Mario Moya Jiménez Architecture Portfolio
CONTENT
1
STARBUCKS STORES
2
DESIGN GUIDELINES FOR WOMEN’S PRISONS
3
PUNTARENAS FERRY STATION
4
URBAN WALK
5
SUSTAINABLE HOUSE PROTOTYPE
6
HOLISTIC CENTER
Gensler Costa Rica
Academic project
Academic project
Academic project
Academic project
Academic project
STARBUCKS STORES
Renovation Program Gensler Costa Rica
Description This program was requested by the company Starbucks to renovate over 200 stores per year in the east cost of the United States of America, as well as in many countries of Latin America. All the projects were designed by architects in Costa Rica and México and approved by the design board of Starbucks.
Starbucks store - United States
Starbucks store - United States
Starbucks store - United States
Starbucks store - México
Starbucks store - México
Starbucks store - México
DESIGN GUIDELINES FOR WOMEN’S PRISONS
Bachelor’s Thesis Collaborative project 2018
Description This handbook provides architectural guidelines for the design of women’s prisons in Costa Rica, based on their specific needs and aiming towards a more integrative and inclusive concept to protect their human rights. It has been developed to be used as a reference by professionals involved in a design and planning process for women’s prisons. The handbook includes guidelines for 25 different spaces which were identified as the minimal needed to assure the promotion of women’s human rights. Contribution to the collaborative project: -Research process. -Conceptual design for each space. -Guidelines development for each space.
Printed handbook
GENDER EQUITY
INTEGRATIVE CARE
HUMAN RIGHTS
Fair opportunities according to the women’s needs.
Provide opportunities for incarcerated women through education, work, and health.
Guarantee the respect and value of human rights.
LEGAL PERSPECTIVE
ARCHITECTURAL PERSPECTIVE
USER’S PERSPECTIVE
Research in legal literature regarding prisons in Costa Rica to determine:
Technical visits to the existing women’s prisons in Costa Rica to determine:
Meetings with actual incarcerated women to determine:
-Conditions required by the law.
-Strengths, weaknesses, opportunities, and threats of the existing conditions.
-Daily dynamics in the existing spaces.
Conceptual diagram
-Spaces required by the law -Institutions involved in the design process for prisons.
-Required architectural elements.
Research perspective diagram
3
-Possible new spaces or characteristics that should be incorporated.
Floor Plan Guidelines Childcare room
Interior view Childcare room
Floor Plan / Elevation Guidelines Shared bedroom
Interior view Shared bedroom 4
Each space has a sheet in the handbook with its description, occupancy, characteristics, possible layout configurations according to different dynamics, and recommended dimensions.
LAYOUT OPTIONS
GROUP THERAPY ROOM
A. LAYOUT FOR TALKS
DESCRIPTION
4.80m
Room to develop therapy group sessions for the mental health of incarcerated women and for support group meetings.
MAXIMUM OCCUPANCY
08
Total Area: 23.5 M2
4.90m
B. LAYOUT FOR GROUP SESSIONS
HOW IT IS USED
N when needed
collective use
4.80m
daytime use
CHARACTERISTICS
Versatility
Multipurpose
Technology 4.90m
Guidelines - Group Therapy Room
5
34
In addition, an isometric view is provided to explain the elements required in the space, as well as some finishes and suggestions to enhance the user’s experience.
DESIGN ELEMENTS 1 Lightweight soft seating 2 Lightweight side tables 3 Sideboard 4 Whiteboard / projector screen 5 Projector 6 Electrical outlets and Internet connection
