains and farmers in the east of Iceland in the 10th century. The eponymous main character, Hrafnkell, starts out his career as fearsome duellist and a dedicated worshiper of the god Freyr. After suffering defeat, humiliation, and the destruction of his temple, he becomes an atheist. His character changes and he becomes more peaceful in dealing with others. After gradually rebuilding his power base for several years, he achieves revenge against his enemies and lives out the rest of his life as powerful and respected chieftain.

The Icelandic turf houses, based on Viking longhouses, date back to the settlement in the 9th century. The lack of building materials such as wood or stone makes the turf prevail since it is very easy to be extracted from marshes all over the island. There are at least hundreds of reserved turf houses distributing throughout the island.

Four stages of evolution feature the turf house as a complex of various rooms organized by a single passage, which is the inspiration for a multifunction shelter providing space for visiting, sharing stories, rest and even viewing.

The concept is conceived through three dimensions——Landscape, Architecture and Myth. Considering that the site lies right over the divergent boundary and the landscapes are in the vicinity, an “artificial fissure” is introduced and spatialized through vernacular materials and forms. Finally, projecting perception into reality by integrating activities with space shows respect to the local cultural tradition.

TRADITIONAL ICELANDIC TURF HOUSE

Glaumbaer Farm Sænautasel Þjóðveldisbærinn Stöng Grelutóttar

Evolution

Main Communal Living Quarter Communal Quarter Pattern

Extraction Construction Pattern

Extraction

Eldaskáli

Passage-farmhouse (Gangabær)

Icelandic Long-house Attached Icelandic Long-house Myth Architecture Landscape

Baðstofa Skáli Single - beam Roof Single - beam Roof with Tie Beam Single - beam Roof with Post under the Ridge Twin- beam Roof with Collar - beams

CONCEPT

Gabled-farm (Burstabær)

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Church of Reykjahlíð Site Mývatn GENERAL PLAN Hverfjall
14 15 Proto Extract Transformation Scenario Spatialization Materialization SCHEME EVOLUTION
16 MAIN FLOOR PLAN 1.Reception 2.Campfire 3.Information Centre 4.Open Office 5.Office 6.Cloakroom 7.Toilet 8.Exhibition 9.Bookshop 10.Café 11.Meeting Room 12.Storage 13.Lift Platform 1 1 5 5 5 4 1 2 3 6 7 8 8 8 9 10 12 11 7 -3.00m -6.50m -9.00m +9.00m -6.00m -4.00m -5.00m -6.00m -3.00m -1.00m 13 Drainage
Geotexitile Filter
Board and
Concrete Block Wall Wood Panel Turf Basalt Concrete
EXTERIOR WALL DETAIL MATERIAL
Concrete Slab Engineered Concrete Slab Polished Finish Double Layers torch on Waterproofing Membrane
18 19 Volcanic Exhibition
Story Hverfjall Deposits Observation Deck 1-1 SECTION
MIniature Landscape Campfire
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Up: View of Exhibition Hall Down:View of Entrance Hall Up: Mývatn seen from Observation Deck Down: Exit Stairway connected to a Trekking Route to Hverfjall

Hverfjall is a tuff ring volcano with an incredibly impressive crater, approximately one kilometre in diameter. Created about 2,500 years ago, Hverfjall is connected to the very active Krafla volcanic system, which has been the cause of 29 eruptions since settlement.

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GESTALT IN GARDEN

Pavilion in Giardino dei Semplici

Location: Giardino dei Semplici, Mantova, Italy

Spring 2019 Final Workshop

Studio Supervisor: Massimo Ferrari, Peter Assmann, Cristina Fregni

Individual Work

In 2008, “Mantova e Sabbioneta” became part of the UNESCO World Heritage List for both cities represent “the most eminent examples of the two most emblematic modes of urban planning of the Renaissance, respectively the evolutionary and the foundational one. As such, they served as a reference for most of the subsequent city-building experiences up to the modern era”. Palazzo Ducale, acting as an extraordinary testimony of Mantova’s history, possesses a rich collection of Italian Renaissance and European art between the Middle Ages and the Baroque. Defined as a “city-palace”, it occupies an area about 35,000 square metres with more than 1,000 rooms and preserves masterpieces of Andrea Mantegna and Pieter Paul Rubens, etc.

