Portfolio Architecture Student

PORTFOLIO
ARCHITECTURE
STUDENT
CBCA COMPETITION
PROJECT
DALILA KISHI AWAD

CBCA COMPETITION
PROJECT
SUMMARY
01 INTRODUCTION
03 INTERNSHIP PROJECTS
1.1
Presentation of the portfolio and
3.1
Photo Kiosk
an overview of the projects
developed during my years as a
student
3.2
3.3
Self-service totems
Interior Design Detailing - Dubai
02 COLLEGE PROJECTS
04 CBCA COMPETITION PROJECT
2.1 Park School
2.2 Parametric Furniture
2.3 Border Activity Center
2.4 Administrative Center
2.5 Tiny House
2.6 Urban Avenue Revitalization
4.1
Architectural project developed
for a national competition with
an emphasis in steel
construction

INTRODUCTION
DALILA KISHI AWAD
FOZ DO IGUAÇU, PR - BRAZIL
DALILA.AWAD@HOTMAIL.COM
+55 45 99135-5566
EDUCATION
HIGH SCHOOL - COLÉGIO OSVALDO CRUZ - COC JK (2016 - 2018)
UNIVERSITY - CENTRO DINÂMICA DAS CATARATAS - UDC (2021 - 2025)
WORK EXPERIENCE
ARCHITECTURE INTERSHIPS
CATARATAS S/A (03/2022 - 12/2022)
URBIA CATARATAS S/A (02/2023 - 03/2024)
STUDIO45 (12/2023 - CURRENT)
PERSONAL SKILLS
GOOD COMMUNICATION, FLEXIBILITY, ORGANIZATION,
KNOWLEDGE OF THE OFFICE PACKAGE AND
ARCHITECTURE SOFTWARES.
SOFTWARES
AUTOCAD
SKETCHUP
ARCHICAD
TWINMOTION
BASIC KNOWLEDGE OF RHINOCEROS, GRASSHOPPER
LANGUAGES
PORTUGUESE
ENGLISH
SPANISH

FROM THE EDITOR
I am Dalila Kishi Awad, a final-year Architecture and Urbanism
student. Throughout my academic and professional
experiences, I have explored various aspects of architecture,
from residential and commercial projects to urban design and
conceptual studies, each contributing significantly to my
growth.
Since early 2023, I have been utilizing the software Archicad
as my primary tool for project development, exploring into the
world of BIM. This methodology has transformed my approach
to architecture, enabling me to integrate and coordinate
projects with precision and efficiency.
Thanks to some interships opportunities in my career, such as
Iguaçu National Park, i could participate and develop some
small but very significant projects for my professional
experience, mostly projects for external areas. Additionally, my
time at Studio45 provided me with an in-depth understanding
of interior design. I learned to navigate every detail of a project
and its importance. These experiences reinforced my ability to
manage different project phases, from conception to execution.
I believe architecture is a dynamic and interdisciplinary field
where creativity and technology work hand in hand to
transform ideas into impactful realities. As I continue to grow, I
am eager to embrace new challenges, expand my technical
and creative expertise, and make meaningful contributions to
every project I undertake.
04

COLEGGE PROJECTS
SCHOOL PARK
INTRODUCTION/ CONCEPT AND DESIGN
APPROACH
The project was developed with the goal of respecting the
natural topography of the site and the existing vegetation,
minimizing the number of trees that needed to be removed. In
this context, the architectural style chosen as the foundation
for the design decisions was organicism, also known as
organic architecture.
Following the principles of organicism, the buildings were
designed to represent movement and fluidity, with dynamism
reflected both in the shapes of the structures and in their
colors, which is particularly fitting for a school environment
where a playful atmosphere is essential.
This style allowed for the creation of a more adaptable
environment, combining an interesting design with the forms
necessary for the physical and psychological well-being of
people in their daily lives.
The arrangement of the blocks follows a hierarchy, starting
with the main block, with each additional block arranged in
an order that aligns with the continuous use of the spaces.
These blocks are connected by pathways with sinuous lines,
designed to respect the dense forest on the site, enabling the
integration of nature with the transitional spaces, thereby
creating pleasant and functional environments.
CENTRO
UNIVERSITÁRIO
A R C H I T E C T U R E A N D U R B A N I S M
C O U R S E : V I S U A L C O M M U N I C A T I O N
I N S T R U C T O R : M A R C E L O L A N G N E R
S C H O O

LOCATION
The project is located in Brazil, specifically in the southern
region of the country, in the state of Paraná, in the city of Foz do
Iguaçu. The city's climate is humid subtropical (humid temperate
climate with hot summers) and has one of the largest annual
thermal amplitudes in the state, approximately 11 degrees
Celsius. This fundamental factor was considered when deciding
to preserve as much of the existing vegetation on the site as
possible, prioritizing thermal comfort in the area.
L P A R K 1 07
/4

AUDITORIUM FLOOR PLAN
LIBRARY FLOOR PLAN
LIBRARY PERSPECTIVE
CENTRO
UNIVERSITÁRIO
A R C H I T E C T U R E A N D U R B A N I S M
C O U R S E : V I S U A L C O M M U N I C A T I O N
I N S T R U C T O R : M A R C E L O L A N G N E R
S C H O O

FLOWS
Since this is a school environment, safety was the decisive pillar for project decisions. Thus, the access flows are located on the same
street; however, they operate independently. The service access is on the right, allowing entry for staff and occasional service
providers, leading users directly to the service sector attached to the main block. Meanwhile, the social entrance for vehicles,
designed for parents and the community during certain events, is located at the left gate. Pedestrian access is situated in the center
and is provided through a covered walkway that also leads directly to the entrance hall of the main block.
L P A R K 2 /4

EDUCATIONAL BLOCK SECTION
The educational block was designed to align with the pillars of organicism.
As it is an early childhood education environment, the volume reflects the playfulness of primary
education in a fun and attractive way. The block is divided into two sides, separated by the hall. On
one side are all the classrooms, while the other houses the service areas and staff facilities.
PLAY AND RECREATION AREAS BEHIND THE SCHOOL
PARK SCHOOL AERIAL VIEW FROM THE FRONT
CENTRO
UNIVERSITÁRIO
A R C H I T E C T U R E A N D U R B A N I S M
C O U R S E : V I S U A L C O M M U N I C A T I O N
I N S T R U C T O R : M A R C E L O L A N G N E R
S C H O O

MULTI-SPORTS COURTS
L P A R K 3 /4

I N N O V A T I V E S U S T A I N A
Low VOC Paints (Volatile Organic Compounds): Using paints that are free of or have low levels of volatile organic
compounds (VOCs) is a crucial choice to ensure better indoor air quality. VOCs found in conventional paints can
contribute to indoor air pollution, affecting the health of the occupants. Choosing low-VOC paints not only improves
air quality but also contributes to healthier and more sustainable indoor environments.
Low Environmental Impact Cement: Choosing cements with a smaller carbon footprint, such as slag cement or fly
ash cement, utilizes industrial by-products, minimizing the extraction of natural resources and contributing to more
sustainable construction practices. This choice aligns with the principles of green building and seeks to reduce the
environmental impact associated with the production of building materials.
LED Lights: Replacing conventional light bulbs with LEDs is an effective strategy to reduce energy consumption and
promote energy efficiency. LED bulbs consume less electricity, have a significantly longer lifespan, and provide highquality
lighting. In addition to energy savings, this transition helps reduce greenhouse gas emissions, representing a
crucial step toward a more sustainable school environment.
Bicycle Rack and Promotion of Cycling: Developing bike parking infrastructure to promote cycling as a sustainable
means of transportation. This not only reduces the carbon emissions associated with transportation but also
encourages healthier lifestyles.
CENTRO
UNIVERSITÁRIO
A R C H I T E C T U R E A N D U R B A N I S M
C O U R S E : V I S U A L C O M M U N I C A T I O N
I N S T R U C T O R : M A R C E L O L A N G N E R
S C H O O

B L E S O L U T I O N S
Recycled Rubber Flooring: Using recycled rubber flooring in recreational areas not only provides a safe environment
for physical activities but also promotes material reuse. Recycled rubber floors are durable, resistant, and contribute
to reducing tire waste, transforming these materials into a sustainable and environmentally friendly solution for
recreational spaces.
Efficient Ventilation System: The implementation of natural ventilation systems not only reduces energy
consumption associated with air conditioning but also improves indoor air quality. Promoting natural airflow
contributes to the circulation of fresh air, creating healthier and more pleasant environments for occupants. This
eco-efficient approach aligns with the search for solutions that minimize the environmental impact associated with
the school’s daily operations.
Outdoor Learning Spaces: Designing outdoor areas dedicated to learning is a strategy that not only promotes a
connection with nature but also contributes to reducing the need for artificial lighting, providing a dynamic and
inspiring environment for learning. This fosters a more holistic and integrated approach to education. Furthermore,
the connection with nature can have significant benefits for students’ well-being, stimulating creativity and
concentration.
Integrated Solar Energy: Considering the installation of solar panels integrated into the architectural design of the
school can maximize the generation of renewable energy. This approach not only reduces reliance on conventional
energy sources but also contributes to the school’s energy self-sufficiency. Solar panels can be integrated into
rooftops, facades, or structures, adding aesthetic value to the environment.
L P A R K 4 /4

