PORTFOLIO M A RT I N A M A N N A
PORTFOLIO M A R T I N A M A N N A
URBAN PLANNING URBAN COURT - RE-QUALIFICATION OF SUBURBAN AREAS
LANDSCAPE DESIGN FENCH - LANDSCAPE DESIGN FOR A SUBURBAN ALLEY
RESTORATION Cà GRANDA - RESTORATION AND REUTILIZATION PROJECT
HYBRID ARCHITECTUREDHARAVI UNIVERSITY & SLUM RE-QUALIFICATION - TRADITION MEETS NEEDS
RETHINKING EXPO 2025 - RESPONSIVE BUILDING CHARRETTE - TORONTO CA
HYBRID BUILDING IN MILAN - HISTORIC MEETS MODERN
HYATT HOTEL, VTB ARENA PARK AREA, MOSCOW CA - EXECUTIVE DRAWINGS BMS PROGETTI, MILAN ITALY
INDEX
SKETCHES PERSONAL SKETCHES AND SCULPTURES
6-11
12-17
18-23
24-29
30-37
38-43
44-49
50-59
KIULU FARM STAY: ‘THE FIG TREE’ - DESIGN AND BUILD ECOLODGE ARKITREK, KOTAKINABALU BORNEO, MALAYSIA
ALL HAndS VoLUnTEERS - DISASTER RELIEf NON-pROfIT ORGANIzATION - pROGRAM COORDINATORpROJECT LEYTE, TACLOBAN, pHILIppINES
HYATT HoTEL, VTB AREnA PARK AREA, MoSCoW RU - EXECUTIVE DRAWINGS BMS pROGETTI,MILAN ITALY
RETHInKInG EXPo 2025 - RESpONSIVE BUILDING CHARETTE - TORONTO CA
1 - 3
4 - 6
7 - 9
10 - 12
13 - 16
17 - 19
20 - 22
23 - 26
27 -30
URBAN PLANNING URBAN COURT - RE-QUALIFICATION OF SUBURBAN AREAS
LANDSCAPE DESIGN FENCH - LANDSCAPE DESIGN FOR A SUBURBAN ALLEY
RESTORATION Cà GRANDA - RESTORATION AND REUTILIZATION PROJECT
HYBRID ARCHITECTUREDHARAVI UNIVERSITY & SLUM RE-QUALIFICATION - TRADITION MEETS NEEDS
RETHINKING EXPO 2025 - RESPONSIVE BUILDING CHARRETTE - TORONTO CA
HYBRID BUILDING IN MILAN - HISTORIC MEETS MODERN
HYATT HOTEL, VTB ARENA PARK AREA, MOSCOW CA - EXECUTIVE DRAWINGS BMS PROGETTI, MILAN ITALY
INDEX
SKETCHES PERSONAL SKETCHES AND SCULPTURES
6-11
12-17
18-23
24-29
30-37
38-43
44-49
50-59
KIULU FARM STAY: ‘THE FIG TREE’ - DESIGN AND BUILD ECOLODGE ARKITREK, KOTAKINABALU BORNEO, MALAYSIA
ALL HAndS VoLUnTEERS - DISASTER RELIEf NON-pROfIT ORGANIzATION - pROGRAM COORDINATORpROJECT LEYTE, TACLOBAN, pHILIppINES
HYATT HoTEL, VTB AREnA PARK AREA, MoSCoW RU - EXECUTIVE DRAWINGS BMS pROGETTI,MILAN ITALY
RETHInKInG EXPo 2025 - RESpONSIVE BUILDING CHARETTE - TORONTO CA
1 - 3
4 - 6
7 - 9
10 - 12
13 - 16
17 - 19
20 - 22
23 - 26
27 -30
1 7
“Urban Court” is a project based on the re-organization of an urban void in Brianza, Italy. Our intention is to develop a park that connects the 4 marginal urban centers without disregarding per-existing activities and farm land. Therefore, the goal is to develop 4 centers surrounding the existing farms in order to offer a variety of work and leisure activities to meet local needs. In this way, what used to be the urban void is now a walkable connection for the 4 small cities with path ways to connect and hard surface platforms to perform leisure activities.
