Portfolio_Marianna Fujii_2021 by Marianna Fujii

PORTFOLIO MARIANNA FUJII 2021

MARIANNA FUJII

São Paulo, SP, 04140-020 Brazil +55 (11) 94917-6303 mariannafujii1@gmail.com linkedin.com/in/mariannafujii-63874571/ behance.net/mariannafujii

ABOUT Brazilian architect, majored at the University of São Paulo, with the dual formation in Civil Engineering, and sandwich graduation at Technische Universiteit Eindhoven (TU/e), in the Netherlands. I have worked in different areas, such as architecture, urbanism, and landscaping, and worked on distinct scales of projects, most of in the design development and construction documents. I believe that the main component of a building is people, and being able to bring well-being through creativity is what motivates me.

EDUCATION 2011-2019

University of São Paulo (FAU USP) Bachelor in Architecture and Urban Planning.

2015-2019

University of São Paulo (Poli USP) Civil Engineering - Dual Formation.

Ago 2015 – Jul 2016

Technische Universiteit Eindhoven (TUe), NL Architecture, Building and Planning - Exchange Program.

WORK EXPERIENCE Nov 2019 present

TECO PAISAGISMO Junior Landscape Architect Participated in all phases of landscaping design for residences, squares, universities, and companies offices, such as Google. Calculated the execution budget for the projects. Created watercolor paintings for Instagram publications.

Jun 2019 Nov 2019

EM CANTO MEU Customer Sucess Mediated the contact between clients and architects. Managed several interior design projects, delegating them to the architects. Improved the design project process to monitor the customer journey and obtain data about customer satisfaction.

Jan 2019 Jun 2019

Intern Mediated the contact between clients and architects; monitored the customer journey; managed interior design projects, delegating them to the architects.

May 2018 Dec 2018

TRANSVERSAL ARQUITETURA Architecture Intern Assisted in the favelas’ urbanization design development, and urban design competitions.

Mar 2014 Jul 2015

TETRA ARQUITETURA Architecture Intern Assisted in all phases of architectural design, visual communication of monorail stations, subway stations, and bus terminals of São Paulo.

PRIZES Honorable mention Ideas Forward 24h Competition - 10 º Edition | Apr 2016 2nd Place 8º Ousadia Ibracon Contest | Jul 2015, BR

SKILLS Autocad 2D, Adobe Illustrator, Adobe Indesign, Adobe Photoshop, Office, Sketchup, Vray, Watercolor. Revit | Course Spbim - Out 2021

LANGUAGES Portuguese

Native

English

Advanced

Spanish

Basic

French

Basic | Private lessons - Current

Japanese

Basic | Private lessons - Current

ADDITIONAL EXPERIENCE May 2021

Landscaping design | Private client Designed the landscaping project, and assisted the planting for the residence’s garage and pool areas.

May 2021

Kaira Looro | Women’s House Architecture Competition

Nov 2020 Jun 2021

SHIROMA E MONTEMOR | 3D Freelancer Developed 3d models, and rendered images for interior design.

Nov 2019 Current

LABUT | Co-creator Founded a handmade business that sells and produces candles, reed diffusers, and incense sticks. Developed the branding; created the design of the products. Negotiated with suppliers and clients. Made products on a small scale.

2018 - present Bem da Madrugada Volunteer Work | Volunteer A social project which has the proposal of giving food, drinks, hygiene products, clothes, love, empathy, and respect for homeless people.

CONTENTS

1. MONTESSORI KINDERGARTEN

2. ATLAS BUILDING

3. BOTICÁRIO LAB

4. RESIDENCE EP141

5. MAISON DE MAME

MONTESSORI KINDERGARTEN Marianna Fujii Mentor: Anália M.M. De Carvalho Amorim Building Design Academic Project | FAU USP São Paulo - BR , 2019

Kindergartens have a crucial role in the children’s formation as it is where they spend a long time of their development period. The Montessori method, created by Maria Montessori, is based on independence, physical freedom, initiative development, and sensory education.