N
ANALYSIS
B I O C L I M A T I C
P A R K S C H O O L
B i o c l i m a t i c
Z o n e 3
F o z d o I g u a ç u - P R
C L I M A T E A N A L Y S I S
P r e v a i l i n g w i n d s
R e l a t i v e h u m i d i t y g r a p h
T e m p e r a t u r e c h a r t a n d c o m f o r t z o n e
V e g e t a t i o n i s o n e o f t h e m o s t p r e d o m i n a n t e l e m e n t s i n t h e
s t u d y a r e a . I t h a s t h e a b i l i t y t o c r e a t e a m i c r o c l i m a t e
t h r o u g h t h e p r o c e s s o f e v a p o t r a n s p i r a t i o n , m a k i n g t h e
e n v i r o n m e n t m o r e h u m i d , w h i c h a g g r a v a t e s t h i s i s s u e , a s i t
a l r e a d y e x i s t s i n t h e a r e a , b u t r e d u c e s d i s c o m f o r t d u e t o
h e a t i n t h e s u m m e r . T h e p r e s e n c e o f v e g e t a t i o n
c a n r e d u c e w i n d s p e e d b y u p t o 8 5 % c o m p a r e d t o a r e a s w i t h o u t t r e e s .
W i n d s c o m i n g f r o m t h e E A S T
A v e r a g e m a x a n d m i n r e l a t i v e h u m i d i t y
( % ) A v e r a g e m o n t h l y r e l a t i v e h u m i d i t y ( % )
T e m p . m o n t h l y a v e r a g e ( º C ) T e m p .
m o n t h l y a v e r a g e m a x a n d m i n ( º C )
C o m f o r t Z o n e ( º C )
N O R T H S O U T H W E S T
E A S T
S u m m e r S o l s t i c e D e c e m b e r 2 2
W i n t e r S o l s t i c e J u n e 2 1
F a c a d e s
S O L A R C H A R T
I t i s t h e p r o j e c t i o n o f t h e s o l a r t r a j e c t o r y t h r o u g h o u t t h e y e a r .
N o r t h S o l a r i n c i d e n c e f r o m 1 1 a m t o 1 p m
S o u t h S o l a r i n c i d e n c e f r o m 5 : 4 0 a m t o 6 : 4 0 p m
W e s t S o l a r i n c i d e n c e f r o m 1 2 t o 1 8 : 4 0 h
E a s t S o l a r i n c i d e n c e f r o m 5 : 4 0 t o 1 2 h
S o l a r i n c i d e n c e
H U M A N V A R I A B L E S
M E T - M e t a b o l i s m
C L O - C l o t h i n g
T h e a r e a c o n t a i n s m a i n l y l o w - m e t a b o l i s m a c t i v i t i e s ( s t u d y ) ,
w i t h t h e e x c e p t i o n o f t h e c o u r t s ( s p o r t s ) , w h i c h h a v e a h i g h e r
m e t a b o l i s m . T h e r e f o r e , a l l t h e s e e n v i r o n m e n t s w i l l r e q u i r e
t h e s a m e c o m f o r t s t r a t e g y , m o r e f o c u s e d o n h e a t i n g , w h i l e t h e
c o u r t s a r e f o c u s e d o n g r e a t e r v e n t i l a t i o n .
M E T - S p o r t :
1 3 , 8
Sector
Pedagogical and
Administrative
OF
1,2
Service 2,0
Social 1,9
Sports courts 13,8
C L O - T - s h i r t :
0 . 9
C L O - J a c k e t :
0 . 3 5 M E T - S e d e n t a r y A c t i v i t y
( s c h o o l , o f f i c e , e t c . ) :
1 , 2
S T R A T E G I E S
S o l a r r a d i a t i o n
E N V I R O N M E N T A L V A R I A B L E S
9 0 c m e a v e s
V e r t i c a l b r i s e - s o l e i l
W i n d s
A i r
t e m p e r a t u r e
R a d i a n t t e m p e r a t u r e
A i r v e l o c i t y
R e l a t i v e h u m i d i t y
T a l l w i n d o w s - O n b o t h s i d e s o f t h e c l a s s r o o m t o
g e n e r a t e c r o s s v e n t i l a t i o n , c o n t r o l l i n g h u m i d i t y
a n d a i r t e m p e r a t u r e . B r i s e s a n d e a v e s - H e l p s
c o n t r o l d i r e c t s o l a r r a d i a t i o n , e s p e c i a l l y o n w e s t
f a c a d e s .
A R C H I T E C T U R A L V A R I A B L E S
| I n t e r n a l p l a s t e r b o a r d 2 c m
| C o n c r e t e b l o c k 1 4 x 1 9 x 3 9 c m
| E x t e r n a l m o r t a r 2 . 5 c m
| S o l i d s l a b 1 0 c m
| A i r c h a m b e r ( > 5 . 0 c m )
| M e t a l t i l e w i t h p o l y u r e t h a n e 4 c m
| M o n o l i t h i c g l a s s
| 6 m m
| C E B R A C E C O O L - L I T E S K N 1 5 4
F o r t h e o p a q u e e n c l o s u r e s , w a l l s a n d r o o f i n g w i t h t h e r m a l
t r a n s m i t t a n c e i n a c c o r d a n c e w i t h N B R 1 5 5 7 5 w e r e s e l e c t e d , a n d w i t h
t h e r m a l c a p a c i t y p r o v i d i n g h i g h t h e r m a l i n e r t i a .
F o r t h e t r a n s p a r e n t c l o s u r e , l o w s o l a r f a c t o r g l a z i n g w a s s e l e c t e d .
R e s i s t a n c e
T r a n s m i t t a n c e
T h e r m a l D e l a y
T h e r m a l C a p a c i t y
1.82 m²K/W
0.55 W/m².K
12.6 h
230 kJ/m²K
R e s i s t a n c e
T r a n s m i t t a n c e
T h e r m a l D e l a y
T h e r m a l C a p a c i t y
1.82 m2K/W
0.55 W/m2.K
12.6 h
230 kJ/m²K
T r a n s m i t t a n c e S o l a r
F a c t o r L i g h t
T r a n s m i s s i o n
L i g h t R e f l e c t i o n
3.139 m2K/W
0.29
0.552
0.155
R e c o m m e n d e d b i o c l i m a t i c s t r a t e g i e s
f o r t h e r m a l c o m f o r t i n F o z d o I g u a ç u :
N a t u r a l v e n t i l a t i o n
T h e r m a l i n e r t i a f o r h e a t i n g
S h a d i n g
C O N C L U S I O N
T h r o u g h t h i s s t u d y , i t i s p o s s i b l e t o a n a l y z e t h e b u i l d i n g ' s n e e d s a n d , f r o m t h e r e , d e v e l o p s t r a t e g i e s t h a t
m a k e t h e b u i l d i n g e n e r g y e f f i c i e n t , t h r o u g h t h e c h o i c e o f m a t e r i a l s , c o l o r s , w a l l t h i c k n e s s , s h a d i n g
e l e m e n t s , e t c . T h u s , b r i n g i n g b e t t e r t h e r m a l c o m f o r t .
U N I V E R S I T Y
C E N T E R
T H E R M A L C O M F O R T
T E A C H I N G :
P A U L A S O U Z A 5
º P E R I O D
S T U D E N T S :
A M A N D A S E D A
B E A T R I Z C A R D O S O
D A L I L A A W A R D S

COLLEGE PROJECTS
PARAMETRIC FURNITURE
A parametric bench was designed during my undergraduate
studies using Rhinoceros and Grasshopper in 5th period. The
bench was envisioned to integrate seamlessly into the context of
the Iguaçu National Park entrance, providing visitors with
comfortable and interactive resting areas.
By adopting CNC design and fabrication, the project bridges
advanced technology with environmental preservation, ensuring
production efficiency while minimizing resource waste.
As illustrated in the following presentation board, the bench's
integration within its surroundings, some views, and
Grasshopper code are showcased.

COLLEGE PROJECTS
BORDER ACTIVITY CENTER
This architectural project was conceived to celebrate the unique location of the triborder
region between Brazil, Paraguay, and Argentina. The design incorporates key
elements that reflect this cultural connection.
The center's main spaces include an art exhibition hall, a municipal market offering a
diverse range of local products, and commercial stores such as a pharmacy, post
office, and beauty salon. A food court is situated on the mezzanine level of the
market, providing a vibrant space for social interactions.
Additionally, workshop rooms are integrated into the flow of the exhibition hall,
encouraging creativity and learning. The project also prioritizes functionality, with
dedicated staff areas and service zones designed to separate waste management
from food handling, ensuring operational efficiency. The inclusion of a loading and
unloading courtyard further enhances the practicality of the design.
This center aims to serve as a cultural and economic hub, fostering connections
across borders while embracing the rich heritage of the region.

4
3
5
2
8
6
7
1
LEGEND
1.Social Parking Entrance
2.Social Parking
3.Exhibition Hall
4.Pedestrian Entrances
5. Market, Service Area and Food Court
6. Employee Parking
7. Loading and Unloading Yard
8. Service Entrance

