LUCIA
PORTFOLIO 2019
FILIPPINI
Lucia Filippini 070 4406 1291 lucia.filippini@outlook.com 2-31-24, Koenjiminami, Suginami-ku, Tokyo, Japan Italian nationality [licensed Architect, Parma Architecture Association]
Hello! My name is Lucia Filippini and I am an Architecture graduate from Politecnico di Torino currently based in Tokyo. I am particolarly interested in contextual design and excited about every opportunity to integrate community involvement and sustainable construction. Aside from my interest in architecture, I am constantly learning new things and exploring my creativity through fine arts and music.
EDUCATION 2014_2016 TORINO
POLITECNICO DI TORINO Master of Science (M.S) in Architecture
2016 COPENHAGEN
DENMARKS TEKNISKE UNIVERSITET Master Thesis program ( 6 months )
2010_2014 PARMA
UNIVERSITY OF PARMA Bachelor of Science (BSc) in Architecture
2005_2010 PARMA
LICEO LINGUISTICO G.MARCONI Linguistic High school
2019.06_present TOKYO
WORK EXPERIENCE
AWARDS
KENGO KUMA AND ASSOCIATES Architect
First Prize_Solar Decathon China 2018 Project: Long Plan Team: Scut-Polito
2018.05_2019_05 TOKYO
MOSAIC DESIGN INC. Architect
2017.07_2017.10 TORINO
LORENA ALESSIO ARCHITETTI Architect
2017.04_2017.07 PARMA
ATELIER 35 Architect
2013.02_2013.06 PARMA
PIER CARLO BONTEMPI OFFICE Intern
2016.09_2018.09 DEZHOU 2017.08 TORINO
2016.01_2016_07 TORINO 2016_02 SUZHOU
2015.08 TAICHUNG
2015.09 TOKYO
Mention_Young Architects Art prison Competition 2018 Project: “Frame line promenade” First prize _Bee Breeders Mango Vinyl Competition 2017 Project:“The Music Thelescope” Team: Argout
WORKSHOP & ACTIVITIES
SKILLS & INTERESTS
SOLAR DECATHON CHINA 2018 Team Manager of PoliTo team
Teamwork, learn-on-the-go, strong adaptability Rhinoceros 3D, AutoCAD, SketchUp Vray, Photoshop, Illustrator, InDesign Microsoft Office, Excel Model-making, Hand-drafting, illustration Reading, Visual Arts, Music
TUTOR_TTT WORKSHOP TORINO Politecnico di Torino University of Tokyo Feng Chia University Meiji University TUTOR_BUILDING PHYSICS Politecnico di Torino WORKSHOP ON URBAN REGENERATION Politecnico di Torino Xi’han Jiaotong Liverpool Univeristy
LANGUAGE
TTT WORKSHOP TAICHUNG Politecnico di Torino Tokyo University Feng China
//Italian_Mother tongue //English_Proficient (IELTS) //Spanish_Intermediate (DELE) //French_Basic (Delf)
WORKSHOP IN OMOTESANDO Politecnico di Torino Meiji University
Selected projects
1 LONG PLAN
Competition Solar Decathlon China 2018 pag 1-7
3 WATER AND SHADOW
2 TEMPORARY GATHERING HUT
TTT Workshop 2015 pag 11-13
TTT Workshop 2017 pag 8-10
4 MANGO VINYL HUB
5 KITAGO MICHINOEKI
Professional experience Mosaic Deseign Inc. 2018 pag 17-20
Competition 2017 pag 14-16
8 LINGOTTO SKYSCRAPER
6 VELIKO TARNOVO
Design studio 2016 pag 28-31
Professional experience Mosaic Design Inc. 2018 pag 21-23
9 ART PRISON
Competition 2018 pag 32-34
7 HELSINKY SOUTH HARBOUR
Design Studio 2013 pag 24-27
LONG PLAN
SOLAR DECATHLON CHINA, COMPETITION, 2018
TEAM SCUT POLITO DEZHOU, CHINA
FIRST PRIZE OVERALL
FIRST PRIZE ENGINEERING
FIRST PRIZE INNOVATION
SDC 2018
SDC 2018
SDC 2018
W/A China Architecture awards 2018
1
TEAM SCUT-POLITO FOR SOLAR DECATHLON CHINA 2018 THE TEAM
CONCEPT
Solar Decathlon is an international solar building competition sponsored by the U.S. Department of Energy and attended by the top global Universities. Team SCUT x PoliTo participated to the last Chinese edition as a group composed of students and professors from Politecnico of Torino and South China University of Technology of Guangzhou. After two years of collaboration and workshops, the real scale project was finally built in the Solar city of Dezhou in August 2018 and won the first prize overall. The team was composed of students both from architecture and engineering faculties, in order to develop both design and systems.