It is a proposal that values individual work without neglecting the collectivity, which requires a specific environment for the students.

The site locates in a region with easy access by public transport. The idea is the school serves children from 3 to 6 years old in the local community. Due to the unevenness of 6 meters, the ground is leveled, avoiding accidents with children. The building was set back from the plot edge to allow lighting and free circulation around it. Collective spaces are near Tabatinguera St. (the busiest street), while the individual/small group spaces are near Nioac St. The main entrance to the building is by Carmelitas St. The secondary accesses are used for unloading, and entry of employees.

ST. AC NIO 1844 m²

SÃO PAULO CITY

CAR

LIS TAS

E GU

IN AT

ST.

B TA

ST.

1.Site location.

2.Ground leveling.

3. Set back to allow free circulation around it.

4. Extend openings to allow sunlight .

ST. AC O I N

CAR

T. AS

LIS TAS

R UE

TIN BA TA

ST.

5. Space distribution. SILENT INDIVIDUAL

IN A CCE SS

6. Access.

NOISY COLLECTIVE

Restroom

Classrooms

Administration + Teachers’ room

Restroom

Restroom Kitchen + Lunchoroom Classrooms

Staff room + Laundry

The school design considers the child's freedom of movement, contact with nature, and independence. Thus, the pillars are inwards, allowing free circulation, and protecting the wood structure from rain. Green areas and gardens make the environment more welcoming and help in learning about food.

The window sills height has been lowered so children can see outside and use them as reading corners.

Chalkboards and house-shaped panels have been placed so that children can play with them.

Children can choose how to get from one floor to another: by stairs or slide.

The kitchen is 0.32 m below cafeteria level so that children can serve themselves, as the bench is at a suitable height for students and employees.

LONGITUDINAL SECTION 0

The classrooms are "L" shaped, 7.5 x 10 m, with a maximum of 20 students. The layout design explores the different levels of interaction: from individual to collective. A Montessori classroom does not require complex furniture since children spend most of the time on the floor. The space has a central yellow line, where the teacher carries out concentration activities with the children.

Ventilation diagram The pillars and beams are in Glued Laminated Timber, the lift and foundation are cast-in-place concrete, and the slabs are hollow core. The lift shaft acts as a rigid block, serving as a support for the beams.

Structure model study

Since the building is in wood, good ventilation and protection of the structure are necessary. In that way, muxarabis, windows with ventilated sills, and eaves were designed, and pillars were set back towards the interior. Wooden pieces protect the ends of the beams, and metal pieces keep the columns away from the ground on the ground floor.

Metal roofing with thermoacoustic insulation

OSB panel

Cement panel Precast hollow-core slab

Glued laminated timber beams

Glued laminated timber pillars

Concrete slab

ATLAS BUILDING Jéssica Nilo Alves , Jenneke Heere, Marianna Fujii, Sálvio Costa, J. M. Koenders, Stefan Mentors: Ruurd Roorda, Faas Moonen, Ruurd van Herpen, Wim Zeiler Building Design Academic Project | TUe Eindhoven - NL, 2016 Re-designed 2021

The project consists of the renovation of the Main Building, situated at TUe University, in the Netherlands, with the aim of a Nearly Zero-Energy Building (NZEB). The concept of the project was focused on the zoning of the building, in a way to help in the

saving of energy and, in the routing of people inside the building.

The program of requirements presents shared spaces, classrooms, auditoriums, and two departments, Industrial Engineering and Industrial Design.The building was split into 3 programmatic towers: one for each department, and one for Shared Spaces. Each vertical circulation is for a different department, which guides the user to the intended tower at the entrance level. As the Industrial Engineering department requires mostly office spaces, its tower was placed in the southern part of the building, with more direct sunlight.