BRIANZA AREA
BRIANZA AREA
ITALY
PROJECT AREA
6
URBAN COURT - RE-QUALIFICATION OF SUBURBAN AREAS
URBAN PLANNING
POLITECNICO, MILAN - ITALY
AY 2012 - 2013
1 7
“Urban Court” is a project based on the re-organization of an urban void in Brianza, Italy. Our intention is to develop a park that connects the 4 marginal urban centers without disregarding per-existing activities and farm land. Therefore, the goal is to develop 4 centers surrounding the existing farms in order to offer a variety of work and leisure activities to meet local needs. In this way, what used to be the urban void is now a walkable connection for the 4 small cities with path ways to connect and hard surface platforms to perform leisure activities.
BRIANZA AREA
BRIANZA AREA
ITALY
PROJECT AREA
6
URBAN COURT - RE-QUALIFICATION OF SUBURBAN AREAS
URBAN PLANNING
POLITECNICO, MILAN - ITALY
AY 2012 - 2013
28
PROJECT PLAN
9
URBAN VOID
EXISTING FARM LAND
4 MAIN PROJECT CORES
PARK AS A CONNECTING ELEMENT
28
PROJECT PLAN
9
URBAN VOID
EXISTING FARM LAND
4 MAIN PROJECT CORES
PARK AS A CONNECTING ELEMENT
310
4 MAIN PROJECT CORES
CONNECTION WITH EXISTINGINFRASTRUCTURE
PARK TO PROMOTE WALKABILITY AND AS A UNIFYING ELEMENT
11
4 MAIN PROJECT CORES
1. Permeable and hard surface
2. Outdoor activities and amenities
3. Farms and related activities
FARM LAND
VEGETABLE GARDENS
HARD SURFACE
FARM/RESTAURANT AREA
1
2
3
Section
310
4 MAIN PROJECT CORES
CONNECTION WITH EXISTINGINFRASTRUCTURE
PARK TO PROMOTE WALKABILITY AND AS A UNIFYING ELEMENT
11
4 MAIN PROJECT CORES
1. Permeable and hard surface
2. Outdoor activities and amenities
3. Farms and related activities
FARM LAND
VEGETABLE GARDENS
HARD SURFACE
FARM/RESTAURANT AREA
1
2
3
Section
412
LANDSCAPE DESIGNFENCH - LANDSCAPE DESIGN FOR A SUBURBAN ALLEY
MCGILL UNIVERSITY, MONTREAL CANADA
T O A N E W R E - B I R T HF R O M T H E E X I S T E N C E
EXCHANGE - SEPTEMBER 2014 - DECEMBER 2014
MONTREAL
CANADA
13
POSITIVE ASPECTS
NEGATIVE ASPECTS
PEOPLES NEEDSRESOURCES
MAIN FEATURES
Serve the communityProviding walkabilityConnecting resources
Space Flexibility Respect private domain
NON INVASIVE CHANGE
SITE ANALYSIS
Metropolitan scale Neighborhood scale Block scaleQuarter scale
Our Design aims to change negative aspects of the alley by giving them a new use and by linking private and the public spaces, in order to create a unified en-vironment. The major aspect to keep under consideration is obvi-ously privacy, our intention is not to invade or eliminate the fences, but change them, designing them in such a way that they can serve its purpose of dividing while con-temporarily unifying the community by providing sitting areas and giving character to the alley. We de-signed a structure, that runs along the entire alley of-fering sitting areas on both sides and creating focal points in designated area, evolving in a flexible way so that it can be used in different ways by different users.