New young families have great housing demand and pursue new living styles. However, many high-rise buildings can be found in most modern cities in order to satisfy the largest plot ratio, which has disrupted the human living environment and broken the harmonious neighborhood relationship. Long Plan project wants to be an alternative to modern urbanization by putting together low land consumption, high comfort, flexibility and energy savings. The traditional architecture model of narrow houses was modified with a modular approach that could offer high feasibility, fast construction and easy on-site assembling.
Team work = + 60 people
My role = //Team manager of the italian group //Architecture team //Communication coordinator
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Restaurant
Coworking Bnb
URBAN STRATEGY More than residential use, long plan is suitable for commercial use by opening the first floor . This chance not only provides convenience and a better life atmosphere for the community, but it also provides more work and lifestyle choiches to young emerging families. In fact, the name “long plan” wants to evocate not just the “long” shape of the house, but also the flexibility in time, as a “long plan for the future”. Design can change thanks to a flexible modular appoach, and size of the house and numbers of floors can be chosen. Moreover, since its size its customizable, Long Plan is suitable both to intervention in the exhisting city and in new neighborhood.
Atelier House
In the existing city
In a new neighborhood
1. IMPLEMENTED WALL
3. ROOMS
Since long plan is a narrow house, the project aims to maximize the space as much as possible. One way was to compact all the pipes, equipments and storage furniture in the same place in order to leave as much space as possible to the living area. Implemented wall is the “bidibentional” surface where the systems are stored. On this way rooms are completely customizable by any kind of user.
All rooms can be used in a flexible way depending on the user’s need: corridor can be used as meeting place by freelancers, patio can become a big dining room for 10 persons by opening the sliding doors, and ground floor can become an open space by opening the patio. The patio can also become an external garden during summer time in order to cool the internal space.
2. SERVICE BELT The service belt is close to the implemented wall and has direct access to pipes and equipments. For this reason it contains all the “service” spaces like: 3 bathrooms, 1 kitchen, 1 acquaponic, stairs, storage places and 2 patios which guarantee natural lighting to this areas. The service belt is totally autonomous from rooms in term of natural ventilation. 3
1
1/1
2
3
1
1/1
a
a
2
FL=877 mm
A
A
FL=4187 mm
FL=877 mm
B
B
C
C
FL=3887 mm
D
D
E
E
F
F
G
G
H
H
J
J
K
K
First floor
3
a’ a’
Second floor
N
scale 1:100
First floor is dedicated to socal spaces and shared functions, while private rooms are located in the second floor.
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Section a - a’ (Service belt)
RF 6839 mm
Toilet
Changing room
SF 3887 mm
Entrance
FF 877 mm
Customizable wall
Toilet
Aquaponic
Toilet
Mechanical room
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PASSIVE STRATEGY
skylight 1
skylight 2 VERTICAL GARDENS CO2 ABSORBER
THERMAL STORAGE
PATIO + SKYLIGHTS AQUAPONIC SYSTEM
patio
S
NATURAL VENTILATION
NATURAL LIGHT
THERMAL STORAGE
NATURAL LIGHT
In winter season, when the skylight is closed, patio acts like a greenhouse, increasing the amount of free heating. Moreover, high-performance enclosure insulation structure keep the heat inside.
Patio and the sunrooms provide an incredible amount of sunlight considering the kind of narrow structure. Natural light can be modulated thanks to adjustable shadings controlled through the manager control centre.
NATURAL VENTILATION
AQUAPONIC SYSTEM
In summer season the patio ensure a chimney effect creating a controlled natural ventilation flow. At the same time pv panels, which are separated from the roof, help to cool the rooftop surface.
Aquaponic provides a space for a vertical vegetable garden and a delightful landscape thank’s to it’s closed system. This is composed by an aquarium, a vegetable wall, a plumbing system and a regulating system.
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Capillary heating system
Air conditioning
implemented wall HVAC SYSTEM PV cooling system
House systems
Electrical car
PV PANELS + SOLAR PANELS
WATER TREATEMENT
IMPLEMENTED WALL
Rain water reuse
Grey water reuse
Hot water
DOMOTICS Electronics appliances + AC
Lighting
Shading system
SOLAR PANELS + PV PANELS
HVAC SYSTEM
34 double face photovoltaic panels and 4 solar panels are located on the rooftop. Panels are partially transparent in order to produce energy both from direct and reflected sunlight. To magnify this effect panels are supported at one meter above the roof.