0,15
4,92
0,15
4,95
0,15
4,92
0,15
4,15
0,15
3,98
0,15
3,64
0,15
0,15
San. Masc
17.40
m2
San. Five
15.90
m2
P 2,10
4,20 x 1,00
0,15 4,37
6,90
6,75 x 1,50
P 1,60
Material deposit
33.97
m2
Office room 01
34.15
m2
Office Room 02
33.94
m2
Office room 03
37.58
m2
0,15
2,10
0,90 x 2,10
0,90 x 2,10
PCD FemPCD Masc
4.23
4.39
9,20
m2 P
2,00 2.10 x 1,00
8.38
m2
Sanitary hall
16.28
m2
2,15 0,15
0,15 2,00
San. Masc
1,90 x 1,50
P 1,60
0,90 x 2,10
0,90 x 2,10
m2 P 2,10
2,00 x 1,00
2,23
5,38
0,30
0,15
34
34
34
34
4,10 x 4,50
P 0,80
4,00 x 4,50
P 0,10
0,30 5,21
24,55
0,30
3,00 x 5,20
External
Hall
233,15
SOCIAL ACCESS
15,05
Hall Social
88.26
m2
233,20
Exhibition
404.67
m2
233,20
4,00 x 4,50
P 0,10
5,25
16,67
3,00 x 5,20 4,10 x 4,50
P 0,80
4,00 x 4,50
P 0,10
0,30 5,02
0,15
0,15
0,29
P 41,400
3,00 x
23,030
3 ,00 x
3,00 x
13,950 P
41,600
S
7
6
5
4
3
2
1
12
10
9
27E(0,17 m)
26P(0,30 m)
8
P 14,040
3,00 x
32,360
3,00 x
32,560 P
14,060
69.76 m2
14,09
3 ,00 x
D
Brise
Horizontal
3,03P04 1x,
030,20
3,0P0 4x,
430,30
3,00 x
234,15
OUTPUT
EMERGENCY
OF
3,00 x
3,520 P
14,060
0,15
0,30
5,65
0,30
5,97
3,94
0,30
5,05
0,15
5,19
1,57
3,05
0,15
3,31
0,15
0,30
0,15
0,15
0,15
0,90 x 2,10
88
4,70
4,40 x 6,50
P 0,20
MEZZANINE PROJECTION
Market Hall
60.83
m2
BWC
15.98
Fem
m2
BWC
16.88
Mask
m2
234,20
Financial
30.14
m2
DML
9.12
m2
Front
14.62
desk
m2
5,65 x 1,50
P 1,60
5,81
7,14
0,30
0,90 x 2,10
0,90 x 2,10
0,90 x 2,10
GROUND FLOOR PROJECTION
0,15 2,45
GUARDRAIL
Internal
57.68 Hall
m2
P 4,90
4,70
4,40 x 6,50
P 0,20
m2
0,90 x 2,10
PCD
5.30
m2 P
1.60
2,30 x 1,50
Brise
Horizontal
0,15
0,30
6,00
Processing center
21.30
m2
Meeting room
29.42
m2
Security
21.37
m2
Board of
Directors
27.36
m2
P 1,60
6,10 x 1,50
6,30
24,58
4,70
4,40 x 6,50
0,15
P 0,20
3,00
6,37
3,45
3,00
0,15
0,15
24,68
8,00 x 2,50 2,00 x 2,60
0,30
29,50
Social Circulation
71.55
m2
0,15
3,50
0,90 x 2,10 0,90 x 2,10
PCD FemPCD Masc
4.37
4.37
m2 P
1.60
2,00 x 1,50
2,19 0,15
Garden and Social Area
424.24
m2
4,70
4,40 x 6,50
P 0,20
m2P 1,60
2,20 x 1,50
0,30
1,85
2,34 0,15
6,00
BWC
36.13
Fem
m2
BWC
44.20
Mask
m2
0,15
4,15
0,15
Catwalk
74.96
m2 P 4,90
8,00 x 2,50
234,15
3,70 x 6,50
P 0,20
DML
9.10
P
m2
2,20
1,5988
x 1,50
4,55
4,28
234,15
OUTPUT
EMERGENCY
OF
Market
1.501.92
m2
88
88
88
0,90 x 2,10
0,15
3,50
234,20
Magazine
20.59
m2
1,50 x 2,10
1,50 x 2,10
MEZZANINE PROJECTION
OUTPUT
EMERGENCY
OF
11,93
OUTPUT
EMERGENCY
OF
0,15
4,15
0,15
8,69
234
D
0,15
7,39
0,15
Enclosed Staircase
23.79
m2
0,15
GUARDRAIL
88
88
88
6,00
0,15
m2
Magazine
20.51
m2
1,50 x 2,10
Emergency exit
23.89
m2
21
20
19
18
17
16
15
14
13
12
11
1,50 x 2,10
D
S
21
20
19
18
17
16
15
14
13
12
m2
11
10
9
8
7
6
5
4
3
2
1
10
9
8
Material deposit
8.77
m2
Bwc/West
71.27
Five
m2
P 1,60
5,40 x 1,50
5,51
5
7
6
2
1
4
3
0,15
4,82
7,25
0,90 x 2,100,90 x 2,10
PCD Masc PCD
6.43
5.73
Fem
m2
m2
2,50 x 1,40
P 6,50
P 6,50
0,15 2,71 0,15
S
0,15
0,90 x 2,10
0,15
MEZZANINE PROJECTION
3,50
FE
0,15
Sanitary Circulation
40.59
m2
2,30 x 1,40
2,41 0,15
DML
9.66
m2
5,40 x 2,00
P 0,80
Cup
34.84
m2
P 1,60
3,60 x 1,50
3,89
7,00
2,60
Food box
35,00
m2
Food box
35,00
m2
9,66
Pharmacy
51.80
m2
1,50 x 2,10
0,15
0,90 x 2,10
0,15
3,45 x 2,00
P 0,80
Employee circulation
87.72
m2
20,67
6,00
0,90 x 2,10
0,90 x 2,10
Bwc/Vest Masc
80.97
m2
P 1,60
1,50 x 2,10
4,70 x 1,50 1,50 x 2,10
4,87
0,90 x 2,100,90 x 2,10
P 6,50
8,00 x 1,40
8,85
234,20
0,15
88
0,15
0,10 7,00
Sanit
44.75
Fem
m2
0,90 x 2,10
0,90 x 2,10
11,44
Food box
35,00
m2
Food box
35,00
m2
0,15
2,00
2,21
2,12
2,00
3,50
2,00 0,15
0,10
2,69
0,15
0,10
2,79
0,15
6,84
0,15
234,15
P 6,50
2,50 x 1,40
5,80 x 2,00
P 0,80
1,50 x 2,10
Dry Depot
47.69
m2
0,10
0,90 x 2,10
0,90 x 2,10
9,45
1,50 x 2,10
Manager
16.04
m2
P 0,90
Mail
50.63
m2
3,00 x 2,10
3,66
5,16
0,15
0,90 x 2,10
0,90 x 2,10
6,00
3,00 x 2,00
P 0,80
0,90 x 2,100,90 x 2,10
0,15
0,15
Circulation Supply Boxes
236.83
m2
Sanit Mask
57.14
m2
8,26
0,15
Packaging
50.41
department
m2
P 0,90
6,00 x 2,00
6,21
40,30
3,50
Circulation Service
7,74 90.64
0,15
m2
Fresh
97.77
Chamber
m2
0,90 x 2,10
40,00 x 0,90
Circulation Supply Boxes
236.83
m2
0,90 x 2,10
33,28
P 6,50
5,00 x 1,40
7,00
Food box
34.98
m2
Food Court
875.62
m2
Food box
35,00
m2
0,15
45,30
P 7,00
0,90 x 2,10
DML
8.85
m2
0,90 x 2,10
Ar Cond
19.28
m2
6,64
6,40 x 2,00
P 0,80
Beauty salon
35.60
m2
0,15
P 6,50 0,90 x 2,10
1,687 x
1,40
40,90
1,50 x 2,10
2,10
2,28
1,50 x 2,10
Ant
3.88
Cam 1,50 m2 x 2,10
1,50 x 2,10
Ant
3.79
Cam
m2
1,50 x 2,10
1,50 x 2,10
Screening
41.62
m2
P 0,90 P 0,90
1,00 x 2,001,50 x 2,101,00 x 2,00
15,26
4,29
6,00
0,15
0,15
0,15
0,10 7,00 0,10
1,50 x 2,10
0,90 x 2,10
0,90 x 2,10
DML
8.56
m2
Food box
35,00
m2
Vest Masc
31.83
m2
P 6,50
3,00 x 1,40
Drink box
25,00
m2
0,90 x 2,10
Beauty salon
35.60
m2
1,50 x 2,10
6,40 x 2,00
Cold Room
49.43
m2
Circulation Service
90.64
m2
0,90 x 2,10
0,90 x 2,10
Material deposit
41.75
m2
P 0,90
P 0,80
3,00 x 2,00
P 6,50
3,50 x 1,40
6,64
1,50 x 2,10
0,15
4,71
4,31
4,39
2,00
1,60
0,15
3,75
0,15
9,85
0,15
5,36
0,15
0,15
9,69
0,15
0,90 x 2,10
0,15
Drink box
25,00
0,90 x 2,10
m2
0,90 x 2,10
0,15
0,15
2,00
0,90 x 2,10
DML
8.63
m2
FE
FE
BWC
28.47
Fem
m2
21
P 0,80
3,00 x 2,00
D
8
D
20
14
19
13
18
12
17 11
16
10
15
9
14
Bank Branch
57.50
m2
Vertical Circulation
24.46
m2
2,70
Food box
35,00
m2
Ref. Ref. Ref. Ref. Ref. Ref. Ref. Ref.
0,15
6,30
P 6,50
3,50 x 1,40
0,15
0,15
3,15
Styrofoam
11.63
Waste
m2
Plastic Waste
12.24
m2
Cardboard
11.63
Waste
m2
Bank Branch
53.61
m2
Wet Waste
11.34
m2
Waste
17.51 ​
Circulation
m2
Wood Waste
11.86
m2
0,90 x 2,10
0,80 x 2,10
0,80 x 2,10
0,90 x 2,10
0,80 x 2,10
Lottery
38.93
m2
7,00
Enclosed Staircase
26.88
m2
234,20
0,15
2,30
0,80 x 2,10
13
12
11
10
9
Metal Waste
11.81
m2
Glass Waste
12.82
m2
1,90
2,00
1,90
1,85
0,15
Elevator
21
D
0,15
3,15
0,15
3,42
0,15
2,25
0,15
2,67
8,50
0,15
0,15
0,15
0,15
8
7
6
5
4
3
2
1
S
Ar cond
21.58
m2
BWC
34.95
Mask
m2
m2
S
7
6
5
4
3
2
1
1,30 0,15
0,15
D
20
14
19
m2
13
18
12
17 11
16
m2
10
15
9
14
Vertical Circulation
25.76
m2
Service/Employee Circulation
39.09
m2
7,87
0,10
2,37
2
2,00 0,15
8
Emergency exit
24.49
m2
0,10
West
33.75
Five
m2
P 6,50
3,55 x 1,40
2,53
13
12
11
10
9
8
7
6
5
4
3
2
1
3,70
2,90 x 2,00
P 0,80
S
S
1,50 x 2,10
DML
8.71
m2
2,53
Ref.
Ref.
Ref.
Ref.
Ref.
Ref.
Ref.
Ref.
Ref.
Ref.
Ref.
Ref.
Ref.
Ref.
Ref.
Ref.
0,15
7
6
5
4
3
2
1
1,98
0,15
0,15
0,15
m2
0,15
Ar Cond
21.40
m2
0,15
3,66
2,00
0,90 x 2,10
PCD
6.37
United
m2
P 6,50
2,00 x 1,40
2,33
1,86
1,89
0,15
0,15
0,90 x 2,10
3,15
0,15
4,51
0,15
7,60
0,15
3,79
0,15
4,27
0,15
0,15
3,75
0,15
6,26
0,15
3,44
0,15
5,85
0,15
7,10
0,10
5,00
0,15
4,90
0,15
5,00
0,10
5,00
0,15
4,86
2,29
0,15
3,91
0,15
2,73
0,15 0,65 0,15
OUTPUT
EMERGENCY
OF
OUTPUT
EMERGENCY
OF
5,50
1,50 x 2,10
234,15
Reservoir
Tubular
40.000L
234,20
5,50
Power Generators
60,00
m2
7,78 5,00
21,98
Garbage dump
8,33 %
110.43
m2
9,20
8,33 %
BORDER ACTIVITY CENTER
FLOOR PLANS
B
10,25
1,50 x 2,10
A
27,61
4,75 x 1,50
4,80 x 1,50
4,75 x 1,50
3,90 x 1,50
3,70 x 1,00
3,45 x 1,00
P 1,60
P 1,60
P 1,60
P 1,60
P 2,10
P 2,10
1
0,90 x 2,100,90 x
0,90 x 2,10
0,90 x 2,10
0,90 x 2,10
Circulation
30.18
m2 P 4,28
P 4,30
P 4,28
P 4,28
P 4,28
5,00 x
1,001
5,00 x
1,001
1,50 x 2,10
5,00 x
1,001
1,550, 0x 02 x,
110,001
5,00 x
1,001
P 0,80
P 0,80
P 0,80
P 0,80
3,00 x 3,50
3,00 x 3,50
3,00 x 3,50
3,00 x 3,50
14,33
13 ,950 P
41 ,600
7,78 % 7,78 %
3,0P0 4x,
430,50
3,0P0 0x,
810,80
3 ,00 x
23 ,450 P
Access ramp
41,,600
Vertical Circulation
104.84 m2
3,0P0 4x,
430,50
3,0P0 0x,
GROUND FLOOR PLAN
1:200
820,30
23 ,950 P
41 ,600
32,580 P
04,840
16,46
18,91
5,50 x 6,50
5,50 x 6,50
P 0,20
P 0,20
3,00 x 1,50
2,85 x 2,00 1,50 x 2,00
5,00 x 2,00
2,35 x 2,00
P 1,60 P 1,10
P 1,10
P 1,10
P 1,09
3,50 x 4,40
0,90 x 2,10
0,90 x 2,10
Circulation
37.55
0,90 x 2,10
0,90 x 2,10
0,90 x 2,10
0,90 x 2,10
12,00
18,77
0,90 x 2,10
0,90 x 2,10
12,63
PARKING
EMPLOYEES
P 1,59
P 1,59
P 1,59
3,50 x 1,50
3,50 x 1,50
1,50 x 1,50
MEZZANINE PROJECTION
1,50 x 1,50
1,50 x 1,50
1,50 x 1,50
P 1,59 P 1,59 P 1,59 1,50 x 2,10
Enclosed Staircase
13.02
1,50 x 2,10
MEZZANINE PROJECTION
0,90 x 2,100,90 x 2,10
0,90 x 2,10
P 1,60
P 1,60
P 1,60
P 1,59
1,50 x 1,501,50 x 1,501,50 x 1,50
1,50 x 1,50
1,50 x 2,10
EMPLOYEE
ACCESS
1,50 x 2,001,50 x 2,00
P 0,90
P 0,90
1,40 x 2,10
0,90 x 2,100,90 x
1,50 x 2,10
1,50 x 2,10
0,90 x 2,10
15,66
0,15 10,48
21,51
0,15
3,55 x 0,90
P 1,70
9,55 x 0,90 P 0,70
1,50 x 2,10
1,50 x 2,10
1,50 x 2,10
1,50 x 2,10
21
20
19
18
17
16
15
0,80 x 2,10
0,80 x 2,10
21E(0,18 m)
20P(0,28 m)
21E(0,17 m)
20P(0,30 m)
1,10 x 2,10
0,90 x 2,10
0,90 x 2,10
0,90 x 2,10
0,90 x 2,10
0,90 x 2,10
0,90 x 2,100,90 x 2,10
0,90 x 2,10
0,90 x 2,10
Waste
1,50 x 2,60
61.36
Circulation
P 1,70
1,50 x 2,10
P 1,10
P 1,10
1,50 x 2,50
P 1,10
P 1,10
P 1,10
P 1,70
P 1,70
2,90 x 1,50
4,35 x 1,50
7,35 x 1,50
3,60 x 1,50
4,10 x 1,50
25,40 x 0,90
3,60 x 0,90
9,60 x 0,90
25,83
68,01
1,50 x 2,10
WASTE
OUTPUT
Cistern
Underground 40,000L Reservoir
P 5,30
P 5,30
3,00 x 1,50
3,00 x 1,50
A
12,00
B
B
A
SEALED TILE i
= 2.5%
SEALED TILE i
= 2.5%
27
26
25
24
23
21
20
19
18
17
16
15
14
13
GROUND FLOOR PROJECTION
10,50
Emergency exit
17.46
21E(0,17 m)
20P(0,30 m)
21E(0,18 m)
20P(0,28 m)
GUARDRAIL
1,50 x 2,10
0,90 x 2,10
0,90 x 2,10
26,24
0,90 x 2,10
0,90 x 2,10
0,90 x 2,10
0,90 x 2,10
1,50 x 2,10
0,90 x 2,10
0,90 x 2,10
Drink box
21
20
19
18
17
16
15
0,90 x 2,10
Drink box
0,90 x 2,100,90 x 2,10
Drink box
25,00 m
0,90 x 2,10
Drink box
25,00
0,90 x 2,10
25,00
24.98
0,90 x 2,10
21E(0,18 m)
20P(0,28 m)
21E(0,17 m)
20P(0,30 m)
0,90 x 2,10
0,90 x 2,10
1,50 x 2,10
0,90 x 2,10
0,90 x 2,10
Circulation Supply Boxes
236.83
m2 4,50 x 0,90
34,00 x 0,90
3,55 x 0,90
2,00 x 0,90
P 7,00
P 7,00 P 7,00
P 7,00
0,90 x 2,10
0,15 0,15
48,04
A
ROOF
i = 2.5%
2
SECOND FLOOR PLAN
1:200
SEALED TILE i
= 2.5%
B

