ELENA PASCUAL CUERVO - ARANGO ABOUT ME ...
Student of Architecture - Technical University of Valencia
WORK SUMMARY
Hernandez Arquitectos Valencia | July 2023
Shop Assistant
Malahide, Dublin | September 2018- May 2019
Au Pair
Dublín, Irlanda | September 2018 - June 2019
ACADEMIC RECORD
Technical University of Valencia Bachelor in Fundamentals of Architecture | September 2021
School Esclavas Sagrado Corazón de Jesús - Valencia
High School os Science 1 September 2019May 2021
Malahide Community School
Malahide, Dublín | August 2018 - May 2019
School of Madre Vedruna, Castellón September 2006 - June 2018
VOLUNTEERS
Parish of Santa Marta, Valencia Basic education work for children
Personal strengths
Creative Empathic Committed
Responsible Trabajadora
Languages
Spanish - native
English - B2
Valencian - native
Programmes
Autocad
Photoshop
InDesign
TwinMotion
3dMax
Contact
gmail: epascualcuervo@gmail.com
tel: +34 628038896
instagram: evpc_arq
Valencia
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I chose to study architecture by vocation, my father is an architect and since childhood I have seen what it means to be an architect, the great process that involves carrying out a project and how beautiful this profession is.
I define myself as a very creative person, able to organize myself at work in a way that meets my goals. In this way I managed to pass the complete courses with good results. I consider myself hardworking and efficient. I value the culture of effort and love teamwork, as well as interacting with my peers both academically and personally.
I am very interested in traveling to learn about different environments and cultures, I think it is something basic for an architect and that brings great growth.
Within the fields of architecture I am fascinated by the restoration, the possibility of conserving the architecture, our cultural imprint, maintaining its original essence and often adapting it to the present. I think it’s a really nice exercise.
On the other hand, I love urban planning. The importance of public spaces, green spaces in urban environments, spaces endowed with optimal conditions of sociability can make a society grow and an architect can contribute a lot.
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INDEX ...
SOCIAL HOUSING IN BENIMACLET, VALENCIA
Projects 3 - Lab H (2024)
STUDENTS HOUSING, VALENCIA
Projects 2 - Lab H (2023)
HOUSING BETWEEN PARTY WALLS, VALENCIA
Projects 2 - Lab H (2022)
URBAN PARK PROJECT, BENIMACLET
Urban Planning 1st - 2A (2023)
SOCIAL HOUSING IN BENIMACLET, VALENCIA
Projects 3 - Lab H (2024)
Modulation and repetition strategy.
The proposal consists of three linear blocks parallel to each other and facing east.
The ground floor of the plot is mainly for public use. It is a free ground floor and seeks to directly link the Benimaclet neighbourhood with the park.
In the centre of the plot there is a large square located between the linear blocks, with green areas and dense vegetation.
The square is full of routes through which longitudinal and transversal circulations take place, the main one being marked by a large pergola that reaches the park.
The organic routes counteract the linearity of the building’s design and allow for fluid circulation.
Total buildable area: 17455 m2
Number of dwellings : 144
Hermanos Villalonga San EnriqueNavarro Carmen Crespo C.Diógenes López Mecho "Metge" C.Diógenes López Mecho "Metge" Poetas Real Calle Arquitecto Arnau Maestro. Pascual Anónimos Calle Poetas Anónimos Calle Alegre Hermanos Villalonga Calle Arquitecto Arnau Gandía Calle Alcon Marcelino Mistral
South Elevation E 1:500 25 75m 50 East Elevation E 1:500 05
Housing Floor E 1:350 10 20 30m 06
dwellings)
Square metres : 57
Of which exterior : 12 m2
Bedrooms : 1
Occupants : 1-2
Bathrooms : 1
m3 total storage : 4,51
m3 storage per person : 2,25
Square metres : 92
Of which exterior : 19 m2
Bedrooms : 3
Bedrooms : 4
Bathrooms : 2
m3 total storage : 11,6