The task requires an information center in the Giardino deI Semplici and the re-activation of the site. Considering the garden locates at the corner of the whole palace and it is connected to the city through an ever-locked gate, a new block is introduced to join the inner itinerary and the public city together, which turns waste into wealth and provides a new view of the garden. Applying the minimum intervention, the new volume strictly follows the margin of the site, and the classical appearance is taken as an example. The garden is kept as it is and the portico is reinforced. A lost trace is emphasized to strengthen the identity of the site.

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II

HISTORICAL DEVELOPMENT OF GIARDINO DEI SEMPLICI

In 1600, the monk Zenobio Bocchi, a botanist from Pisa, arrived in Mantova court. In 1603 he designed the Giardino dei Semplici. In the drawing on the right side, there is a building facing the garden adjacent to Domus Nova. This building, one of the entryways from the urban streets to the Giardino dei Semplici, would have been demolished later in the 19th century. The garden today maintains the 17th-century plan, renewed in the early decades of the 20th-century with a new design.

The Giardino dei Semplici intended not only for the cultivation of medicinal herbs with healing or mortal properties, but for the collection of many exotic or rare essences. The garden is organized on a rigid geometric plan with deep symbolic meanings, divided into four squares representing the seasons and the elements of nature: earth, water, fire, and air, and it is united by a small, always square source of water in the centre. The Gonzagas’ passion for this kind of experimentation leads to the creation of an alchemical laboratory in the basement of the Rustica, apparently closely connected to the garden itself, helping to increase the cryptic and almost mystical spirit of the place.

The evolution of the Palazzo Ducale lasted from 1300 to 1600, the buildings of Ducale complex were built around in different centuries by different architects who subsequently led to diverse architectural styles.

Domus Nova (1478-84)

La Rustica(1536-39)

Galleria del Passerino(1594-96)

Giardino dei Semplici(1603-04)

Corridore dei Semplici(1608-10)

Antonio Maria Viani

1589-1630

GENERAL PLAN

The garden is sited at the meeting point of two main development axes of the Ducale Palace. One comes from the urban grids of the medieval city and another follows the

ments during the Renaissance in Italianally on an upper level, or sometimes ground

The study of all the façades of every loggia tract the proper form that could fit in well

28 29 1.Entrance & Exit
Desk 3.Elevator
Steel Frame 5.Footpath 1 2 3 4 4 4 4 4 4 4 5 1 2 2 1 1 GROUND FLOOR PLAN
2.Reception
4.Corten
A. Giardino Cavallerizza C. Giardino Pensile
1 COMPOSITION ANALYSIS 1 C
D. Giardino dei semplici

Entryway & Gallery

Corten Steel Frame

Footpath

1. The introduction of a new volume connects the garden with the public and Cortile delle Scuderie, preparing the first floor for temporary exhibition;

2. Corten steel frames strengthen the Corridore dei Semplici and provide extra space for exhibits;

3. A new footprint serves as a reminder of the lost portico once had covered the south façade of the Galleria del Passerino.

Redefined Entrance Display of Sculpture

Reserved Garden New Connection with Existing Function

By integrating all the activities into a continuous path, the new interventions, encircling the garden, serve not only as a passage linking the city, the garden, and various parts of Palazzo Ducale together, but as a medium itself exhibiting, indicating, and providing visitors a progressive discovery of the garden.

The new volume fills in the gap by maintaining a similar width and delimiting the opening of arches in line with the existing façades.

30 31 2-2 SECTION ELEVATION 1-1 SECTION FIRST FLOOR PLAN
7.Mezzanine
delle Scuderie 6 7 STRATEGY
6.Gallery
to Cortile
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Roof Sheathing
DETAIL
DETAIL
Membrane
Precast Concrete Paver
Footpath
EXTERIOR WALL
STRUCTURE
Waterproofing
10~40mm
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The small gallery on the first floor provides space for temporary exhibitions. The composition and significance of the garden could be better understood through a sweeping view at a higher position. A new path reveals the footprint and integrates the tour route by the pavement of unified material. The intervention of Corten steel frames makes extra space for the hidden sculptures and statues which have never got the chance to be visited in Palazzo Ducale. Exhibits could be updated according to different themes.