Masonry parapet
CIRC.
BANK AGENCY
Zip-tie roof
tile i=2.5%
BOX
BOX
Metal truss
Masonry parapet
Zip-tie roof
tile i=2.5%
FOOD COURT
BANK AGENCY CIRC. BOX
Metal truss
PACKAGING
DEPARTMENT
Metal truss
234,20
Green Roof
i=2.5%
237,9
234,20
Masonry parapet
CIRC.
Zip-tie roof
tile i=2.5%
AR-COND.
FRESH CAM.
Metal truss
2,00
237,70 237,70
CIRC. BOX BOX
BOX BOX CIRC.
CIRC. BOX
Masonry parapet
WALKWAY (CIRC.)
BEAUTY SALON
Metal truss
Zip-tie roof
tile i=2.5%
MARKET HALL
MEZZANINE
HALL
Masonry parapet
Masonry parapet
RAMP
Masonry parapet
Metal truss
Zip-tie roof
tile i=2.5%
EXHIBITION 233,20
OFFICE 03
Metal truss
Zip-tie roof
tile i=2.5%
233,20
Masonry parapet
Masonry parapet
SECTIONS
0,20
0,20
0,20
0,20
0,20
0,20
0,20
0,20
0,20
0,60
3,40
0,20
2,10
1,40
0,20
1,70
0,20
0,20
3,50
3,40 0,20
1,30
2,10
0,20
1,15
3,10
3,50 0,20
0,20
0,20
2,10
3,80
3,00
0,10
0,40 0,20
1,05
0,20
1,40
2,10
3,80
1,40
0,70
0,20 1,45
0,20
1,90
0,20
0,20
1,89
0,20
0,20
0,20
2,10
2,10
3,50 0,20
1,40
1,40
0,20
1,14
4,00
3,80 0,20
2,00
3,10
0,20
4,00
0,30
0,20 3,50 0,20
4,00
0,20 3,50 0,20
4,00
0,20
6,20
6,00
0,20
1,40
0,20
4,50
0,70
0,20
0,20
3,50 0,20
1,50
0,20
0,20
0,40 0,20
0,70
1,43
3,50
3
SECTION AA
1:200
4
SECTION BB
1:200
Image 1 - Observer's Point of View of the Parking Lots for the Building's Vertical Circulation
/ Image 2 - Aerial View of the External Service Area / Image 3 - Observer's Point of View of
the Garden and Social Area
7TH PERIOD | BORDER ACTIVITY CENTER