Heating system: it’s a capillary radiant floor whoch has been layered in the factory and jointed on site. Cooling system: VRV system with a single outdoor unit. Ventilation system: has a filtering efficiency of more the 99% and the system it’s integrated with natural ventilation options.
WATER TREATEMENT
DOMOTICS
Part of the rain is sent by the water collector system to the neighbourhood wetland in order to magnify the water absorption. The rest of it (HVAC condensation, washing machine, showers, sinks water) is cleaned by the water treatment machines and used to water plants, flush toilets and to cool the PV system.
A machine learning algorithm (AI) calculates the most energy-efficient equipment operation mode and automatically regulates it through real-time data and user’s feedback.
Shadings Hvac Appliances Lighting Integrated sensors
Action
Control centre
ACTIVE STRATEGY
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TEMPORARY GATHERING HUT TTT WORKSHOP, 2017
POLITECNICO DI TORINO, ITALY
8
SOCIAL SPACE FOR EMERGENCY TTT workshop Torino 2017 focused on architecture of emergency, due to the recent tragedies occurred in Italy and caused by several earthquakes which destroyed many old villages in the centre of the peninsula. Even if temporary residences are the most important thing after these kind of events, public spaces are important too. In fact inhabitants need new social spaces to sobstitue the one lost after the disaster. Moreover, new landmarks and meeting points are necessary, since in many cases they have
Team work = 45 people
been destroyed. For this reasons, “Temporary gathering hut� workshop was the chance to study new public spaces in emergency areas. The pavilion was built using plywood cut by laser cut machines, which guarantee an easy and fast construction phase. The workshop, as all the TTT workshop are, is born from a collaboration between Tokyo University, Politecnico di Torino, Meiji University and Feng Chia University. 45 students participated , attending two weeks of conferences, architecture trips and construction phase. My role = //Tutor //Organizer
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Firstly students were divided in 6 groups. Each one could develop its project by using paperwood cut by laser cut machines. After a selection phase, it’s been chosen the winning project, called “OMETTO”: it’s based on the repetition of the same module called “flower” which is composed by 8 “petals”. Each petal is then composed by 3 cuts each side: 2 are made to create the flower, the last one is made to join the flower with another one.
During design phase, professional engineers reviewed the projects from the structural point of view.
10
WATER AND SHADOW TTT WORKSHOP, 2015
FENG CHIA UNIVERSITY, TAICHUNG
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A PAVILION IN THE NIGHT MARKET OF TAICHUNG People’s activity in the night market area of Taichung can easely describes its daily habits: during the daytime streets are empty and shops are closed because of the tropical climate, but as soon as temperature decreases the neighborhood changes face and its streets become crowded of people. The new pavilion wants to be a place of meeting and realx and to offer a covered public space to Taichung’s inhabitants. The focus of the workshop was on two main elements which had to be integrated together with bamboo: water and shadow. Team work = + 45 people
These two elements are extremely important in such a humid and hot weather as the one of Taichung. For this reason the pavilion design wants to create a pleasant shadow space under it, and to have a particoular water experience during rain. The position of bamboo pieces in fact, lets the water fall down in a natural way and partially obscure from sun, like being under a tree. The workshop it’s been a collaboration between Politecnico di Torino, University of Tokyo and Feng Chia University and it’s been reviewed by the professor Kengo Kuma.
My role = //Team leader //Construction
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Roof + bench Layers of alternated perpendicular bamboo elements compose the entire structure. Bamboo of 5 cm of diameter create the bench and roof.
Stage Made of horizontal bamboo elements.
Main structure Bamboo structure made of pieces of 10 cm of diameter each. Two pillars have been cut off in order to create an open space
Simple tools were used to build the pavilion: driller, screws and grinder used to clean the extremities of the bamboo pieces.
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MANGO VINYL HUB
BEE BREEDERS COMPETITION, 2017
CESIS, LATVIA
FIRST PRIZE
Bee Breeders
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PARASITE ARCHITECTURE MVH MANIFESTO
URBAN DEVELOPMENT
Creativity The project reinforces the productive identity of the city by collocating creative activities, in order to make the area a making hub opened to inhabitants.