TECHNICAL AREA

ENGINEERING

COMMON AREA

EXEC. BOARD

INDUSTRIAL

SHARED

comparments by area

INDUSTRIAL DESIGN

SHARED SPACE

INDUSTRIAL ENGINEERING

INDUSTRIAL DESIGN

SHARED SPACE

INDUSTRIAL ENGINEERING

Offices Atelier Study association Administration offices Technical area Lecture rooms

TECHNICAL AREA

EXISTING VERTICAL CIRCULATION

DESIGN

INDUSTRIAL

TECHNICAL AREA

EXISTING VERTICAL CIRCULATION

While the Industrial Design department requires almost entirely broadened and opened atelier spaces, its tower was placed in the northern, with more indirect sunlight and opened spaces.

Offices Industrial design cafe Living area Exposition industrial design Inovations sciences study association

Executive board Administration offices Offices Study association inovation sciences laboratoria

1. The main body of the building and all its existing structure was kept.

2. Atria were opened in the middle of the building.

3. Solar panels were introduced on the west façade and landscaped balconies on the east façade.

4. A metal structure covers the building transversally and sustains the extra weight of balconies and solar panels.

GROUND FLOOR

1º FLOOR

0 1 5 10

GROUND FLOOR

The design as it is has a central open plan going through the south-north axis of the building on the 0 level, and 2 other accesses on the -1 level which are on the east-west axis and lead to an open space as well. Enclosed boxes with greenery, in the 0 level, create an open garden space and an ambiguity of inside/outside space

ATRIA

Atria were created in the building in the higher compartmentalization areas (shared space and the Industrial Engineering tower) to provide more sunlight. Those atria were designed with a stepped profile, following the direct sunlight angle and creating living spaces inside the atria.

FLOOR TYPE

MEZANINE TYPE 0 1 5 10

0 1 5 10

SECTON AA

Timber beam 250 X 50 mm IPE 270

Additional concrete layer 70 mm

Original concrete slab L Profile equal flanges 180

Folded aluminum plate BENQ Sunforte Solarpanel Kingspan Kooltherm K5 ClimaPlus Sun Double glazing

Steel deck 95 mm

Custom made window frame IPE 180 Custom made window frame

IPE 240

UPN 320

0 .20 .50

FAÇADE

The west façade was designed to harvest solar energy while shading the inside of the building from the midday sun. Vertical porticos were proposed to interrupt the solar panel’s horizontal lines in the rhythm of the column grid, reducing the visual elongation. The east façade has a double glass layer to integrate the greenery and the rest of the building. The chosen solution was to have green balconies accessible from the inside but enclosed to the outside.

BOTICARIO LAB Ricardo Tadashi (author), Marianna Fujii (collaborator) , Ricardo Sylos (photographs) Laandscaping Design Professional project | Teco Paisagismo São Paulo - BR, 2020

The project consists of the landscaping design carried out by Teco Paisagismo for the Boticário Lab in Pinheiros, São Paulo. Boticário Lab is a scent lab where the customer can discover through artificial intelligence which fragrance best suits your personality according

to age, moment, feeling, and preferences, creating a unique and personalized perfume. The project concept focuses on a tropical vegetation approach and low maintenance.

OUTSIDE FLOWERBED PLANTS

Clusia fluminensis

Jasminum azoricum

Galphimia brasiliensis

Liriope muscari

Philodendron bipinnatifidum

Strelizia augusta

Jasminum azoricum

Inside flowerbed plants

PANTRY

TEA SPACE

impr fiscal

W.C.

CORRIDOR

CARE SPACE

Outside flowerbed plants MAKE UP + PERFUMERY

GROUND FLOOR 0

INSIDE FLOWERBED PLANTS

Monstera deliciosa 28

Philodendron laciniatum

Pine bark

.25

2.5

HANGING PLANTS

Hedera helix

Epipremnum pinnatum

Monstera deliciosa

Philodendron scandens

Rhipsalis

Syngonium angustatum

Scindapsus pictus Argyraeus

Hanging plants HAIR WASH BASIN

W.C.