MONTREAL
CANADA
PROJECT APPROACH
412
LANDSCAPE DESIGNFENCH - LANDSCAPE DESIGN FOR A SUBURBAN ALLEY
MCGILL UNIVERSITY, MONTREAL CANADA
T O A N E W R E - B I R T HF R O M T H E E X I S T E N C E
EXCHANGE - SEPTEMBER 2014 - DECEMBER 2014
MONTREAL
CANADA
13
POSITIVE ASPECTS
NEGATIVE ASPECTS
PEOPLES NEEDSRESOURCES
MAIN FEATURES
Serve the communityProviding walkabilityConnecting resources
Space Flexibility Respect private domain
NON INVASIVE CHANGE
SITE ANALYSIS
Metropolitan scale Neighborhood scale Block scaleQuarter scale
Our Design aims to change negative aspects of the alley by giving them a new use and by linking private and the public spaces, in order to create a unified en-vironment. The major aspect to keep under consideration is obvi-ously privacy, our intention is not to invade or eliminate the fences, but change them, designing them in such a way that they can serve its purpose of dividing while con-temporarily unifying the community by providing sitting areas and giving character to the alley. We de-signed a structure, that runs along the entire alley of-fering sitting areas on both sides and creating focal points in designated area, evolving in a flexible way so that it can be used in different ways by different users.
MONTREAL
CANADA
PROJECT APPROACH
514
BEFORE AFTER - view 1
ALLEY ANALYSIS
PROBLEM - Fences
Lane way infrastructureVegetation character Private domain inventory
SOLUTION - Changing the problem PROJECT : FENCE - BENCH
ALLEY SECTION
Multi-functional areaview 1
15
Private domain inventory
PROJECT : FENCE - BENCH
PROBLEM :
Fences as a dividing element, in fact the alley is a left over space
RESIDENTS REQUESTSAND CONCERNS
-Respect of private space-Non invasive intervention-Maintenance?
SOLUTION :
Change the existing division into a connection
FENCH
A Fence to respect private domain A Bench to connect public and private space
PROGRAM:
Type 1 fence and bench Type 2 bench on wall
Type 1 Type 2
Community, Church activities
Residents meeting place
Eating Area and food market
Day care exhibition area
Crop growing
Permeable surface
FENCH DETAILS
514
BEFORE AFTER - view 1
ALLEY ANALYSIS
PROBLEM - Fences
Lane way infrastructureVegetation character Private domain inventory
SOLUTION - Changing the problem PROJECT : FENCE - BENCH
ALLEY SECTION
Multi-functional areaview 1
15
Private domain inventory
PROJECT : FENCE - BENCH
PROBLEM :
Fences as a dividing element, in fact the alley is a left over space
RESIDENTS REQUESTSAND CONCERNS
-Respect of private space-Non invasive intervention-Maintenance?
SOLUTION :
Change the existing division into a connection
FENCH
A Fence to respect private domain A Bench to connect public and private space
PROGRAM:
Type 1 fence and bench Type 2 bench on wall
Type 1 Type 2
Community, Church activities
Residents meeting place
Eating Area and food market
Day care exhibition area
Crop growing
Permeable surface
FENCH DETAILS
616
1
Sketch 1 Plan 1
2
3 2
3
5
5
4
4
7
68
Key plan
3D REPRESENTATION
17
View 6
Winter view Jean Talon street
ENVISIONED USES
View 7
Fall view Inside the alley
View 8
Spring view Inside a backyard
616
1
Sketch 1 Plan 1
2
3 2
3
5
5
4
4
7
68
Key plan
3D REPRESENTATION
17
View 6
Winter view Jean Talon street
ENVISIONED USES
View 7
Fall view Inside the alley
View 8
Spring view Inside a backyard
718
RESTORATIONCà GRANDA - RESTORATION AND REUTILIZATION PROJECT
POLITECNICO OF MILANO, ITALY
AY 2012 - 2013
19
ITALY
MILAN
MILANHISTORICCENTER
Ca’ GRANDAUNIVERSITA’DEGLI STUDI DI MILANOIn order to plan the right intervention, it is neces-
sary to have a good knowledge of the building and all of its transformation through the years. The historic report includes library and archive research as well as image and map reading. The topographic report is another fundamental set of informations. In fact measuring the arti-fact in the right way is very important, we have experimented many different tools and meth-ods in order to have a correct drawing. After drawing plans and elevation, we started map-ping the different materials and evaluated its integrity.
A reutilization project gives a new life to the built heritage, creating a pleasant environment for university students and transforming the space offering more opportunities.
“Architectural conservation is the process through which the historical, the material and design integrity of built heritage are prolonged through carefully planned interventions.”