SUGGESTIONS 5
7 Casement windows for natural air and light. 8 Lightweight furniture to allow easy rearrangements in the room.
7
4
3 6 1 8
LIGHTING DESIGN
2
Warm lighting 2700K
FINISHES FURNITURE
FLOOR
WALLS
Waterproof fabric
Ceramic tiles
Acrylic paint
ISOMETRIC VIEW
35
6
PUNTARENAS FERRY STATION Course: Design Workshop VIII Individual project 2015
Description The Puntarenas Ferry is the only ferry service provided in Costa Rica, connecting two major ports and transporting up to 9000 people and 2000 vehicles per day. Located in the most touristic area of the coast, and commonly visited by international cruises. Puntarenas is well-known for its beaches, traditional gastronomy, and local artisans. The proposal provides waiting rooms for customers, parking spaces, restaurants,
Perspective view
Exterior view - Shops with local artisans 7
Design concept The concept is based on dynamic atoms that will spread the activities along the intervention area. Each atom provides space for shops and restaurants and is connected by bridges on the second floor where people can enjoy the view to the ocean. The bridges also set a journey from side to side to explore the whole project. There is one main, bigger atom that includes the waiting room and the lobby by the boarding area.
Dynamic Atom
e
dg
Bri
Dynamic Atom
Bri
dg
e e
dg
Bri
Dynamic Atom
Dynamic Atom
Conceptual diagram
Site 8
A
TE
RA N
8
TAU
RES
ACC PR ESO AD IVADO MIN
VENTA FORMAL
S.S
S.S
6
Floor Plan - Puntarenas Ferry Station VENTA FORMAL
AS S NT LE VE RMA O INF
VENTA FORMAL
AS S NT LE VE RMA O INF
S.S
S.S
NA
BOLETERÍAS
S
2 PARQUEOS
S
INF VENTA OR MA S LE
CARRIL 5
PASO
CARRIL 4
CARRIL 3
PASO
CARRIL 2
CARRIL 1
SO
1 PARQUEOS
S
INF VENT OR AS MA LE
VENTA FORMAL
CARRIL DE BUSES PASO
GA ER
10
3 ACCESO PARA DEJAR Y RECOGER PERSONAS
TIV O
TRA
INIS
DM
O
IST RA TIV
DM IN
UE OA
SES
EP
D DA
4
PARQUEO
S.S
BU
PA RQ
OA
UE
RQ
PA
1
DE
NA S
GA
2
9
5
6
PLANTA DE EMPLAZAMIENTO
Á ESP REA ERA
E
NT
TAU RA
RES
4
IL 2
RR
IL 3
RR
SO
PA
RR IL
IL 5
RR
CA
CA
SO
PA
CA
CA
CA RR IL
SO
PA RR IL
CA
LLE
SALIDA DE AUTOS
O
UE
RQ
PA
SAL
IDA
DE
IDO
RÁ P
9
SO
PROYECCIÓN DE PUENTE Y SEGUNDO NIVEL
MP
RA
MP
RA
A
8 RÍA
7
ER
AUTOBUSES
LLE
LETE
EP
D DA
BO
Legend 1. Restrooms 2. Shops 3. POS - Tickets 4. Administrative building 5. Waiting area 6. Restaurants 7. Wating line for vehicles 8. Boarding area to ferry 9. Parking spaces 10. Drop-off AUTOMÓVILES
1
2
2
PROYECCIÓN DE PUENTE Y SEGUNDO NIVEL
PARQUEOS
0.50 0.50
PRECINTA CON ACABADO DE MADERA
PRECINTA CON ACABADO DE MADERA
VIGA DE CONCRETO
VIGA DE CONCRETO
VIGA DE CONCRETO
CUBIERTA DE CONCRETO
VIGUETAS DE CONCRETO
CUBIERTA DE CONCRETO
VIGA DE CONCRETO
0.50
0.50
1.14
CUBIERTA DE CONCRETO
0.96 0.90
CANOA
8.00.
0.90
PARASOL
PASAMANOS DE MADERA
4.00.
BARANDA MURO SECO VIGA DE CONCRETO
4.00.
CENEFA PARA PARASOL
8.00.