Hanging plants

WAREHOUSE

B eam projection

Beam projection Hanging plants

Hanging plants MULTIPURPOSE SPACE

Hanging plants PERFUMER HAIR SALON

FLOOR -1 0

1.25

POTTED PLANTS

Chamaedorea elegans

Dracaena fragans

Dracaena sanderiana

Ficus lyrata

Monstera deliciosa

Pleomele reflexa

Philodendron martianum

Strelitzia reginae

Strelizia augusta

Pine bark

Cement pot

Philodendron laciniatum

Steel cable system fixation to the existing structure

Wire rope

Microtube system Drip valve Plant Plastic pot Cachepot

DETAIL - HANGING PLANT 30

.05

.25

In the hair salon, perfumer area, cafeteria, and stairs, plants in plastic pots hung by wire ropes. A microtube irrigation system, automatically controlled, waters them periodically.

RESIDENCE EP141 Ricardo Tadashi (author), Marianna Fujii (collaborator) Landscaping Design Professional project | Teco Paisagismo São Paulo - BR, 2020

Landscaping project carried out by Teco Paisagismo for the external area of a house. The idea was to create different spaces, which both adults and children could enjoy them. The central lawn and the concrete bench integrate the areas horizontally and vertically, as there is

an unevenness of 1 meter between the lowest and highest point. The design also considers the timelessness of the garden since the family intends to live in this residence for a few years. The treehouse, for example, is also a lookout for adults. The vegetation is mainly tropical,

creating a cozy outdoor area.

Dracena arborea

Philodendron undulatum

Liriope muscari

Alcantarea imperialis

Philodendron angolano

Zamia furfuracea

Cyclanthus bipartitus

Dietes bicolor

Clusia fluminensis

Aechmea blanchetiana

VEGETABLE PATCH

B A

Heliconia stricta

SHOWER

Jasminum polyanthum

PLAN GARDEN HOUSE 34

OOD BENCH

Plumeria rubra

Phormium tenax

Tradescantia zebrina

Neomarica caerulea

Philodendron bipinnatifidum

Neomarica candida

Rhoeo discolor

Alocasia macrorrhiza

RAMP

DECK

LAWN

E EB

R NC

DECK

BONFIRE

Pilea nummularifolia

Agave attenuata

Alocasia cucullata

TREEHOUSE PA -1,935

1,25

2,5

Calathea zebrina

5 35

DET. 01

SECTION AA

DET. 03

SECTION BB 36

DET. 02

0,5

1,25

2,5 37

.60

SAPATA DE CONCRETO

Wooden joist 5x5cm Cast-in-place concrete containment Cumaru deck Wooden beam 5x16 cm Cast-in-place concrete slab

Wooden pilar 8x11 cm

DETAIL 01 - DECK

Wooden joist 5x5cm Wooden beam 5x16 cm Wooden pilar 8x11 cm Cumaru deck Wooden beam 5x11 cm Wooden 3x35 cm Cast-in-place concrete containment