Transformation - Ca’ Granda historic hospital to University of Milan
1573 1699 1808 1844
718
RESTORATIONCà GRANDA - RESTORATION AND REUTILIZATION PROJECT
POLITECNICO OF MILANO, ITALY
AY 2012 - 2013
19
ITALY
MILAN
MILANHISTORICCENTER
Ca’ GRANDAUNIVERSITA’DEGLI STUDI DI MILANOIn order to plan the right intervention, it is neces-
sary to have a good knowledge of the building and all of its transformation through the years. The historic report includes library and archive research as well as image and map reading. The topographic report is another fundamental set of informations. In fact measuring the arti-fact in the right way is very important, we have experimented many different tools and meth-ods in order to have a correct drawing. After drawing plans and elevation, we started map-ping the different materials and evaluated its integrity.
A reutilization project gives a new life to the built heritage, creating a pleasant environment for university students and transforming the space offering more opportunities.
“Architectural conservation is the process through which the historical, the material and design integrity of built heritage are prolonged through carefully planned interventions.”
Transformation - Ca’ Granda historic hospital to University of Milan
1573 1699 1808 1844
820
TOPOGRAPHIC REPORT
Trilateral method
Leveling measurement method
Direct and Indirect measurement methods
Plan
Trilateral example plan
Leveling method example plan Internal Elevation
23 1
21
MATERIAL INTEGRITY AND CLASSIFICATION
Internal Elevation
Plan Materials
Vault Materials
Vault Integrity
Elevation
820
TOPOGRAPHIC REPORT
Trilateral method
Leveling measurement method
Direct and Indirect measurement methods
Plan
Trilateral example plan
Leveling method example plan Internal Elevation
23 1
21
MATERIAL INTEGRITY AND CLASSIFICATION
Internal Elevation
Plan Materials
Vault Materials
Vault Integrity
Elevation
922
REUTILIZATION PROJECT - PROMOTING GREEN SPACES AND A GREEN LIFESTYLE
EXPO MILANO
2015
FEEDING THE
PLANET
COURTSDIVERSE THEMES
LOCAL BOTANICGARDEN
EXHIBITION AREAS
The idea is to create a non invasive proj-ect, both visually and physically, in order to preserve the building’s integrity. The project is designed to be connected to Expo 2015 and other events. The design involves dif-ferent University courts and develops as a green neighborhood project.
The idea of having smaller vases creating the big structure is linked to the concept of green lifestyle. Small Expo vases are going to be sold during the event order to imple-ment and promote a change in everyday lifestyle, starting off with small vegetable gardens on every city balcony.
ENERGY FOR LIFE
Expo Structure - kitchen speciesVegetablesFruit plantsInformation Court
23
SELF BUILTPATHS AND
VASES
RESTINGWALKINGENJOYING
GREEN
SELL AND START
OVERPROMOTING GREEN SPACES AND LIFESTYLE Expo Structure - plan
922
REUTILIZATION PROJECT - PROMOTING GREEN SPACES AND A GREEN LIFESTYLE
EXPO MILANO
2015
FEEDING THE
PLANET
COURTSDIVERSE THEMES
LOCAL BOTANICGARDEN
EXHIBITION AREAS
The idea is to create a non invasive proj-ect, both visually and physically, in order to preserve the building’s integrity. The project is designed to be connected to Expo 2015 and other events. The design involves dif-ferent University courts and develops as a green neighborhood project.
The idea of having smaller vases creating the big structure is linked to the concept of green lifestyle. Small Expo vases are going to be sold during the event order to imple-ment and promote a change in everyday lifestyle, starting off with small vegetable gardens on every city balcony.