Italian medieval gardens were enclosed by walls and were devoted to growing vegetables, fruits, and medicinal herbs. Then the Renaissance garden broke down the wall between the garden, the house, and the landscape outside. The Roman garden layout had been learned and developed in this period which features a symmetrical layout with a fountain or a pool in the centre and the path organized along the axis.

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CULTRUAL VOID

New Headquarter & Polyfunctional Centre

Location: Piazza Virgiliana, Mantova, Italy

Fall 2018 Architectural Design & History Studio

Studio Supervisor: C. Baglione, M. Moscatelli, G.E.E. Vita

Group work with Simone Milani, Beatrice Miotto, Maria Adele Molducci

Role in Team: Conceptual Design(25%), Analytical Drawings (90%), Technical Drawings(25%), Renderings(100%)

Back in 1996, on the eve of the first Festivaletteratura, a group of Mantuans, united by a common desire, worked together with the Organizing Committee to bring their collective dream to fruition: organizing a bona fide celebration that brings together writers and readers across the city’s piazzas and palaces. The Festival plays host to world-famous writers and poets, some of the most interesting voices from emerging literature, essayists, musicians, artists and scientists who foster a more complex and unusual notion of literature that includes unconventional literary domains and languages.

The project is a response to the task of Festivaletteratura headquarter, which provides a space for events' organization and management. At other times, the premise runs as a civic centre with a cafeteria, a library, an exhibition hall, and an auditorium. The site, currently functioning as a parking lot, located alongside Piazza Virgiliana. The semi-circle layout implies the historical trace that dates back to the 18th century, which naturally becomes the start-point of the design. Through studying the historical development of the site and city texture, a series of circles are introduced to shape the volume, aiming at a harmonious relationship between the architecture itself and the surrounding context.

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III

Festivaletteratura is a literary festival, held in Mantova, Italy, since 1997. Its peculiar formula is to host five days of small-sized lectures by authors from all over the world. The lectures are hosted in historical places and squares, and during the five days of the fair there are about two hundred events. The relativity low-profile style has already attracted many big names of literature, along with Nobel Prize winners.

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Prior to the Neapolitan occupation of Mantova, the region was a swampy inlet of the waters of Lago di Mezzo. It was also occupied in part by the suppressed monastery of Sant’Agnese and an embankment on which there was the church of Santa Maria dell’Argine. In 1797, the occupying French general, Sextius Alexandre François de Miollis, filled in the swamp and entrusted Paolo Pozzo to design a park for ambulation with marble benches along rows of trees. This Piazza Virgiliana was inaugurated on March 21, 1801, and displayed a bronze bust of the Ancient Roman poet atop a high column, placed near the site of the present monument. With the return of Hapsburg rule in the 19th century, the monument was disassembled in 1821, and the bust ended up in the Municipal building. In its place, an outdoor Virgilian Amphitheater designed by the architect Giuseppe Cantoni was erected in its place.

system of green

Ultimately in 1919, the amphitheater was demolished and the current Carrara marble monument designed by the architect Luca Beltrami was erected with a large bronze statue by Milanese sculptor Emilio Quadrelli. Flanking the monument are allegorical depictions of epic and bucolic poetry. The monument to Virgil was officially inaugurated on April 21, 1927.

1. The existing semi-circle parking lot obviously follows the historical footprint, which becomes the design basis.

2. The residents beside the site require sunshine the privacy so the length and height of the volume are limited.

3. The location has the accessibility of potential spectacles if applicable viewing decks are provided.

42 43 URBAN ANALYSIS
pattern
of the project site GENERAL PLAN
historical design of piazza virgiliana current shape of piazza virgiliana
urban
accessibility
URBAN ANALYSIS system of the public spaces system of green historical design of piazza virgiliana current shape of piazza virgiliana URBAN ANALYSIS system of the public spaces system of green historical design of piazza virgiliana current shape of piazza virgiliana urban pattern urban allignment URBAN ANALYSIS system of the public spaces system of green historical design of piazza virgiliana current shape of piazza virgiliana urban pattern urban allignment URBAN ANALYSIS 20 10 100 50 system of the public spaces system of green historical design of piazza virgiliana current shape of piazza virgiliana urban pattern urban allignment accessibility of the project site system of courtyards System of the Public Spaces Urban Pattern System of Green Urban Allignment Accessibility of the Project Site System of Courtyards Historical Design of Piazza Virgiliana Current Shape of Piazza Virgiliana SITE ANALYSIS Historical Footprint Site Historical Design Existing Parking Lot Accessibility Potential Spectacle HISTORICAL DEVELOPMENT PRIVATE RESIDENCE PUBLICGARDEN Basilicadi Sant’Andrea PiazzaVirgiliana LagodiMezzo 1953 1835~1860 1638 2008

The historical footprint triggers a series of circles to form the architecture and the relation with the surroundings.