First phase The first phase of the construction starts with the Mango Vinyl building. This phase symbolises the building’s firt encounter with the parassite.
Exploration The pipes do not only have the function to connect similar functions, but they work as telescopes for the observation of the city from new points of view.
Second phase The parassite grows and revitalises three more buildings: Music academy, a hostel for the visitors and ofďŹ ce spaces.
Connection The creative block is invaded by parasites, volumes with the main aim of linking the different buildings of the area both between each others and with the urban centre nearby. Team work = 3
Third phase Third phase represents the rejoice of parassite. The entire block is now revitalised, with new functions which include: FabLab, circus playground and new recreational areas.
My role = //Concpet //Art works
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Creative hub
Mango Viny Factory
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KITAGO MICHINOEKI COMPETITION, 2018
MOSAIC DESIGN INC. JAPAN
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MIX OF FUNCTIONS AND ACTIVITIES The project focuses on a new bus station area. The site is close to fields and to the main hall of the city. The design concept promotes many activities and functions in this area, such as organic markets, playgrounds and urban vegetable gardens. Different “objects” made of different recognizable colours are divided by gardens, parking areas and pedestrian promenades. Space can be used in many different ways since every area can be closed or opened depending on the situation. Moreover, new buildings are easy to assemble since they are Team work = 2
made of metallic grids and light materials. An important element of the project is green space which can be used by the community as a public vegetable garden. On this way this area, which is close to a big street, can be useful for both for turists and inhabitants, who can use this space for community ceremonies, events, festivals or just as a social space. Several achitectonic elements compose the masterplan, from the small bench, to the big market space and promenade, creating a complete “architecture language” made of different colours and sizes. My role = //Artworks //Design //Masterplan
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Street food area
Tennis court
Kids playground
Vegetable market
Masterplan concept Intead of having a big parking lot, the masterplan focuses on mixing parking areas together with vegetable gardens, buildings and playgrounds. On this way space it’s similar to a real city, with its squares, roads, green spaces and buildings which are based on a human scale.
CafĂŠ
Kids playground
CafĂŠ
Skatepark
Basketball court
Kids playground
Climbing wall
Kids playground
Kids playground
Hall
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Urban gardens Buildings are surrounded by public gardens and vegetable gardens which are opened to the community. On this way people can use products for social events and cooking classes.
Tomatoes!
Carrots!
Car station services
Playgrounds
Marketplace The big organic market is the core of the project and it’s connected to the main promenade hall. The big room is a open space covered by arches.
Urban farming
Parkings
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NEW URBAN CENTRE
COMPETITION, 2018
MOSAIC DESIGN INC., VELIKO TARNOVO, BULGARIA
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Envelope
Hall
CafĂŠ
Stairs + public space
Parking entrance
THE CREATIVE INGOT As the main entrance and landmark of New Urban Center, EXPO building was designed to connect 9m geometrical gap between existing city and new site. From plaza through the main lobby of this building, “STEPS” are open to public and offer many functions such as gathering, talking, eating, waiting and having concerts. The surface of the building is mainly open to public and connects exterior and interior space with a light transparent skins made of local bricks. On this way the surface introduces natural light and wind to inner Team work = 2
lobby. Doors are opened in order to connect EXPO and city, however they can be closed during particoular events. EXPO building consisted of 3 different elements: //STEPS made of wood, which are public space on the upper part and exhibition space on the lower part; //Main Hall for 1200 people, made of a reflective material which can reflect people’s activity; //Envelope, composed by arches and made of a transparent surface showing inside/outside.