DETAIL 02 - DECK

Wooden joist 5x5 cm

Cast-in-place concrete

Deck cumarú .60

Cast-in-place concrete beam Mortar Gravel

.26

0 .125 .25

DETAIL 03 - DECK

39 .60

ISOMETRIC - TREE HOUSE

D .50 .50

1.44 1.44

1.40 1.40 1.40 1.40

.74 .74

.02 .02 .02 .02

.14 .14

.70 .70 .72 .72 .87 .87

.68 .68

.40 .40.07 .07

.14 .14

White granite worktop

.02 .02 .15 .15

.74 .74

1.00 1.00 1.00 1.00 2.83 2.83

2.19 2.19

.10 .10

.49 .49

5.74 5.74 5.60 5.60

3.18 3.18

Cooker hood Roof projection D 0 .25 .5

PLAN - OUTDOOR KITCHEN

Steel structure roof Cooker hood .40 .40

Granite

1.06 1.06 1.34 1.34

1.25 1.25 1.39 1.39

.14 .14

DET. 05

SECTION CC

.14 .14

0 .25 .5

.02 .02 .82 .82 .80 .80 .02 .02

1.77 1.77

.95 .95 .83 .83

.82 .82

.10 .10

.14 .14 5.57 5.57

White granite worktop Fire brick Cast-in-place concrete Masonry

.10 .10

.10 .10 2.84 2.84 2.98 2.98

.14 .14

.81 .81

.48 .48

.57 .57

DET. 04

.85 .85

.10 .10 .23 .23

.20 .20

.14 .14

.95 .95

.20 .20

.04 .04

.80 .80

Cement tile

Cement tile White granite worktop Masonry

.01

Cement tile

.20 .20

2.84 2.84 2.98 2.98

.95 .83

.14 .14

Fridge

.14 .14 5.71 5.71

1.06 .14 1.06 DETAIL 05 .14 1.34 1.34

.04 .04 .81 .81

.02

1.77 1.77

.95 .95

.01

.04

.13 .13.16 .16 .02 .02

White granite worktop

Masonry 1.25 1.25 1.39 1.39

.14 .14

.10 .10

1.77

.02

.57 .57

.10

.76 .76 .53 .53

.82 .80

Cement tile

White granite worktop .85 .85

.02

.20 .20

.40

.80 .80

Granite .70

.82 .82

.30 .30

DETAIL 04

.10 .10

.04

1.77 1.77 1.75 1.75 .95 .80 .95 .80 .71 1.07 .71 1.07 .48 .80 .48 .10 .10 .03 .03.21 .21 .04 .04 .80

.04

Steel structure roof

SECTION DD

.75

Cement tile

Concrete .04

.10

Masonry DET. 06

Verona white granite

.02

0 .25 .5

DETAIL 06 41

MAISON DE MAME Deborah Ferreira, Maria Fernanda Brandi, Marianna Fujii, Ricardo Syllos Building Design Architecture Competition | Kaira Looro Baghere - SN, 2021

Project developed for the Kaira Looro competition, to promote gender equality. Maison de Mame is more than just a building. It is a place for meetings and discussions of different Mames, which welcomes all people with respect and warmth.

The name is a tribute to three iconic women in the history of Senegal; Mame Diarra Bousso´s spirituality, Mame Madior Boye´s leadership, and Mame Younosse Dieng´s diffusion of Senegalese culture and language.

Beginning with three identical circles - a strong form that promotes equality, affection, and union - the complex creates different spaces, some more public and open and others more private and closed. These spaces can be used for various activities, such as workshops, talks, classes, cinema, exposition, street fairs, and cultural events. A group that sits in circles and shares space and each one´s different experiences empowers the individual and, therefore, the community.

1. Three identical circles.

2. Offset in 5 meters.

3. The intersection between the circles creates the spaces.

The design´s elements are a reference to a traditional rural housing, its form, and materiality, but we deconstruct it to be more horizontal and create the spaces in between. The laterite earth brick uses local soil, more than a consolidated constructive technique, but a self-constructed system respecting its time and execution. The roof and floor follow the same projection, giving a sense of equality, by using the same pattern inside and outside. Manual and group activities fortify the sense of community and belongings of the constructed building, hence the design and its elements (including furniture, fabric ceilings, and others) should be a workshop of the charitable organization with the community.

Tradional houses in Senegal villages.

Impluvium inside the traditional house of Enampore

Roofing in straw

Wooden structure

Colective room

Amphitheater

Toilets

Cistern

Dialogue room

Administration Warehouse

SECTION AA

SECTION BB

2,5

Wood pilar Steel connection Finishing wood

Barbered wire Earth bags Steel connection Drainage Concrete

AMPHITHEATER FOUNDATION SCHEMATIC SECTION

Earth mansory wall Stone base Broken tile floor Concrete foundation

WALL AND FLOR CONNECTION

Wood pilar

Broken tile floor Concrete baseboard

Steel connection Concrete slab

Grating Rainwater

RAINWATER DRAINAGE DETAIL

PILAR DETAIL

Marianna Santos Fujii mariannafujii1@gmail.com https://www.linkedin.com/in/marianna-fujii-63874571/ https://www.behance.net/mariannafujii