COLLEGE
PROJECTS
TINY HOUSE
Developed during the 7th semester of my architecture
college as part of an engineering course. The main
challenge was to design a compact yet functional
wooden house with a total area not exceeding 30 m²
across two floors.
This Tiny House harmonizes simplicity, comfort, and
sustainability, in the of the montains of Switzerland. The
structural calculations were performed considering every
connection and material detail to ensure the stability and
longevity of the construction.
The design features an open and inviting ground floor,
incorporating a living area, kitchen, and bathroom, while
the mezzanine level offers a cozy sleeping space with
expansive windows framing breathtaking mountain
views. Constructive details, including the exposure of
primary beams, OSB panels, and precise joinery,
emphasize the technical rigor applied to the project.
With its lightweight yet sturdy wooden frame, the house
maximizes thermal efficiency and blends seamlessly into
its natural surroundings.
7TH PERIOD - TINY HOUSE

6,60
Window
Window
Window
Window
TINY HOUSE
0,14
1,48
3,20
2,92
0,14
1,30
0,14
0,14
0,14
0,14
BB
0,14
3,20
2,92
0,14
Construction Details
1,58
0,24
Bwc
±0,00
2,69
2,55
Dormitory
± 2,50
1,68
1,92
AA
6,32
0,14
Kitchen/Laundry
0,18
0,60
3,50
0,20
AA
2,50
1,00
5,56
2,50
2,48
0,12
0,02 0,10 0,02
0,14
4,61
Living/Dining Room
2,50
2,38
Thickness of Primary Pillar and OSB
Board Scale 1/50
±0,00
0,00
0,14
0,14
0,00
0,14
Ground Floor Plan
Esc 1/50
BB
Mezzanine Floor
Plan Scale 1/50
Section AA
Esc. 1/50
Section BB
Esc. 1/50
0,03 0,04
0,04
1,30
1,30
1,28
1,29
1,28
1,62
1,44
0,43 0,43 0,43 0,43 0,43 0,43 0,43 0,43 0,43 0,43 0,43
0,43 0,43
0,43 0,43
1,30
1,31
1,28
1,28
1,30
3,06
0,43 0,43 0,43 0,43 0,43 0,43 0,43 0,43 0,43 0,43 0,43 0,43 0,43 0,43 0,43
Tipper
Tilting
window
Fixed Frame
Window
Wood Oak
Painting: Black
5,56
3,50
1,92
Tipper
Wood Oak
Painting: Black
Shingle tile i
= 65%
Thickness of secondary parts
Scale 1/50
0,02 0,14
0,10
0,02
3,06
Structural Ground Floor Plan
Scale 1/50
3,06
Structural Mezzanine Plan
Scale 1/50
Tipper
West Elevation
Esc. 1/50
Tilting
window
0,14
South Elevation
Esc. 1/50
Wood Oak
Painting: Black
Shingle tile i
= 65%
Tipper
Floor Wood Thickness Scale 1/50
0,10
Structural Skeleton
No Scale
Memorial in Calculus
Wood fittings
No scale
5,56
1,92
3,50
0,14
Fixed Frame
Window
2 Door Sliding
Door
Oak Wood
Paint: Black
5,56
1,92
3,50
0,14
0,14
1,25
0,55
0,10 0,37 0,03
0,41 0,03 0,37
Thickness and Spacing of Secondary
Parts Scale 1/50
Laminated Beam
L=3.50m b=3.5/30=
11.6
6x12cm pillar
Laminated
Beam L=3.20m
h=5% of 3.2=
5x16cm beams
Floor and Roof Panel
L=43cm
and=L/30=43/30=1.8mm
5x10cm rafter
Front Elevation
Scale 1/50
North Elevation
Esc. 1/50
VIDEO QR
ENGINEERING - WOODEN
STRUCTURES - 7TH PERIOD
TEACHER: EDUARDO DAMIN
DISCENTES: AMANDA SEDA, BIANCA
RAFAGNIN AND DALILA AWAD

COLLEGE PROJECTS
URBAN AVENUE REVITALIZATION
This urban revitalization project was developed in the 7th period, after an in-depth analysis of the site, including studies on its
topography, surrounding land uses, zoning, traffic systems, the number and condition of trees, sidewalks, bus stops, and the overall
importance of the avenue to the city and its residents. Inspired by case studies of successful revitalizations in other cities, we
established a concept and design approach for the project.
The revitalization of Avenue Mário Filho is guided by a striking visual concept, transforming it into the ‘’Avenue of Colors’’. The first
four blocks, featuring large central medians, are segmented based on a unique color palette, with each section identifiable by its
predominant tone and the activities it hosts. The urban design embraces a fluid, organic layout that preserves as much of the
existing vegetation as possible, creating a welcoming environment for the community. One of the project’s standout features is the
"green tunnel", implemented along the fifth block as a prototype for the avenue’s overall design. This green tunnel involves planting
a significant number of new trees, greatly enhancing the local microclimate.
Additional improvements proposed in the project include: a continuous bike lane throughout the avenue; permeable sidewalks to
manage rainwater and reduce flooding risks; bioswales to enhance drainage and water quality; maintenance of wheelchair ramps
and the repair of damaged pathways caused by tree roots; installation of tactile paving for visually impaired individuals; dual-level
lighting poles for enhanced safety, catering to both pedestrians and vehicles; playgrounds, pet-friendly areas, and outdoor gyms;
preservation of nearly all existing trees; addition of bicycle racks, multipurpose sports courts, food kiosks, rest areas, and a small
cultural space for performances; and a landscape design to integrate all these elements harmoniously.
The concept and details of the project are showcased in the next banner created by our team, featuring QR Codes with links to
more detailed studies, images, and a video of the complete revitalization process.

GOOD REGULAR ROOMY DEAD
S T U D Y F O R R E V I T A L I Z A T I O N O F M A R I O F I L H O A V E N U E
THE AVENUE
F O Z D O I G U A Ç U - P R
M O R U M B I N E I G H B O R H O O D R E G I O N
A v e n i d a M á r i o F i l h o i s o n e o f t h e l a r g e s t a n d m o s t
i m p o r t a n t r o a d s i n F o z d o I g u a ç u , P a r a n á . L o c a t e d i n t h e
M o r u m b i n e i g h b o r h o o d , i t w a s n a m e d i n h o n o r o f M á r i o
J o r g e L o b o Z a g a l l o F i l h o , s o n o f j o u r n a l i s t a n d w r i t e r M á r i o
F i l h o , a n i m p o r t a n t n a m e i n B r a z i l i a n s p o r t s j o u r n a l i s m .
T h e d e v e l o p m e n t o f A v e n i d a M á r i o F i l h o w a s d r i v e n b y t h e
g r o w t h o f l o c a l c o m m e r c e i n t h e v i c i n i t y . T o d a y , t h e
a v e n u e i s h o m e t o a v a r i e t y o f e s t a b l i s h m e n t s , w i t h a
p r e d o m i n a n t f o c u s o n t h e c o n s t r u c t i o n s e c t o r ,
c o n s o l i d a t i n g i t s p o s i t i o n a s a n i m p o r t a n t c o m m e r c i a l
r e f e r e n c e i n t h i s a r e a . I t a l s o h a s a w i d e r a n g e o f s e r v i c e s
a n d f a c i l i t i e s , i n c l u d i n g s c h o o l s , c h u r c h e s , s p o r t s c o u r t s
a n d a h o s p i t a l .
JUSTIFICATION MEMORIAL
T h e l o c a t i o n i s l o c a t e d i n t h e L o w - D e n s i t y R e s i d e n t i a l Z o n e ( Z R 2 ) . S i n c e i t i s a
l o n g a v e n u e , a p p r o x i m a t e l y 5 k m l o n g , i t s i n t e r v e n t i o n w i l l i m p a c t t h e e n t i r e
r e g i o n . T h e r e v i t a l i z a t i o n w i l l m a i n l y b e c a r r i e d o u t i n t h e c e n t r a l f l o w e r b e d ,
w h e r e t h e s p a c e i s l a r g e r a n d a l r e a d y h a s s o m e u r b a n i n f r a s t r u c t u r e .
S u r r o u n d e d b y s h o p s , t h e a v e n u e i s a c e n t r a l p o i n t i n t h e c i t y , e s p e c i a l l y i n
t h e c o n s t r u c t i o n s e c t o r . B a s e d o n t h e s e p r e r o g a t i v e s , t h e d e m a n d s r a i s e d b y
t h e l o c a l c o m m u n i t y w e r e t a k e n i n t o c o n s i d e r a t i o n i n o r d e r t o b e t t e r s e r v e
t h e m a n d u n d e r s t a n d t h e i r n e e d s . B a s e d o n t h i s i n f o r m a t i o n , i n t e r v e n t i o n s
w e r e s t u d i e d i n o r d e r t o m e e t t h e s e d e m a n d s i n t h e m o s t e f f i c i e n t w a y
p o s s i b l e , s e e k i n g t h e s o c i a l a n d f i n a n c i a l d e v e l o p m e n t o f t h e M o r u m b i
r e g i o n .
characterization of afforestation
D u r i n g t h e a n a l y s i s c a r r i e d o u t o n A v e n i d a M á r i o F i l h o , w e f o u n d t h e p r e s e n c e o f
s e v e r a l t r e e s i n a n a d v a n c e d s t a t e o f d e g r a d a t i o n , s h o w i n g s i g n s o f d i s e a s e o r
s t r u c t u r a l f r a g i l i t y , w h i c h r e p r e s e n t s a n i m m i n e n t r i s k o f f a l l i n g a n d r e q u i r e s
t h e i r i m m e d i a t e r e m o v a l .
M a n y o f t h e s e t r e e s w e r e p l a n t e d i n a c c e s s a r e a s o r e v e n i n v a d e d a d j a c e n t l o t s ,
d i s p l a y i n g a g g r e s s i v e r o o t s t h a t s e v e r e l y d a m a g e s i d e w a l k s , c o m p r o m i s i n g
a c c e s s i b i l i t y f o r p e d e s t r i a n s , e s p e c i a l l y w h e e l c h a i r u s e r s , a n d h a r m i n g t h e
g e n e r a l a p p e a r a n c e o f t h e s t r e e t s . I n p l a c e s w h e r e s p a c e f o r r o o t a n d t r u n k
d e v e l o p m e n t w a s n o t c o n s i d e r e d , p a v i n g b l o c k s w e r e d a m a g e d , r e s u l t i n g i n
d a m a g e t o u r b a n i n f r a s t r u c t u r e .
REGULAR
32.6%
ROOMY
3.4%
CHOSEN TREES
GOOD
63%
POINT
68
DOES NOT PRESENT POINT DESTROYS
DESTROYS
55
DOES NOT PRESENT
208
The purple Quaresmeira was chosen to add color and harmony to the urban landscape, in line with the adopted chromatic concept. Its
crown and roots ensure a hassle-free application for the location, as does the presence of the Cássia Chuva de Ouro tree. For the open
flowerbeds, the Tipuana Tipu was chosen, whose roots, although more aggressive, are ideal for open lawn areas, such as in the green
tunnel.
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
technologies
I N T E R A C T I V E T O T E M S
D R A I N I N G F L O O R S
S M A R T S T R E E T
CYCLE PATH WITH BIKE RACK
PLAYGROUND
SPORTS AREA
PET SPACE
OUTDOOR GYM
CULTURAL SPACE
REST AREAS
FOOD KIOSKS
GREEN TUNNEL
biovalley
T h e s e a r e l i n e a r d e p r e s s i o n s f i l l e d w i t h v e g e t a t i o n , s o i l a n d o t h e r f i l t e r i n g e l e m e n t s . T h e y
c l e a n r a i n w a t e r w h i l e s i m u l t a n e o u s l y i n c r e a s i n g i t s r u n o f f t i m e . T h e s e s t r u c t u r e s d i r e c t
w a t e r t o r a i n g a r d e n s o r c o n v e n t i o n a l w a t e r r e t e n t i o n a n d d e t e n t i o n s y s t e m s , t h u s
c o n t r i b u t i n g t o t h e s u s t a i n a b l e m a n a g e m e n t o f s t o r m w a t e r a n d r e d u c i n g t h e i m p a c t o f
f l o o d i n g .
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
NEEDS PROGRAM
COURT BLOCK 5
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
Q U A R E S M E I R A R O X A C A S S I A C H U V A D E O U R O
T I P U A N A T I P U
implantation
0 2 5 5 0 1 0 0
CONCEPT
C r e a t e a v i s u a l i d e n t i t y f o r M a r i o F i l h o ,
w h e r e i t w i l l b e k n o w n a s A v e n i d a d a s C o r e s ,
O n e o f t h e m a i n m e a s u r e s i s t h e
s e c t o r i z a t i o n o f t h e f i r s t f o u r b l o c k s , e a c h
w i t h a c h a r a c t e r i s t i c c o l o r a n d p r e d o m i n a n t
a c t i v i t i e s , m a k i n g t h e m r e c o g n i z a b l e b o t h
b y c o l o r a n d b y s p e c i f i c a c t i v i t i e s .
I n a d d i t i o n , a g r e e n t u n n e l i s i m p l e m e n t e d
a l o n g t h e a v e n u e , w i t h t h e a i m o f i m p r o v i n g
t h e l o c a l m i c r o c l i m a t e . T h e f i f t h b l o c k i s
u s e d a s a m o d e l , t o b e r e p l i c a t e d a l o n g p a r t
o f t h e a v e n u e ' s l e n g t h .
qr code OF THE
STUDY
qr code proposal
video
DISCIPLINES
Landscape Project II​
Urban Project VI​
Creativity and Innovation Practice VII
TEACHERS
Elisiana Kleinschmitt
Mikael Timoteo
Radames Giona
Ruisdael de Freitas Lima
Neto Silvia Tais Betat
ACADEMICS
Amanda Seda
Bianca Rafagnin
Bruna Mayara
Dalila Awad
Eduarda Bogo
Gabriela Scarparo