ENERGY FOR LIFE
Expo Structure - kitchen speciesVegetablesFruit plantsInformation Court
23
SELF BUILTPATHS AND
VASES
RESTINGWALKINGENJOYING
GREEN
SELL AND START
OVERPROMOTING GREEN SPACES AND LIFESTYLE Expo Structure - plan
1024
POLITECNICO OF MILANO, ITALY
AY 2012-2013
HYBRID ARCHITECTURE ITALY
MILAN
MILANHISTORICCENTER
PROJECT
HYBRID BUILDING IN MILAN - HISTORIC MEETS MODERN
25
ITALY
MILAN
MILANHISTORICCENTER
PROJECT
EVOLUTION OF THE TYPICAL 1800 ITALIAN COURT PROJECT EVOLUTION TO PROMOTE WALKABILITY
OPENING THE COURT TOWARDS AN EXISTING PARKSURROUNDING WALLS, OPENING THE VOLUME
This project is designed in the historic center of Milan, Italy. In order to respect norms and requirements the de-sign started from an evolution of the typical Italian court building. We also decided to keep and restore part of the existing building on the site.
This Hybrid building is designed to keep commercial and public spaces within the bottom floors, offering a big thermal space on the middle floors, and residential areas on the upper floors, in order to respect privacy in the top floors and create a direct connection to the city in the bot-tom floors,
The spa has a round path, its volume creates a smaller court inside the building, dividing the existing space and offering different resting areas. The residential areas are organized as duplex type and single floor apartments,offering different plans and views. Soho modules (Small Office Home Office) are organized on the south-eastern side of the building and are devel-oped on 4 floors, keeping the offices on the bottom floors and the residential areas over it. Ground Floor
1024
POLITECNICO OF MILANO, ITALY
AY 2012-2013
HYBRID ARCHITECTURE ITALY
MILAN
MILANHISTORICCENTER
PROJECT
HYBRID BUILDING IN MILAN - HISTORIC MEETS MODERN
25
ITALY
MILAN
MILANHISTORICCENTER
PROJECT
EVOLUTION OF THE TYPICAL 1800 ITALIAN COURT PROJECT EVOLUTION TO PROMOTE WALKABILITY
OPENING THE COURT TOWARDS AN EXISTING PARKSURROUNDING WALLS, OPENING THE VOLUME
This project is designed in the historic center of Milan, Italy. In order to respect norms and requirements the de-sign started from an evolution of the typical Italian court building. We also decided to keep and restore part of the existing building on the site.
This Hybrid building is designed to keep commercial and public spaces within the bottom floors, offering a big thermal space on the middle floors, and residential areas on the upper floors, in order to respect privacy in the top floors and create a direct connection to the city in the bot-tom floors,
The spa has a round path, its volume creates a smaller court inside the building, dividing the existing space and offering different resting areas. The residential areas are organized as duplex type and single floor apartments,offering different plans and views. Soho modules (Small Office Home Office) are organized on the south-eastern side of the building and are devel-oped on 4 floors, keeping the offices on the bottom floors and the residential areas over it. Ground Floor
1126
HYBRID BUILDING
food courtcommercial zonecommercial storage areaspacommercial spa zonespa offices
officesresidential garage/technical zone
Sketch view spa
27
Sketch view spa
Office + Home
56 m2 132 m2 105 m2110 m2
Ground floor 1 floor 2 floor 3 floor 4 floor 5 floor
4th floor plan - ResidentialSketch view apartment 105 m2
Sketch view apartment 132 m2
1126
HYBRID BUILDING
food courtcommercial zonecommercial storage areaspacommercial spa zonespa offices
officesresidential garage/technical zone
Sketch view spa
27
Sketch view spa
Office + Home
56 m2 132 m2 105 m2110 m2
Ground floor 1 floor 2 floor 3 floor 4 floor 5 floor
4th floor plan - ResidentialSketch view apartment 105 m2
Sketch view apartment 132 m2
1228
ELEVATIONS AND SECTIONS
South - East
1
2
3
4
5
21
3
4 5
STRUCTURAL PLAN - Residential floors
Structural slab detail a. Foundation b. Balcony slab
29
b. Balcony slab
b
c. Slab and stairs
CONSTRUCTION DETAIL
c
a
1228
ELEVATIONS AND SECTIONS
South - East
1
2
3
4
5
21
3
4 5
STRUCTURAL PLAN - Residential floors
Structural slab detail a. Foundation b. Balcony slab
29
b. Balcony slab
b
c. Slab and stairs
CONSTRUCTION DETAIL
c
a
1330
HYBRID ARCHITECTUREDHARAVI UNIVERSITY & SLUM RE-QUALIFICATION - TRADITION MEETS NEEDS
POLITECNICO OF MILANO, ITALY
1
2
FEBRUARY 2014 - JULY 2014
PROJECT
31
Dharavi University is a project designed after the re-qualification of the Slum of Dharavi, Mumbai. The project was developed with a general master plan, that involved a new infrastructure, as well as the re-construction of part of the slum. The new overhead train connects the two existing national railways stops creating a new linear center. The University represents an extension of the linear center and is also a walkable connection for Dharavi to the sea. The commercial ground floor is composed by typical two floor model house (workspace and shop), giving continuity to the reconstruction and the exist-ing Dharavi urban pattern.