1. Generating the volume based on historical footprint.

OUTDOORPLATFORM LIGHTWELL

2. Dealing with the volume with systematic circles.

3. Wrapping the volume with vertical strips.

Piazza Sordello Museo Diocesano - Chiostro

The covered sunken plaza followed by the footprint of the 17th-century amphitheater is intended for Festivaletteratura activities.

Outdoor terraces cut by circles are mounted at very positions which provide the views towards Lago di Mezzo, Piazza Virgiliana, and Basilica di Sant’Andrea.

The idea of the façade is a response to groups of trees standing side by side in Piazza Virgiliana.

Zanzara

Palazzo Del Mago & Piazza San Leonardo

The compact size of the city makes it efficient on foot to get from one event to another. A fixed headquarter provide staff more possibility in organizing events and, in the off-season, it serves on public purpose.

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STRATEGY CONCEPT
46 47 GROUND FLOOR PLAN 1.Covered Piazza 2.Information & Reception 3. Cloakroom 4. Restaurant & Bar 5. Storage 6. Kitchen 7. Pantry 8. Reception Desk 9. Auditorium 10. Office 11.Library 12.Exposition Space 13. Open Office 14.Conference Room 15. Meeting Room 16. Data Room Archive 1 1 2 1 2 2 4 5 7 3 6 9 8 10 10 10
VIEW FROM PIAZZA VIRGILIANA
PLAN 11 12 13 15 13 15 16 14
FIRST FLOOR PLAN
SECOND FLOOR
48 5 10 NORTHWEST ELEVATION 28,51 23,7 6 4,7 3,3 5 5 10 second floor plan and main facade scale 1:200 31,8 28,51 23,7 KEY SECTION EXTERIOR WALL DETAIL ELEVATION DETAIL
10mm Finishing 2. 100mm Screed for Finishing
30mm Screed for Installation
350mm Mansory Slab
Reinforced Concrete Beam 6. Countertop Support 7. Thermal Insulation 8. Countertop Panels 8 9 7 10 6 11 12 2 3 4 5 Division in Levels Definition of the Rhythm Exceptions in the Rhythm Volumetrical Voids Opacity and Transprency 9. Double Glass Window Frame 10. Thermal Insulation 11. Cement Panels 12. GRC vertical elements
1.
3.
4.
5.
50 51

“I am all the more convinced that we, as Italians, know nothing about certain aspects of being Italian [...]. Now I am in Mantua on a July night, where some Mantuans have come up with the wonderful idea of a literary festival which, year after year, takes place as summer draws to an end.”

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CAMPUS COMPLEX

No.1 Tianfu Experimental Middle School Planning Project

Location: Sichuan Province, China

2017 JZFZ Architectural Design Co., Ltd.

Status: Competitive Bid

Building Area: 142,382.68 m2

Role in Team: Assistant Architect, Conceptual Design, 3D Modeling, Diagram Drawings

The project is located in Shigao, a small town of 50,000 inhabitants which is 48km from Chengdu city centre. The plot is divided into two parts for two projects: the primary school is required to be designed in 50 acres of land on the east side of the plot, and the middle & high school is designed in 210 acres of land on the west side of the plot. Both projects concern three aspects: site levelling, circulation optimization and energy saving. As for the user experience, the traditional linear space sequence is replaced by a network, the triangular circulation and an aerial walking corridor keep the traffic free from interference, provide a more efficient and communicative campus for teachers and students in their daily learning and working.

55
IV
Chengdu
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MIDDLE & HIGH SCHOOL SCHEME

One of the challenges the middle & high school scheme faces is the uneven and complicated level difference. The existing topography gradually rises from west to east, but it is lower in the middle. Based on the principle of cost-efficiency, the site keeps the level difference as it is and implements only a minor adjustment. The earth volume on the east side is excavated and backfilled in the middle area, forming terraces for different functions: The administrative building, library, auditorium, teaching buildings are at the top, the dormitory is in the middle, and the sports field is placed at the lowest ground. The sports field and the teaching zone are connected by a landscape corridor. The level difference acts as a barrier in keeping the playground noise away from the teaching zone.