INTERSHIP PROJECTS
PHOTO KIOSK
1
0,70 x 1,10
0,10 0,05
LEGEND
2
0,82
0,62
1.Employee Entry
2.Sale
3.Payment Box
4.Delivery
Internal Area:
10.64 m²
0,62
0,62
4,00
3
0,62
0,05
0,10
0,55 0,95
4
1,30
0,10
0,10
0,05 0,50
3,00
FLOOR PLAN
NO SCALE
FACADE
i:
30%
3,05
i: 30%
i:
30%
ZINC GUTTER
4,10
The project proposes a photo kiosk at the
Mirante of the Hotel Belmond, a prime location
with stunning views of the Iguaçu Falls.
Currently, less than 5% of visitors use
professional photography services, partly due
to unofficial photographers and a lack of a
dedicated sales space. The proposed kiosk
design includes a compact structure with an
internal area of 10.64 m². Its strategic
positioning ensures it blends harmoniously with
the surrounding environment and does not
obstruct the beautiful views from the hotel. The
kiosk will include a sales point, a cashier
station, and a photo delivery counter.
i: 30%
1,50

SECTIONS
Awning
Door bearing
Gutter
2%
1,10
1,10
0,15 0,45
1,80
0,15 0,45
0,90
0,90
SECTION AA
NO ESCALE
SECTION BB
NO ESCALE
The kiosk’s design takes environmental integration into consideration. It features a 3-meter height to avoid
blocking views, a 30% roof inclination to efficiently drain rainwater, and durable zinc gutters with a 2% slope.
It also includes flexible openings with rolling windows and awnings to adapt to different operational needs.
This project aims to provide a dedicated space for professional photography services, which will enhance the
visitor experience while increasing revenue for the operation. By creating a structured and independent
facility, the kiosk will streamline operations, increase the percentage of visitors opting for professional
photos, and solidify the presence of authorized photography services at a critical location within the park.
Area where the kiosk project would be implemented
SEPTEMBER 2023 | URBIA CATARATAS

INTERSHIP PROJECTS
SELF-SERVICE TOTEMS
The project is focused on redesigning an existing area within the Visitor Center at the Parque Nacional do
Iguaçu, specifically in the totem area. A detailed 3D model and site survey were conducted using
Archicad, in collaboration with Twinmotion, to generate images and videos that are now accessible
through a QR code, providing visitors with more in-depth information about the project.
Different layouts were proposed to improve the placement and functionality of new and replacement
totems. The design included fixed separations using sisal rope to clearly define the totem area from its
surroundings, offering a more organized and efficient layout. Additionally, banners were suggested to
enclose certain sections, expanding the space to accommodate the new totems, and enhancing the flow
of people during peak times.
3D image raised for the study of the positioning of the totems in the existing
area within the National Park at the Visitor Center
QR CODE
Final Presentation with Videos
NOVEMBER 2023 | URBIA CATARATAS 13

SELF-SERVICE
TOTEMS
3D image raised for the study of the positioning of the totems in the existing
area within the National Park at the Visitor Center
New informational signs were also introduced to improve visitor orientation,
addressing the congestion and confusion that often arises on busy days. These
additions ensure a smoother and more intuitive experience for visitors, helping
them navigate the totem area with ease.
Finally, the project proposed extending the
roof coverage to provide continuous
shelter, allowing visitors to move
comfortably between the totem area and
the boarding zone, even on rainy days.
This not only improves the functionality of
the space but also elevates the overall
visitor experience, making the area more
user-friendly and accessible.

INTERSHIP PROJECTS -
DUBAI DOWNTOWN AND THE PALM
INTERIOR DETAILING
FURNITURE DETAILING
These 2 projects are focused on architectural interior detailing. They were completed in Dubai: one
located at The Palm and the other in Downtown, each featuring a small apartment. For these three
boards, I have presented three types of details I worked on within these projects, including furniture,
lighting, and ceiling designs. The detailing standard follows the approach used in our office for various
projects, ensuring that all stages are clearly defined for both the contractor and the client. All of this was
carried out using Archicad, allowing for precise and accurate documentation of the design elements.
OCTOBER 2024 | DUBAI THE PALM