BEFORE
AFTER
3
MUMBAI
1
1
2
2
3
3
DHARAVI SLUM
INDIAMUMBAI
1330
HYBRID ARCHITECTUREDHARAVI UNIVERSITY & SLUM RE-QUALIFICATION - TRADITION MEETS NEEDS
POLITECNICO OF MILANO, ITALY
1
2
FEBRUARY 2014 - JULY 2014
PROJECT
31
Dharavi University is a project designed after the re-qualification of the Slum of Dharavi, Mumbai. The project was developed with a general master plan, that involved a new infrastructure, as well as the re-construction of part of the slum. The new overhead train connects the two existing national railways stops creating a new linear center. The University represents an extension of the linear center and is also a walkable connection for Dharavi to the sea. The commercial ground floor is composed by typical two floor model house (workspace and shop), giving continuity to the reconstruction and the exist-ing Dharavi urban pattern.
BEFORE
AFTER
3
MUMBAI
1
1
2
2
3
3
DHARAVI SLUM
INDIAMUMBAI
1432
Construction density Population density
New Infrastructures Connecting train stops New Linear Center
Smaller cartier centers Connecting with green Future expansion of the linear center
map of the existing buildings
STRATEGY
33
New existing buildings to keep
Brick houses to restore
Slum - houses to be re-constructed
Transit Camp slum, demolished and recon-structed in order to host families while recon-structing other slum areas.
The aim is to increase density by adding one or two floors to the houses and creating walk-able path on the first floor, connecting the ground floor (commercial) and the first floor (workspace).
Sewage Intervention and canals are funda-mental to prevent flooding during the mon-soon season.
Sketch New Transit Camp
University Project Area
Transit Camp reconstruction plan
INTERVENTION
1432
Construction density Population density
New Infrastructures Connecting train stops New Linear Center
Smaller cartier centers Connecting with green Future expansion of the linear center
map of the existing buildings
STRATEGY
33
New existing buildings to keep
Brick houses to restore
Slum - houses to be re-constructed
Transit Camp slum, demolished and recon-structed in order to host families while recon-structing other slum areas.
The aim is to increase density by adding one or two floors to the houses and creating walk-able path on the first floor, connecting the ground floor (commercial) and the first floor (workspace).
Sewage Intervention and canals are funda-mental to prevent flooding during the mon-soon season.
Sketch New Transit Camp
University Project Area
Transit Camp reconstruction plan
INTERVENTION
1534
Central hall
Vertical Connections
Horizontal 1st floor connections
Horizontal 2nd floor connections
Horizontal 2nd floor connections
Station and railway overpass
CONNECTIVITY
High line Sketches
High line - site planSouth Elevation
1
2 3
4
1 2 3 4
DHARAVI UNIVERSITY
35
Class rooms
Library
Offices
Auditorium
Exhibition Spaces
Dharavi Houses
Food court
HYBRID BUILDING - PLAN
PERMEABILITYPublic spaces
University spaces
Ground floor plan
Ground floor
1st floor plan
2nd floor plan
3rd floor plan
33
New existing buildings to keep
Brick houses to restore
Slum - houses to be re-constructed
Transit Camp slum, demolished and recon-structed in order to host families while recon-structing other slum areas.
The aim is to increase density by adding one or two floors to the houses and creating walk-able path on the first floor, connecting the ground floor (commercial) and the first floor (workspace).
Sewage Intervention and canals are funda-mental to prevent flooding during the mon-soon season.