0.96
1.14
CANOA VIGA DE CONCRETO
VIGA DE CONCRETO COLUMNA DE CONCRETO
COLUMNA DE CONCRETO
BARANDA DE VIDRIO CON PASAMANOS DE MADERA
ENTREPISO DE CONCRETO
VIGA DE CONCRETO
CIELO RASO
COLUMNA DE CONCRETO
BARANDA DE VIDRIO CON PASAMANOS DE MADERA
COLUMNA DE CONCRETO
VIGA DE CONCRETO
VIGA DE CONCRETO
VIGA DE CONCRETO COLUMNA DE CONCRETO
Elevation at main building CUBIERTA DE CONCRETO
VIGA DE CONCRETO CUBIERTA DE CONCRETO
VIGUETAS DE CONCRETO
1.00 0.50
VIGA DE CONCRETO
1.00 0.50
VIGA DE CONCRETO VIGUETA DE CONCRETO
CANOA
CENEFA PARA PARASOL
3.20
COLUMNA CONCRETO
3.20
8.00.
PARASOL
ENTREPISO DE CONCRETO
BARANDA DE VIDRIO CON PASAMANOS DE MADERA
VIGA DE CONCRETO
VIGA DE CONCRETO
3.29
COLUMNA DE CONCRETO
3.29
COLUMNA DE CONCRETO
Section at main building
B
CUBIERTA DE CONCRETO
PRECINTA CON ACABADO DE MADERA
VIGA DE CONCRETO
VIGA DE CONCRETO
VIGA DE CONCRETO
CUBIERTA DE CONCRETO
VIGUETAS DE CONCRETO
CUB
0.50
0.50
1.14
PRECINTA CON ACABADO DE MADERA
0.50
0.50
B
0.96
1.14
CANOA VIGA DE CONCRETO
CENEFA PARA PARASOL
0.90
8.00.
0.96
0.90
CANOA
PARASOL
8.00.
PASAMANOS DE MADERA
4.00.
BARANDA MURO SECO VIGA DE CONCRETO
VIGA DE CONCRETO
4.00.
COLUMNA DE CONCRETO
COLUMNA DE CONCRETO
BARANDA DE VIDRIO CON PASAMANOS DE MADERA
ENTREPISO DE CONCRETO
VIGA DE CONCRETO
CIELO RASO
COLUMNA DE CONCRETO
Section at restaurant and waiting area A
A
VIGA DE CONCRETO CUBIERTA DE CONCRETO
VIGUETAS DE CONCRETO
0.50
CANOA
CENEFA PARA PARASOL
ESC: 1:200 DE MADERA ACABADO
0.50
NIVEL 1 PRECINTA CON 3.20
1.00 0.50
1.00 0.50
VIGA DE CONCRETO
BARANDA DE VIDRIO CON PASAMANOS DE MADERA
COLUMNA DE CONCRETO
B DE CONCRETO CUBIERTA
A
NIVEL 2
B
ESC: 1:200
VIGA DE CONCRETO
VIG
1.14
8.00.
CANOA
VIGA DE CONCRETO
MARIO MOYA
COLUMNA DE CONCRETO
ESCUELA DE ARQUITECTURA
B24611 TD 8
NOVIEMBRE 2015
0.90
VIGA DE CONCRETO
ENTREPISO DE CONCRETO
UNIVERSIDAD DE COSTA RICA
COLUMNA DE CONCRETO
0.96
3.29
1.14
BARANDA DE VIDRIO CON PASAMANOS DE MADERA
ESTACIÓN DE FERRY EN PUNTARENAS
0.90
8.00.
0.96
B
PARASO
8.00.
PASAMANOS DE MADERA BARANDA MURO SECO VIGA DE CONCRETO
VIGA DE CONCRETO
4.00.
ENTREPISO DE CONCRETO
VIGA DE CONCRETO
CIELO RASO
COLUMNA DE CONCRETO
COLUMNA DE CONCRETO
10
A
A
A VIGA DE CONCRETO
0.50
VIGA DE CONCRETO
CUBIERTA DE CONCRETO
BARANDA VIDRIO CO PASAMAN MADERA
COLUMN CONCRE
COLUMNA DE CONCRETO
Enlarged section at restaurant
NIVEL 1
CANOA
CENEFA PARASO
B
4.00.