LIGHTING DETAILING
CEILING DETAILING
JUNE 2024 | DUBAI DOWNTOWN

GSEducationalVersion
COMPETITION PROJECT
CBCA
CHOICE OF LOCATION AND HISTORICAL CONTEXT – In Pontal do Sul, “the archaeological site commonly referred to as Sambaqui do
Guaraguaçu is actually made up of germinated sambaquis which, when combined, measured 300 meters in length and 50 meters in width
at the base. The height was 21 meters. (...) The remnants of the sambaquis reflect the original grandeur of their structures and represent
the largest sites of their kind on the Paraná coast.” (PATRIMÔNIO CULTURAL PARANÁ, n.d.) In addition to being one of the main access
points to Ilha do Mel, the municipality of Pontal do Sul embodies significant aspects of the history, culture, and environmental richness of
both the state of Paraná and the Brazilian coastline.
PROJECT OBJECTIVES – Ilha do Mel hosts two conservation units: the Ecological Station and the Ilha do Mel State Park, under the
management of the IAT – Paraná Water and Land Institute, and the Municipality of Paranaguá, to which the island belongs. Visitor access
is limited to 5,000 people per day due to the island's carrying capacity. The creation of a Visitors’ Center and a new Boarding Terminal in
Pontal do Paraná aims to improve accessibility to the island and enhance the control and monitoring of visitor flow, ensuring adherence to
the island's carrying capacity. The Visitors’ Center will feature an educational hub to raise awareness about the importance of
environmental preservation, promoting educational and responsible tourism. Additionally, aligning with Sustainable Development Goal
(SDG 13) to combat climate change and its impacts, the building will include energy self-sufficiency through solar energy harvesting,
promoting energy efficiency and reducing the carbon footprint; rainwater harvesting for non-potable use, preserving water resources; and
a sewage treatment station with 95% efficiency, ensuring that treated water returned to the sea is clean and does not pollute the marine
environment. Furthermore, the project will introduce electric engines for boats, developed in partnership with the municipality. Research
and assembly of these engines will occur on-site, and they will be recharged directly at the Visitors’ Center, fostering sustainable practices
and reducing emissions.
GENERAL DESIGN CONCEPT – Given the high volume of daily visitors, the design emphasizes clear and simplified circulation. The
rectangular form enables a functional layout, while a contrasting structure of three-dimensional trusses wraps sinuously around the
façades, echoing the curves of the sambaquis—distinct elements of Paraná's coastal region—combined with the waves of the sea and
coastal winds. Internal ramps follow these organic characteristics, further evoking the mounds of sambaquis. The main entrance is
situated at an intermediate level, where the atrium features two ramps leading to different levels. This intermediate level takes advantage
of the gently sloping terrain, providing natural lighting and ventilation to the administrative and service areas located below the atrium.
Situated on the beachfront within a restinga area, the architectural ensemble is entirely elevated from the ground on steel foundations to
minimize environmental impact. This elevation also ensures the project does not obstruct the beach area, allowing free circulation of
beachgoers beneath the structure. The boarding and disembarking point mirrors the structural pattern of the architectural ensemble, with
a fixed steel ramp leading to a platform featuring seismic-resistant components. This design allows the platform to adjust to tidal levels,
ensuring safe and efficient operations.
ARCHITECTURAL PROPOSAL – The Visitors’ Center presents a monolithic volumetry, utilizing materials that ensure structural clarity and
visual permeability. The building is divided into four primary sectors: administrative, service, educational, and customer service. The
administrative sector oversees and manages the building's operations. The service sector manages waste disposal and supply delivery,
including an external sewage treatment station and cistern system. The educational sector was developed in collaboration with state
public universities, enabling students and faculty to conduct workshops, classes, and lectures for the public. Facilities include classrooms,
a video room, an auditorium, restrooms, and administrative and pedagogical support for coordination. The customer service sector
features a ticket booth, self-service kiosks, a bistro, a souvenir shop, and the boarding and disembarking area for the island.
STRUCTURAL PROPOSAL – Given the project's location on the coastline, with parts of the building extending over the sea, all metal
components will undergo galvanization. The structure consists of modules arranged on a 5x6-meter grid. It features I-beams with parallel
flanges, with 8 longitudinal beams measuring 100m and 18 transverse beams measuring 35m, with sections of 25x26cm. To create a
large open span inside the building, lateral bracings and an inverted space truss roof use tubular sections with an 11cm diameter. The
access ramp to the educational level is supported by structural steel tubes with a diameter of 160mm and anchored to the spatial truss on
the roof, avoiding a grid of pillars on the ground floor. This integrated and sustainable approach ensures that the project aligns with
environmental preservation while meeting the functional and educational
ACTION AGAINST GLOBAL CLIMATE CHANGE - 17th CBCA COMPET

LOCATION - LATIN AMERICA
NO SCALE
PONTAL DO SUL PLAN
NO SCALE
NEIGHBORHOOD
BUILDINGS
AV. DEP ANIBAL KHURY
SERVICE AREA
PROPOSED BUILDING
# #
A A
DEPARTURE TERMINAL
LANDING
PARKING
RESTINGA AREA,
EXISTING VEGETATION
LOCATION - PARANÁ
NO SCALE
SITUATION PLAN
SCALE 1:6000
ITION FOR ARCHITECTURE STUDENTS 2024 – PLATE Nº 01

GSEducationalVersion
A
CISTERNS
RAINWATER COLLECTION
RESTINGA AREA
EXISTING VEGETATION
WEST
SERVICE AREA
SEWAGE TREATMENT PLANT
MANEUVERING YARD
LANDING
PUBLIC TRANSPORTATION
ACCESS
SERVICE
PROPOSED BUILDING
VISITOR CENTER AND DEPARTURE TERMINAL
NORTH
TERMINAL
EMBARKATION AND DISEMBARKATION
FROM ILHA DO MEL
LANDING
LIGHT VEHICLES
RESTINGA AREA
EXISTING VEGETATION
# #
ACCESS
PRINCIPAL
LAND DELIMITATION
AREA = 17,654.71m²
PARKING
CONTROLLED ENTRY
RESTINGA AREA
EXISTING VEGETATION
PREDOMINANT WINDS
CROSS VENTILATION
EAST
PLAN OF THE COMPLEX
SCALE 1:500
-1,50
LONGITUDINAL CONJ SECTION
SCALE 1:1000
CROSS SECTION
SCALE 1:1000
-3,00
COMPASS ROSE
NO SCALE
SOURCE: PROJECTEE
TEMPERATURE GRAPH
NO SCALE
SOURCE: PROJECTEE
TRIPLE GLASS W/ INSULATION
NO SCALE
SOURCE: PROJECTEE
According to the graphs, it was possible to make the best choice of material to meet the demands of good energy efficiency.
Triple Insulated Glass
Energy efficiency - Reduces heat loss in winter and heat input in summer.
UV Protection - It has a low-emissivity (Low-E) coating that blocks most UV rays.
Condensation reduction - Allows for greater internal relative humidity without condensation
Enhanced Security - Resistant material, ideal for areas subject to storms or impacts.
ACTION AGAINST GLOBAL CLIMATE CHANGE - 17th CBCA COMPET

ELEVATION 01
SCALE 1:500
ELEVATION 02
SCALE 1:500
ELEVATION 03
SCALE 1:500
ELEVATION 04
SCALE 1:500
AERIAL VIEW OF IMPLEMENTATION
METAL STRUCTURE SUPPORTING THE ENTIRE ARCHITECTURAL SET, WHICH IS ELEVATED SO AS NOT TO IMPACT THE EXISTING ENVIRONMENT
SERVICE AREA VIEW
METAL STRUCTURE SUPPORTING THE ENTIRE ARCHITECTURAL SET THAT IS ELEVATED SO AS NOT TO IMPACT THE EXISTING ENVIRONMENT
ITION FOR ARCHITECTURE STUDENTS 2024 – PLATE Nº 02

GSEducationalVersion
16,00
CBCA
FLOOR PLANS
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
6,00
6,00
6,00
6,00
6,00
6,00
6,00
6,00
6,00
6,00
6,00
6,00
6,00
6,00
6,00
5,00
2,50
4,80
2,00
3,70
15,60
23,90
2,30
30,30
15,20
A
5,00
5,30
2,60
B
C
5,00
2,00
3,10
1,50
1,80
5,30
2,20
1,20
10,40
5,00
3,00
D
A
N
D
5,00
5,00
A
B
7,40
3,00
5,20
3,50
-1,00
-3,80
16,70
A
B
F
-3,00
G
5,00
5,00
4,20
3,20 2,10
4,10
2,20
3,00
3,40
8,00
H
4,50
2,20
3,00
2,70
2,50
3,40
39,20
2,60
3,80
3,70
2,10
3,65
4,60 3,60
8,50
10,20
5,00
C
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
6,00
6,00
6,00
6,00
6,00
6,00
6,00
6,00
6,00
6,00
6,00
6,00
6,00
6,00
6,00
5,00
5,00
5,00
5,00
A
B
MAIN ACCESS
A
B
5,00
5,85
C
C
D
30
31
32
41
13
12
34
36
37
33
35
38
39
40
27
29,75
3
16
26
17
18
25
24
29
43
14,65
44
5
45
28
3,00
4
i= 6,25%
20
19
21
23
22 14
7,40
15
2
16,00
3,00
-2,00
i= 6,25%
16,00
11
9
8 10 6
7
42
GROUND FLOOR PLAN
SCALE: 1:250
D
D
12,35
45,35
32,90
A
B
i= 6,25%
i= 6,25%
+2,00
C
+1,00
i= 6,25%
D
23,70
A
N
D
5,00
±0,00
-1,00
F
-3,00
i= 6,25%
i= 6,25%
G
16,00
i= 6,25%
5,00
5,85
-1,00
H
2
12,35
7,70
38,65
4,00
11,00
3,00
11,00
3,00
HALF LEVEL PLAN
SCALE: 1:250
C
D
1
ACTION AGAINST GLOBAL CLIMATE CHANGE - 17th CBCA COMPET

B
A
x
±0,00
S
3,00
+1,00
-1,00
B
-2,00
B
3,00
16,00
2,10
4,80
-3,00
3,50
4,50
7,40 8,70 5,65 6,00 5,20
+3,00
2,50 2,25 2,25 5,20 5,40 5,40 5,40 4,55
8,20
B
A
x
MAIN ACCESS
±0,00
i= 6,25%
+1,00
-1,00
i= 6,25%
-1,00
+2,00
i= 6,25%
-3,00
i= 6,25%
i= 6,25%
i= 6,25%
SECTOR PLAN - GROUND FLOOR
SCALE: 1:1000
SECTOR PLAN - HALF LEVEL
SCALE: 1:1000
LEGEND
i= 6,25%
10,70
35,40
16,00
i= 6,25%
+2,00
i= 6,25%
16,50
ADMINISTRATIVE
SERVICE
i= 6,25%
i= 6,25%
i= 6,25%
EDUCATIONAL
SERVICE
SECTOR PLAN - 1 FLOOR
SCALE: 1:1000
1. ATRIUM
2. GARDEN
3. SOUVENIRS
4. BOARDING
5. WAITING
6. BWC FEM
7. BWC PCD FEM
8. BWC MASC
9. BWC PCD MASC
10. DML
11. LOCKERS
12. TOTENS
13. BISTRO
14. TOURIST SUPPORT
15. OUTPATIENT
16. FINANCIAL
17. HR
18. PANTRY
19. MEN'S BATHROOM AND CHANGING ROOM
20. WOMEN'S BATHROOM AND CHANGING ROOM
21. UNISEX PCD BATHROOM AND CHANGING ROOM
22. DML
23. MANAGER
24. OPERATIONS ROOM
25. SECURITY
26. WAREHOUSE
27. DEPOSIT I
28. DEPOSIT II
29. FILES
30. SCREENING
31. WET DEP.
32. DRY DEP.
33. ANTEROOM
34. COOL ROOM
35. COLD ROOM
36. MEAT
37. FISH
38. MALE PCD BWC
39. FEMALE PCD BWC
40. DML
41. BISTRO
42. PF INSPECTION
43. TICKET OFFICE
44. UNIT LINES FOR TICKET OFFICE
45. EXT. AREA. EMBARKATION/DISEMBARKATION
ARRIVAL ATRIA AND ACCESS RAMPS
ARRIVAL IN THE ATRIUM ON INTERMEDIATE LEVEL
ITION FOR ARCHITECTURE STUDENTS 2024 – PLATE Nº 03