To echo the local landform, red sandstone is selected as the façade material and vegetation is introduced to make the campus environment in harmony with the surroundings.

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Red Sandstone Vegetation Canteen Experimental building The dormitory International high school Green out of door Existing Ground Elevation
Function Distribution
Ground Elevation Optimization Greening & Sportsfield Green in courtyards Dormitory Green on roofs Teching Building

PRIMARY SCHOOL & KINDERGARDEN SCHEME

Primary school design focuses mainly on circulation and energy efficiency. For getting students from the dormitory to the teaching zone more efficiently, an aerial walking corridor is designed to connect the dormitories, classrooms, laboratories, and art buildings together. The fast pass facilitates students to reach their destination within 10 minutes.

As for environmental conservation, multiple methods are taken into consideration to minimize carbon emissions, including passive solar energy, natural ventilation, natural lighting, etc. Large spaces usually consume more energy. Taking advantage of the original terrain height difference, large venues, including stadiums, science and technology museums, and other large venues, are placed underground and semi-underground. Roofs are also utilized environmentally friendly. The experimental farmlands on the roof enable students to have access to agricultural and botanical knowledge. It would be great fun to study on such a green and natural campus.

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VRESIDENCE COMMUNITY

Bidding of Xingyang Plot-A2-02# Residence Community Planning

Location: Zhengzhou, China

2016 JZFZ Architectural Design Co., Ltd.

Status: Competitive Bid

Building Area: 190,481.19 m2

Role in Team: Assistant Architect, 3D Modeling, Elevation Design, Layout Design, Roomtype Design, Bidding Documents

Last decade China has gone through a nationwide urbanization process. As an important driving force that boosts economic development, the real estate industry facilitates the prosperity of many subordinate industries, it is a huge economic chain. In cooperation with the local governments who expected to increase revenue as well as attract population from rural areas, the developers purchased large sums of land to operate. However, overheating real estate market would lead to potential economic bubbles. By 2019, the housing-priceto-income ratio of China has reached 29. The government has taken measures to curb the soaring price by administrative means. While switching economic development mode needs a long-term process, it will take time to be testified.

The project is located in the core area of Xingyang. As a very typical project of a large residence community, it follows a standard procedure. The developer decides the product type and the construction scale in accordance with the local economic level and market demand, programming a ratio of product type which includes rigid demand and improvement. Then the designer seeks the best products and a feasible layout that conforms to all the regulations of local city planning.

Zhengzhou

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STEP 1

STEP 2

PRODUCT SELECTION & VALUE ANALYSIS

C+A+A+C (100+70+70+100)

C+B+D (100+88+115)

E+E (125+125)

REQUESTED ROOMTYPE RATIO

Through calculation and comparison, we apply the combination of the T3+T4(34F+9F) house type, which not only has a high total product value but matches the ratio required for the sales strategy studied by the client.