3.29
0.50
8.00.
3.20
0.50
PARASOL
VIGUETAS DE CONCRETO
NIVEL 2
URBAN WALK Course: Urban Collaborative
Description Urban Walk is an intervention on a boulevard between two mix-used buildings in San José, Costa Rica. With retail shops on the first floor, and apartments on the following floors. The project aims to keep constant urban activities focused on pedestrians. The proposal is based on five urban concepts (invitation, permeability, versatility, sensibility, and amenity) to promote a dynamic boulevard where the users are welcomed to use it and stay there. It includes seating spaces, green areas, a bikeway, and a playground for kids. Contribution to the collaborative project: -Developing the design concept. -Organization and distribution of proposed urban activities.
Invitation Public spaces facing retail areas
Permeability
Versatility
Subtle separations to blend private and public spaces
Invitation Second floor covers commercial circulation
Perspective view - Building entrance 11
Sensibility
Volumes organize circulation and can be used for seating.
Connection with natural elements
Amenity Comfortable and protective seating spots
Design Concept The main challenge in the project was to blend the private area around the entrances to the buildings with the public area around the retail shops and the boulevard.
Building entrance
For this reason, the proposal is based on transitions between the public and the private space, made with textures, green areas, and seating spaces, that create subtle borders to organize the circulation without completely separating private and public.
Building entrance LEGEND Circulation
Privacy level Public
Vertical circulation
Semi-public
Commercial circulation
Semi-private
Primary circulation Secondary circulation
Private
Circulation diagram
Semi - private seating area Building entrance Coffe Shop Grocery Store Bike parking
Outdoor seating for shops
Kids Playgound
-
Public seating area
Public seating area
Public seating area
Bikeway
Bikeway Bike rental
Public seating area
Floor Plan - Urban Walk 12
Public seating area
SUSTAINABLE HOUSE PROTOTYPE Open collaboration with EARTH University Collaborative project
Description In collaboration with Agronomy students from EARTH University, this sustainable house prototype was developed for farmworkers in Limón, Costa Rica. The region has heavy rainy weather with high temperatures, which the project aims to use through systems that will save energy and natural resources. This lowcost house can be repeated in different locations around the area.
Exterior perspective - Front area
Contribution to the collaborative project: -Developing the architectural design proposal. -Production of renderings and drawings.
Exterior perspective - Outdoor seating
Isometric view 13
Design concept The proposal uses two metal shipping containers as the main structure for the house, with some additional platforms to expand the circulation around the containers. The layout distribution has regular spaces for a small family, but it is also focused on the dynamics of farmworkers including a storage room for tools and a secondary entrance next to the laundry room to clean the shoes or changing the clothes before entering the house. One of the main spaces is the outdoor seating area which is a common characteristic of the local tropical architecture in the region, usually used when the temperatures are too high to stay inside. 2,35
C
4.46
C