GSEducationalVersion
B
B
3,00
LEGEND
43. 4 CLASSROOMS
44. MANAGEMENT
45. TEACHERS ROOM
46. BWC PCD FEM EMPLOYEES
47. BWC PCD MALE EMPLOYEES
48. RECEPTION
49. DML
50. 2 MULTI-PURPOSE ROOMS
51. AUDITORIUM
52. MEN'S BWC
53. WOMEN'S BWC
54. UNISEX PWD
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16
6,00 6,00 6,00 6,00 6,00 6,00 6,00 6,00 6,00 6,00
6,00
6,00
6,00
6,00
6,00
C
D
7,40
8,70
5,65
6,00
5,20
A
5,00
S
3,60
52
50
B
±0,00
2,10
54
51
55
50
10,70
i= 6,25%
C
5,00
3,00
16,00
i= 6,25%
+2,00
4,80
53
+1,00
16,00
5,00
i= 6,25%
+3,00
D
A
A
E
5,00
B
35,40
16,50
B
5,00
-1,00
F
-3,00
i= 6,25%
G
5,00
i= 6,25%
-2,00
i= 6,25%
3,50
48
44
43
43
43
43
8,20
5,00
4,50
49
47
46
45
H
2,50 2,25
2,25 5,20
5,40
5,40
5,40
4,55
FIRST FLOOR PLAN
SCALE: 1:250
B
B
A
35,40
A
x
x
90,70
ROOF PLAN
SCALE: 1:250
ACTION AGAINST GLOBAL CLIMATE CHANGE - 17th CBCA COMPET

MAIN ENTRANCE
FACADE WITH ORGANIC METAL STRUCTURE
EMBARKATION AND DISEMBARKATION
MAIN FACADE AND ACCESS TO BOATS
ITION FOR ARCHITECTURE STUDENTS 2024 – PLATE Nº 04

GSEducationalVersion
CBCA
SECTIONS AND CONSTRUCTION DETAILS
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
+9.00 3
Coverage
+6.00 2
Lining
3,00
+3.00 1
Second Floor
±0.00 0
Half Level
-3.00 -1
Ground floor
-6.00 -2
Foundation
+9.00 3
Coverage
+6.00 2
Lining
+3.00 1
Second Floor
±0.00 0
Half Level
-3.00 -1
Ground floor
-6.00 -2
Foundation
+9.00 3
Coverage
+9.00 3
Coverage
3,00
+6.00 2
Lining
+6.00 2
Lining
3,00
+3.00 1
Second Floor
+3.00 1
Second Floor
3,00
±0.00 0
Half Level
±0.00 0
Half Level
3,00
3,00
3,00
3,00
1,30 1,70
3,00
3,00
3,00
3,00
3,00
3,00
3,00
3,00
IT. 02
3,00
SECTION A-A
SCALE 1:250
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
IT. 03
IT. 01
SECTION B-B
SCALE 1:250
1 2
3 4
5
6
7
8
1
2
3
4
5 6
7 8
-3.00 -1
Ground floor
-3.00 -1
Ground floor
-6.00 -2
Foundation
1,00 2,00
-6.00 -2
Foundation
1,35
SECTION C-C
SCALE 1:250
SECTION D-D
SCALE 1:250
ACTION AGAINST GLOBAL CLIMATE CHANGE - 17th CBCA COMPET

METAL PILLAR
STRUCTURAL ASTM - A242 -
HP - HOT ROLLED
HP250X85
METAL PILLAR
STRUCTURAL ASTM - A242 -
HP - HOT ROLLED
HP250X85
SCREWED METAL PLATE
STRUCTURAL ASTM - A242
ANCHOR BOLTS
STRUCTURAL ASTM - A307
METAL ANCHOR BOLT
ESTRUTURAL ASTM - A325
DET. 01
SCALE 1:20
METAL BEAM
ASTM STRUCTURAL STEEL
A242 - W - HOT ROLLED
W250X101
DET. 02
SCALE 1:20
METAL PLATE
ESTRUTURAL ASTM - A240
METAL PLATE
ROTOMOLDED
POLYETHYLENE FLOAT
ASTM A420 - STAINLESS
STEEL, HOT-ROLLED 316
SERIES
METAL BEAM
ASTM - A242 - HP -
STRUCTURAL STEEL -
HOT HP250X85 ROLLED
DET SEISMIC STRUCTURE
SCALE 1:100
CONNECTION
SCALE 1:10
ARTICULATION SYSTEM
ALLOWS THE PIER TO RAISE
AND LOWER ACCORDINGLY
SEA LEVEL
METAL BEAM
ASTM A242 STRUCTURAL
STEEL - HP - ROLLED
HOT HP250X85
METAL BEAM
ASTM STRUCTURAL STEEL -
A242 - P - TUBULAR P102
NOT SPHERICAL
STRUCTURAL STEEL
ASTM A242 HOT DIP
GALVANIZATION
SPACE TRUSS
SCALE 1:100
DET. 03
SCALE 1:20
CONNECTING THE BAR TO THE NODE
WELDED
STRUCTURAL STEEL
ITION FOR ARCHITECTURE STUDENTS 2024 – PLATE Nº 05

GSEducationalVersion
11 PARAMETRIC ORGANIC FACADE -
ASTM A276 STAINLESS STEEL - Ø25mm
-
11
10 CURTAIN WALL - TRIPLE GLASS
WITH THERMAL AND ACOUSTIC
INSULATION
10
09 MODULE MONOCRYSTALLINE
PHOTOVOLTAIC HJT 400W - VIDRO
DOUBLE - EFFICIENCY
22%
09
08 PLANE SPACE TRUSS SUPPORTED
ON FOUR VERTICES INVERTED -
METAL BEAM - STEEL P - STRUCTURAL
ASTM - A242 - TUBULAR P102
08
07 METAL PILLAR - STRUCTURAL
STEEL ASTM - A242 - HP - HOT ROLLED
HP250X85
07
06 ANCHOR BAR - STAINLESS STEEL
ASTM A276 - Ø160MM - EXPOSED WITH
EPOXY COATING
06
05 COUNTERSALE
- STEEL -
ASTM STRUCTURAL - A242 - P
TUBULAR
P102
05
04
04 FLOOR GRIDS - HOT DIP
GALVANIZED
03
02
03 METAL BEAM - STRUCTURAL STEEL
ASTM - A242 - HP - HOT ROLLED
HP250X85
01
02 METAL BEAM - ASTM STRUCTURAL
STEEL - A242 - W - HOT ROLLED
W250X101
ISOMETRIC EXPLODED
WITHOUT SCALE
01 PILLAR METALLIC - STEEL
STRUCTURAL ASTM - A242 - HP - HOT
ROLLED HP250x85
ACTION AGAINST GLOBAL CLIMATE CHANGE - 17th CBCA COMPET

SubD (Subdivision Surface) technology enables the creation of complex and
organic surfaces through the subdivision of low-density meshes, resulting in
smooth and detailed surfaces. It combines the flexibility of parametric surfaces
with the simplicity of meshes, facilitating interactive modeling and conversion
between different types of geometry. Integrated with parametric tools, this
technology enables geometry parameterization, process automation and
generative design exploration, enabling the creation of architectural forms.
THREE-DIMENSIONAL TRUSS FACADE ELEMENT
NO SCALE
PROGRAMMING CODE - GRASSHOPPER
DEPARTURE AND DISEMBARKATION TERMINAL
SEISMIC STRUCTURE FOR FLOATING PLATFORM
SOCIAL PEDESTRIAN ACCESS
RAISED FLOOR AND METAL STRUCTURE
VEHICLE AND PEDESTRIAN ACCESS
RAISED FLOOR AND METAL STRUCTURE
TERMINAL COUNTER
ACCESS TO OUTDOOR AREA AND BOARDING
ITION FOR ARCHITECTURE STUDENTS 2024 – PLATE Nº 06

This portfolio reflects the projects and experiences that have marked my
journey as a student and emerging professional in the field of Architecture.
Throughout this process, I had the opportunity to work on various projects
that required not only technical knowledge but also creativity, innovation,
and adaptation to the context in which they were developed.
Each project presented here was carried out using the programs I have
learned throughout my path, with a focus on BIM tools such as Archicad,
which allowed me to create detailed and integrated solutions. I believe that
Architecture is an ever-evolving field, and the use of technology, especially
within BIM, is one of the greatest transformations our profession is
undergoing. It is with this forward-thinking mindset that I continue, always
open to learning and mastering new tools that can further enhance my ability
to design and positively impact the spaces I create.
Rather than simply reflecting past accomplishments, this collection
represents a starting point for the challenges that lie ahead. I am confident
that Architecture, fueled by technology and innovation, will continue to be
one of my deepest passions.
DALILA KISHI AWAD
FOZ DO IGUAÇU, PR - BRAZIL
DALILA.AWAD@HOTMAIL.COM
+55 45 99135-5566