T3: 3 appartments on same floor

T4: 4 appartments on same floor

2 Living rooms: In the context refers to 1 dining room and 1 guestroom

PRODUCT DESIGN

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STEP 3 RESIDENTIAL VALUE ANALYSIS
A C E B D F
DURATION
DEVELOPMENT & MODEL
Value Position Description High Medium Low Core position Enjoy ample space between the buildings, privacy and central landscaping; being free from noise of traffic and the commercial stores in the skirt buildings; low building density. Enjoy less privacy and central landscaping but also being free from noise of traffic and commercial skirt buildings. Undergoing the noise of traffic and commercial skirt buildings for being adjacent to the margin of the site. Secondary position Margin Product Configuration Area 70m Economic 10% highrise highrise highrise highrise garden villa garden villa 20% 30% 20% 15% 5% 100% Regular Regular Comfort Comfort Comfort 88m2 100m 2 125m 2 115m 140m 2 Class Ratio Position Sum 2 Bedrooms, 2 Living rooms, 1 Bath A B C D E F 3 Bedrooms, 2 Living rooms, 1 Bath 3 Rooms, 2 Living rooms, 1 Bath 2 Rooms, 2 Living rooms, 2 Baths 3 Rooms, 2 Living rooms, 2 Baths 4 Rooms, 2 Living rooms, 2 Baths
SUNSHINE
LAYOUT
MAKING FINAL RESULT
0~1 hour 1~2 hour 2~3 hour 3~4 hour 4~5 hour Result meets request
STEP 4 STEP 5
Combination Floor Area Type Storeys Buildings Product Amount Ratio Density Building Area Plot Ratio Unit Price(¥) Total Price (¥) T3+T4 (34F + 9F) Highrise Highrise Small Highrise Small Highrise Stores Property Kindergarden 30 31 9 9 2 3 2 4 16 21 7 48 2,472 units 100.00% A B C D E F 240 units 496 units 736 units 496 units 378 units 126 units 9.7% 20.1% 29.8% 20.1% 15.3% 5.1% 40,800.00 150,288.00 47,250.00 17,640.00 20,726.00 11,400.00 3,240.00 291,344.00 6,000 6,300 6,700 7,000 8,000 9,000 20,000 / / / / 100,800,000 274,982,400 493,120,000 399,280,000 378,000,000 158,760,000 414,520,000 2,219,462,400 25.0% 2.497 340m 2 303m 2 250m 2 280m2 10,363m2 3,800m2 1,620m2
STEP 6
Sum
F+F (140+140)

OTHER WORK

Landscape 4.0 —— Sharing Spaces for the Furture Cities

The Reconstruction of Mosteiro de Nossa Senhora do Desterro de Lisboa

Caofeidian International Vocational Education City Exhibition Centre

Hongxing Road Plot-157# Project

Sunac Erhai Residence Community

Ruzhou City Maternal & Child Health Hospital Program

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VI

CAPILLARITY

Landscape 4.0 —— Sharing Spaces for the Furture Cities

Location: Piacenza, Italy

2018 Polimi OC Piacenza International Summer School 9th

Workshop Supervisor: Guya Bertelli, Carmen Andriani, Carlos García Vázquez, Sara Protasoni

Group work with more than 30 group members

Role in Team: Conceptual Design, Diagram Drawings

4.0

case study: Piacenza

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2035 2050
2018 2020

HONGXING ROAD PLOT-157# PROJECT

Location: Chengdu, Sichuan Province, China

2016 JZFZ Architectural Design Co., Ltd.

Status: Copetitive Bid

Building Area: 88,608.23m2

Role in Team: Assistant Architect, Conceptual Design, Layout Design

As a super high-rise project, the core idea is to maintain the volume as slender as possible. The core comprises two respective elevator lobbies and makes the two seemingly separated blocks structural safe. An outdoor courtyard is planned as a reception centre on the ground floor which is inspired by the vernacular architecture form. An air urban saloon has also been realized on the top floor, which acts as an enormous hall for city viewing and commercial events.

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SUNAC ERHAI RESIDENCE COMMUNITY

Location: Yantai, Shandong Province, China

2016 JZFZ Architectural Design Co., Ltd.

Status: Completed

Building Area: 257,000.00 m2

Role in Team: Assistant Architect, Elevation Design, Room Type Design, 3D Modeling, Detail Design

The project applied cooperative work mode. Adopting a company-based drafting standard, all the profession worked on a same real-time network system, efficiency and accuracy are greatly facilitated. also contributed an efficient method in façade design. By dismantling façade blocks into unique or identical components and correlating each group of components to the same house type rather than the building, I would update the façade automatically when a house type is revised or redesigned. It is both an error-free and time-saving approach when the program is pressed for time.

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RUZHOU CITY MATERNAL & CHILD HEALTH HOSPITAL PROGRAM

Location: Ruzhou, Henan Province, China

2015 Beijing Capital Engineering Architecture Design Co., Ltd.

Status: Competitive Bid

Building Area: 115,500.00 m2

Role in Team: Assistant Architect, Elevation Design

The complex is designed with a sum of 750 beds, including the outpatient and emergency building, inpatient building, medical technology building, maternal and child health care institution, and logistics complex. Basing the function distribution on the landform, the medical technology building stretches along the north-south direction in the certre of the plot with all the consulting rooms and wards distributed radially around. All the wards are south-orientated in order to take full advantage of the natural light. The service corridor set in medical technology building connects all the wards and departments, shortens the walking radius of patients and improves the efficiency of hospital operation.

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T
H A N K Y O U

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