m3 storage per person : 2,9
(56 dwellings) 6.5 6 3 3.5 3 3 3,5 1 1 1 2.2 0.8 07
TYPE 1 TYPE 3 (16
Square metres : 75 Of which exterior : 19 m2 Bedrooms : 2
2-3 Bathrooms
1 m3 total storage
7,1 m3 storage per person
Square metres : 101 Of which exterior : 26 m2 Bedrooms : 3 Bedrooms : 4 Bathrooms : 2 m3 storage : 11,6 m3 storage per person : 2,9 TYPE 2 TYPE 4 (24 dwellings) (48 dwellings) 3 3 3 3 3 0.8 1.3 0.8 0.85 0.8 2.65 Housing typologies E 1:75 3 6 9m 08
Occupants :
:
:
: 2,36
False
Support
Perimeter band of prefabricated concrete
ceiling plasterboard
Honeycomb plate (120 x 22cm)
Concrete compression layer (5cm)
TERCERO LAB H PROFESOR: MARTA PÉREZ RODRÍGUEZ PLANO:
ELENA
CUERVO
ARANGO
100
Distribution mesh (20x20x0.6cm)
Tipologías de vivienda
PASCUAL
-
ESCALA: 1 :
Metros cuadrados : 75 De los cuales exteriores : 19 m2 Dormitorios : 2 Habitantes : 2-3 Baños : 1 m3 almacenamiento totales : 7,1 m3 almac. por persona : 2,36 Metros cuadrados : 92 De los cuales exteriores : 19 m2 Dormitorios 3 Habitantes : 4 Baños : 2 m3 almacenamiento totales : 11,6 m3 almac. por persona : 2,9 TIPO 2 TIPO 3 TIPO 4 (24 viviendas) (56 viviendas) (48 viviendas) 6.5 3 3.5 3 3 3 3 3,5 3 3 3 2.2 0.8 1.3 0.8 0.85 0.8 09
PROYECTO: Viviendas sociales en Benimaclet, Valencia N
Underfloor heating
Underfloor heating pipes
Self levelling mortar
1 3m 2 Constructive Section E 1:25 10
Porcelain flooring
Projects 2 - Lab H (2023)
The importance of orientation and in-between spaces.
STUDENT HOUSING IN EL CABAÑAL, VALENCIA
The plot is located close to the Malvarrosa Beach. The main purpose of the project is to improve the Cabañal neighborhood, providing it with a series of public facilities.
The designed building is divided into two floors; the ground floor is for public use and includes a large parking area, a gym, a library, a café and a large garden with a swimming pool area, while the second floor contains the sleeping area with private outdoor space and two common outdoor areas for residents.
Non-family lodging
Number of inhabitants: 20-25
Parcela residencia Transporte público cercano Universidades
West Elevation E 1:250 North Elevation E 1:250 11 10 20 30m
12
13
Ground
5
1,50m 1,50m
Floor E 1:250
15m 10
14 1,50m First Floor E 1:250 5 15m
FOUNDATION
STRUCTURE AND FLOOR SLABS
1,50m Pilares
N 3 1 2 2 1 1 4 5 6 7 22 8 10 14 15 16 21 10 11 17 18 19 20 21 25 26 27 28 29 24 30 31
retranqueados
1. Concrete footing
2. Tie beam
3. Foundation reinforcement
4. Cleaning concrete
5. Waterproof polyethylene sheet
6. Reinforced concrete floor
7. Metal pillar HEB - 200
8. Metal longitudinal beam IPE - 270
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9. Metal lingitudinal beam IPE - 400 10. Metal cross beam IPE - 270 11. Simple T-profile 12. Metal profile L (connection and sheet metal su pport) 13. LD profile 14. Collaborating sheet 70.4
ROOF (NON-TRAFFICABLE INVERTED FLAT)
24. Concrete slope
25. Asphalt sheeting
26. Geotextile separating layer
27. Thermal insulation : extruded polystyrene
28. Geotextile anti-puncture separating layer
La construcción del edificio se lleva a cabo a partir de una estructura ligera conformada principalmente por pilares y perfiles metalicos sobre los que apoya un forjado chapa colaborante.
29. Boulders
30. Solid brick parapet
Como se aprecia en el esquema, la estructura se resuelve con una retícula que nace a partir de las habitaciones de la primera planta y que cuadra perfectamente usos de la planta baja.
31. Coping coping 2 6m 4
Los pilares del lado norte del edificio se encuentran retranqueados respecto a la fachada de la planta baja por dos motivos; para solucionar el encuentro con el ventanal rasgado del gimnasio y para coincidir con el volumen de las habitaciones en primera planta ya que este no esta alineado con la fachada para una mejor diferenciación los volúmenes.
CIMENTACIÓN 1. 2. 3. 4. 5. 6. ESTRUCTURA 7. 8. 9. 10. 11. 12. 13. 14. 15. 16. 17. 18. 19. 20. 21. 22. 23.
24. 25. 26. 27. 28. 29. 30. 31.