Sketch New Transit Camp
University Project Area
Transit Camp reconstruction plan
INTERVENTION
1534
Central hall
Vertical Connections
Horizontal 1st floor connections
Horizontal 2nd floor connections
Horizontal 2nd floor connections
Station and railway overpass
CONNECTIVITY
High line Sketches
High line - site planSouth Elevation
1
2 3
4
1 2 3 4
DHARAVI UNIVERSITY
35
Class rooms
Library
Offices
Auditorium
Exhibition Spaces
Dharavi Houses
Food court
HYBRID BUILDING - PLAN
PERMEABILITYPublic spaces
University spaces
Ground floor plan
Ground floor
1st floor plan
2nd floor plan
3rd floor plan
33
New existing buildings to keep
Brick houses to restore
Slum - houses to be re-constructed
Transit Camp slum, demolished and recon-structed in order to host families while recon-structing other slum areas.
The aim is to increase density by adding one or two floors to the houses and creating walk-able path on the first floor, connecting the ground floor (commercial) and the first floor (workspace).
Sewage Intervention and canals are funda-mental to prevent flooding during the mon-soon season.
Sketch New Transit Camp
University Project Area
Transit Camp reconstruction plan
INTERVENTION
1636
Ground floor
1st floor
2nd floor
3rd floor
Section AA - University hall
Section BB - University main Dharavi entrance
South Elevation - 2 - Auditorium facade treated as a brick pocket, self constructed housing under the brick construction
South Elevation - 1 - Public path and Ramp treated with white plaster, Auditorium side facade treated with bricks and glass
Section CC - Public open plaza
A
A C
C
B
B
1
2
37
Architectural plan Structural plan
Foundation structureConstruction detailBrick facade Foundation Detail
Slab detail
Window detail
Beam connection
Structural Detail
1636
Ground floor
1st floor
2nd floor
3rd floor
Section AA - University hall
Section BB - University main Dharavi entrance
South Elevation - 2 - Auditorium facade treated as a brick pocket, self constructed housing under the brick construction
South Elevation - 1 - Public path and Ramp treated with white plaster, Auditorium side facade treated with bricks and glass
Section CC - Public open plaza
A
A C
C
B
B
1
2
37
Architectural plan Structural plan
Foundation structureConstruction detailBrick facade Foundation Detail
Slab detail
Window detail
Beam connection
Structural Detail
1738
RESPONSIVE
COMMUNITY NEEDS
RESOURCES
FUTURE NEEDS AND
USES
WORKSHOP RETHINKING EXPO 2025 - RESPONSIVE BUILDING CHARRETTE
GEORGE BROWN COLLEGE TORONTO, CANADA FEBRUARY 2014
2025EXPOSYNERGY
39
RETHINKING EXPO 2025 - RESPONSIVE BUILDING CHARRETTE
A group of 10 students from all around the world and from different studies worked for three days on a new concept for Expo 2025.
We believe that World Expo is already a significant opportunity, but it could also be an opportunity for the future, once Expo event is finished. We have researched and shared ideas in what could be improved and what went wrong with previous Expo project. Thus, we developed the idea that Expo 2025 should not only show innovation, but it also has to be a response to local needs as much as being a catalyst to improve the region. Responsive design means a design adaptable in time and that responds to the challeng-es of the future.The new concept for Expo is to recycle what is on site, creating a sustainable environment for the event and, once the event is over be part of the local community. In what way? We imagine an adaptation through time of the different pavilions offering work spaces, com-mercial areas and leisure spaces. Moreover, according to statistics, people spend money buying materials to renovate their houses every 20 years. In order to involve Expo 2025 and making the adaptation of the pavilions possible, the community is going to recycle site materials.
Every country will be called to show their innovations, both inside the pavilion and in their construction systems and creativity. In fact, the new adaptation concept through time and recycling, starts with giving a kit of materials to every country. These materials will be re-cycled by the community to restore their houses while re-adapting the site.