My role = //Concept phase //Plans //Visuals
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+176m plan +166m
a’
+170m
+173,2m
a +176m
+173,2m plan
a’
+166m
+170m
N
scale 1:1000
a
Ballet/Opera
Up to 6 events
Art gallery
Theatre
Exhibition
Section a - a’
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Team work = + 60 people
My role = Project manager of the italian working group Architecture team
HELSINKI SOUTH HARBOUR DESIGN STUDIO, 2013
HELSINKI, NORWAY
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STRATEGIC PLAN WITH ABACUS OF DESIGNED SOLUTION LEGEND
N
Coast line N Strategic areas ㈀ 洀
01 PROMENADE
洀
Green areas
㔀 洀
02 CENTRAL CORE
+2m
+25m
03 PANORAMIC PLATFORM
02 PARK
THE LINK BETWEEN CITY AND SEA Helsinki is a Baltic seaport in southern Finland. The project deals with the old harbour which is located very close to the city center, and it concerns an extensive area now hosting a shipyard. The old harbour is no more in use and all the harbour works have in fact been transferred to the new port, north of the city center. The map of the area shows the compact area of the city centre bordering an almost deserted Team work = 3
coastal strip enclosing the harbour. At present, the entire area is not easily accessible to pedestrians and it is not equipped with street furniture, public utilities and services. The main purpose of this project is giving this area a new role and linking up the city centre with the south harbour, creating a closer connection between the built-up areas and the newly refurbished coastal strip. My role = //Team leader //Concept phase //Site analysts //Visuals
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Original context
Marketplace
Original context
Public park
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Original context
Residential area
Original context
Public park
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Team work = + 60 people
My role = Project manager of the italian working group Architecture team
LINGOTTO STATION LANDMARK DESIGN STUDIO, 2016
TORINO, ITALY
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A SKYSCRAPER IN THE NEW SANITARY AREA OF TORINO A new medical center is planned in the souther part of Torino which is now an empty space even if really close to important infrastructure : the Lingotto station and the Lingotto subay station. Rails divide these two points and also it splits the city in two. For this reason the project focuses on a new design of Lingotto neighborhood and station, using a landmark building as the symbols of this new connection. Team work = 4
Firstly, studio started with a urban survey and morphological analysis. Secondly a masterplan of the enitre neighborhood is been developed in order to create a new medical center following the recent intention of the municipality about the urban settlement. Last part of the design studio focused on the new skyscraper design, which contains a sanitary centre, university, commercial space, hotel, conference hall and train station. My role = //Team leader //Concpet phase //Visuals
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Hotel plan + 144m
N
TEL FLOOR + 144,00 m
scale 1: 500
Commercial ground floor scale 1:800
Commercial floor + 20m
+ 144,00 m EL + FLOOR 144,00 m
University floor + 144m
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Structural analysis
Secondary beams
Primary beams
+
=
㔀
5
TECHNOLOGY DETAIL: SOUTH FACADE VERTICAL SECTION 1. Stringcourse made by glass modules joint to beams by C profiles, vapour barrier, thermal insulation panel 100mm 2. Double skin continuous facade made by glass modules with steel window frames, joint to structure by c steel profiles, air space, 100 mm, automatic shading system “veneziana” type, connected to heat sensors, internal glass facade with steel frames and triple glazing. 3. Triangular steel element which covers the bracing, thermal insulation panel 80 mm, vapour barrier 4. Bracing 390x300 5. PRaised floor made of modular panels, steel frame on adjastable legs, ceiling and corrugated sheet and concrete 150 mm, structure of “double T” steel beams , false ceiling with lighting and ventilation system.
㈀
㌀
㐀
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ART PRISON
YAC COMPETITION, 2018
FAVIGNANA, ITALY MENTION ART PRISON YAC
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FRAME LINE PROMENADE The promenade, the horizon, the frame: these are the fundamental elements from which the project is been developed. The ancient promenade, which is actually without a defined end, needs to continue its flow and to properly conclude its way. The new path follows the original lines of the ancient one, covering the building until the main entrance. The design of the new promenade resemble to the old one, but at the same time the use of a different material (white metal sheet) clearly shows the chronological difference between the two architectonical
elements. The new route “limits” the fabulous view to the sea ( alluding to the garden of “Ville Le Lac” by Le Corbusier) in order to frame the vastness of the horizon and to show nature as the main form of art. The upper part of the path can be used as an arena or as an exhibition space. The new building can host common spaces and ateliers where artists can live and show their products to the public. The central courtyard is the heart of this system, used as semi public space.
Individual
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Private apartments
Courtyard / Core
Arena /public space
Exhibition space
Promenade
The promenade
The horizon
The frame
The long path made by a sequence of hairpin turns, is the origin of the project. The new proposal wants to add value to the exhisting design, but keeping the same geometrical language used by landscape. On this way the new path, as a paper, bends around the building creating a visual continuity.
The horizontal line of the sea is the main visual line which surrounds the building. For this reason new design wants to stress it, connecting itself to the line of horizon.
Finally, every element of the landscape it’s framed by the new structure: the sea is framed by the big white window close to the theatre, the courtyard is framed by the railing on the upper level and the building is framed by the path itself.
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070 4406 1291 lucia.ďŹ lippini@outlook.com
Pictures from page 8 to 11: credits to Ko Nakamura Pictures from page 12 to 13: credits to Francesco Piscazzi