CUBIERTA
1 1 1 2 13 9 14 17 12 15. Forged reinforcement 16. Metallic dowel bars 17. Forged concrete 18. Thermal insulation 19. Underfloor heating 20. Interior flooring 21. Exterior
22. False ceiling 23.
flooring
Water-repellent exterior cladding
Constructive Section E 1:50 16
HOUSING BETWEEN PARTY WALLS IN EL CABAÑAL, VALENCIA
Projects 2 - Lab H (2022)
The importance of light work in long and narrow buildings between partitions.
The project develops a housing intended for two inhabitants. In today’s society there are new needs and different ways of living.
This house is designed for two workers who share the common areas and have maximum equality of private spaces (same light, ventilation, orientation...)
The design of this project involves an exhaustive study of the space, of a linear organization of this space and of how to achieve good lighting and ventilation conditions, since we start from a plot of 3.5 m wide by 23 m long and located between partition walls.
VIVIENDA ENTRE MEDIANERAS
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ESPACIAL - PLANOS E. Ground Floor 2 6m 4 First Floor E 1:100 18
PROPUESTA
1 2 4 5 6 7 8 9 10 11 12 15 16 13 18 17 20 21 22 23 19 24 27 28 29 30 25 26 32 31 19
FOUNDATION
1. Concrete footing
2. Tie beam
3. Foundation reinforcement
4. Cleaning concrete
5. Waterproof polyethylene sheet
6. Reinforced concrete floor
STRUCTURE AND FLOOR SLABS
CIMENTACIÓN
7. Metal pillar HEB - 100
8. IPE - 200 longitudinal metal beam
9. IPE metal cross beam - 100
1. Zapata de hormigón
10. Collaborating plate 70.4
2. Viga de atado
11. Forged reinforcement
3. Armadura cimentación
4. Hormigón de limpieza
12. Metallic dowel bars
13. Forged concrete
5. Lámina de polietileno impermeable
14. Thermal insulation
6. Solera de hormigón armado
15. Underfloor heating
16. Microcement (finish)
ESTRUCTURA Y FORJADOS
WALLS
7. Pilar metálico HEB - 100
8. Viga lonfitudinal metálica IPE - 200
9. Viga transversal metálica IPE - 100
17. Water-repellent mortar (exterior cladding)
18. Triple hollow brick (11cm)
10. Chapa colaborante 70.4
11. Armadura forjado
19. Layer of cement mortar
20. Hole for installations (12 cm)
12. Parapastas metálico
21. Master omega 70mm
13. Hormigón forjado
14. Aislante térmico
22. Thermal insulation
15. Suelo radiante
23. Laminated plasterboard
16. Microcemento (acabado)
24. Ceramic coating with cement glue (inside ba throom)
MUROS
ROOF (FLAT INVERTED NON-TRAFFICABLE)
17. Mortero hidrófugo (revestimiento exterior)
18. Ladrillo hueco triple (11cm)
25. Concrete slopes
19. Capa de mortero de cemento
26. Asphalt sheet
20. Hueco para instalaciones (12 cm)
27. Geotextile separating layer
21. Maestra omega 70mm
28. Thermal insulation : extruded polystyrene
22. Aislante térmico
29. Geotextile anti-puncture separator layer
23. Placa de yeso laminado
30. Boulders
24. Revestimiento cerámico con cemento cola ( interior baño )
31. Solid brick parapet
32. Crown coping
CUBIERTA (PLANA INVERTIDA NO TRANSITABLE)
25. Hormigón de pendientes
26. Lámina asfáltica
27. Capa separadora geotextil
28. Aislamiento térmico : poliestireno extruido
29. Capa separadora antipunzonante geotextil
30. Canto rodado
31. Antepecho de ladrillo macizo
32. Albardilla de coronación
3 14 22 10 21 19 18
2 6m 4 Constructive Axonometry E 1:40 20
URBAN PARK PROJECT IN BENIMACLET, VALENCIA
Project carried out with Duna Ferrando and Begoña Betancor
Starting from a park of rectangular plant that occupies the block complete, the proposal proposes transform it by means of curves that create different spaces and allow a fluid circulation between the zones. It houses a playground, rest areas for caregivers, a bar, lawn areas and a fountain to cool off in summer.
In the southwestern half of the park there is a closed enclosure for dogs, a shaded area with benches covered by a pergola and a space intended for exercise visually protected by vegetation.
All areas are related to each other by the different curves created to starting from the traffic that users are currently running and that is not match the existing park.
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Current park Proposal
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ELENA VICTORIA PASCUAL CUERVO-ARANGO
gmail: epascualcuervo@gmail.com tel: +34 628038896
instagram: evpc_arq Valencia