BEDROOM
3.80
BEDROOM
3.85
6.92
MASTER BEDROOM
NORTH
B
2.38
11.03
RAINWATER TANK
LIVING ROOM
4.50
A
STORAGE
KITCHEN
2.80
2.47
2.35
A
UP
1,00
TERRACE
R.R
LAUNDRY ROOM
2.80
RECYCLING BINS
2,00
SUBE 12.08
0.95
B
2.49
Floor Plan - Sustainable House 14 METAL ROOF
WATER HEATING SYSTEM
A
LIVING ROOM
R.R
3.80
LAUNDRY ROOM
B
14.13 4.50
13.24
STORAGE
KITCHEN
2.47
2.35
A
ME
A
2.80
2.80
RECYCLING BINS
2,00
SUBE 12.08
0.95
B
METAL ROOF
2.49
3.85
WATER HEATING SYSTEM
SKYLIGHT
SKYLIGHT
8,50
METAL ROOF RAINWATER TANK
SOLAR PANELS
RAINWATER TANK
SOLAR PANELS
METAL MESH
WATER HEATING SYSTEM
METAL MESH
Level 3.70m
A
A
2.47
A
2,70
TRANSLUCENT ROOF
WOODEN MESH
1,05
Level 0.55m CONCRETE FILLED TIRES
B
Level 0.00m
West
HEATING WATER TANKS
METAL ROOF WATER HEATING SYSTEM
SOLAR PANELS
METAL MESH
Level 3.70m
Level 3.70m
WOODEN SUNSHADES
2,70
2,70
WOODEN MESH
Level 0.55m
Level 0.55m
1,05
1,05
WOODEN MESH
Level 0.00m
Level 0.00m
East METAL ROOF
RAINWATER TANK
METAL MESH
Level 3.70m
METAL ROOF
RAINWATER TANK
METAL MESH
Level 0.55m
1,05
CONCRETE FILLED TIRES
METAL COLUM
2,70
2,70
Level 3.70m
Level 0.00m
METAL COLUM
Level 0.55m
1,05
CONCRETE FILLED TIRES
Level 0.00m
North WATER TANKS METAL ROOF
SKYLIGHT WATER TANKS SKYLIGHT
METAL ROOF
RAINWATER TANK
Level 3.70m
RAINWATER TANK
2,70
2,70
Level 3.70m
1,05
Level 0.55m
CONCRETE FILLED TIRES
Level 0.00m
1,05
Level 0.55m
South
Level 0.00m
CONCRETE FILLED TIRES
15
SISTEMA TERMOSOLAR
TANQUE DE
4,50
Several systems created by agronomy students were included in the proposal as a source of renewable energy and to reduce the usage of natural resources, such as rainwater collection, solar panels, a water heating system with sunlight, and a dry toilet.
C
C
14.13
13.24
METAL ROOF
In addition to this, the house was designed using passive techniques as the orientation according to the sun path, sunshades, and open facades for natural light and air.
B
METAL ROOF
SKYLIGHT 8,50
SKYLIGHT
RAINWATER TANK
WATER HEATING SYSTEM
SOLAR PANELS
A
A
A
TRANSLUCENT ROOF
B
Roof Plan - Sustainable House
WATER TANKS
ODOR VENT
METAL ROOF
TA
WATER HEATING SYSTEM
POTABLE WATER TANK 200L
METAL MESH
Level 3.70m
WOODEN SUNSHADES
FECES URINE
PIPE FOR ODOR VENT
0,20
WATER PUMP
Level 0.55m
FECES TANK 120L
WOODEN MESH
HOSE GUTTER FOR RAINWATER COLLECTION
WATER FILTER
OUTDOOR TAP
1,05
0,80
1,05
PIPE URINE TANK 120L
WATER FILTER
2,70
WOODEN MESH
GUTTER FOR RAINWATER COLLECTION
Level 0.00m
RAINWATER TANK
Dry toilet system diagram 5
INODORO SECO 1 : 20
10
Rainwater collection system diagram
RECOLECCIÓN DE AGUA
16
HOLISTIC CENTER Course: Design Workshop X Individual project 2016
Description Located in San José, Costa Rica, the Holistic Center hosts activities for the promotion of conscious living and healthy nutrition in the university. The project has spaces for art exhibitions, workshops, open kitchens, reading, meditation spots , agriculture, and a guest house.
Exterior view - Urban farming space
Exterior view - Workshops
Interior view - Open Kitchen 17
Design concept The building is developed through simple geometry and raw materials to focus on the natural surroundings. The distribution of the spaces follows a journey from the most social and dynamic activities at the beginning like the art exhibits to more individual and intimate spaces at the end, like the meditation spots.
Art exhibitions
Vestibule
Entrance
Open kitchen
Library Workshops
Urban Farm
Open Kitchen
Meditation Spots
Floor Plan - Holistic Center
18