2030
2100
RECYCLING READAPTING
EVOLVINGREADAPTING
1738
RESPONSIVE
COMMUNITY NEEDS
RESOURCES
FUTURE NEEDS AND
USES
WORKSHOP RETHINKING EXPO 2025 - RESPONSIVE BUILDING CHARRETTE
GEORGE BROWN COLLEGE TORONTO, CANADA FEBRUARY 2014
2025EXPOSYNERGY
39
RETHINKING EXPO 2025 - RESPONSIVE BUILDING CHARRETTE
A group of 10 students from all around the world and from different studies worked for three days on a new concept for Expo 2025.
We believe that World Expo is already a significant opportunity, but it could also be an opportunity for the future, once Expo event is finished. We have researched and shared ideas in what could be improved and what went wrong with previous Expo project. Thus, we developed the idea that Expo 2025 should not only show innovation, but it also has to be a response to local needs as much as being a catalyst to improve the region. Responsive design means a design adaptable in time and that responds to the challeng-es of the future.The new concept for Expo is to recycle what is on site, creating a sustainable environment for the event and, once the event is over be part of the local community. In what way? We imagine an adaptation through time of the different pavilions offering work spaces, com-mercial areas and leisure spaces. Moreover, according to statistics, people spend money buying materials to renovate their houses every 20 years. In order to involve Expo 2025 and making the adaptation of the pavilions possible, the community is going to recycle site materials.
Every country will be called to show their innovations, both inside the pavilion and in their construction systems and creativity. In fact, the new adaptation concept through time and recycling, starts with giving a kit of materials to every country. These materials will be re-cycled by the community to restore their houses while re-adapting the site.
2030
2100
RECYCLING READAPTING
EVOLVINGREADAPTING
1840
YEAR 2015
YEAR 2025
YEAR 2020
Train connection between Toronto and Airport
Train connection between Brampton and Mississagua
using existing train rails
using new train rails in order to connect to the Expo Site
Train connection between missing stops,creating aconnecting loop, using new train rails
CONNECTION TO THE SITE
41
DEMOLITION OF WAREHOUSES EXCAVATING THE SITES
HISTORICAL APPROACH
REINTERPRETATION TOWARDS SUSTAINABILITY
Material recycled from the warehouses are part of the expo-kit.
Material recycled from the site, to make rammed earth Sire-wall, an innovative material made out of soil, sand and a small part of concrete.
KIT
KIT
CANADIAN CENTRAL PAVILION
OTHER COUNTRIES PAVILION
Pavilions sustainable materialscountries skills
KIT
site recycled material
Materials that can be recycled by locals after Expo 2025
Native Tepees local materials local skills
KIT
local materials
1840
YEAR 2015
YEAR 2025
YEAR 2020
Train connection between Toronto and Airport
Train connection between Brampton and Mississagua
using existing train rails
using new train rails in order to connect to the Expo Site
Train connection between missing stops,creating aconnecting loop, using new train rails
CONNECTION TO THE SITE
41
DEMOLITION OF WAREHOUSES EXCAVATING THE SITES
HISTORICAL APPROACH
REINTERPRETATION TOWARDS SUSTAINABILITY
Material recycled from the warehouses are part of the expo-kit.
Material recycled from the site, to make rammed earth Sire-wall, an innovative material made out of soil, sand and a small part of concrete.
KIT
KIT
CANADIAN CENTRAL PAVILION
OTHER COUNTRIES PAVILION
Pavilions sustainable materialscountries skills
KIT
site recycled material
Materials that can be recycled by locals after Expo 2025
Native Tepees local materials local skills
KIT
local materials
1942
land flexibility farmland division existing road division
continuous space modern farm land maintaining existing division
Existing road division Underground traffic tunnels Starting to build new railway
2014 2015 2015
Mavis Rd.Britania Rd.
TOWER EVOLUTION
HISTORICAL APPROACH
REINTERPRETATION TOWARDS A PERMEABLE AND FARM LAND
2025
Section - Canadian Central Pavilion and underground traffic tunnels
STRATEGY
43
Permeable and puzzle type floor Commercial and local services Central canadian pavilion
2015 2020
2025
Expo 2025 “Synergy”- Pavilions Kit Materials Recycled by locals, adaptation of remaining pavilions
2030
Future adaptation of materials and site buildings
2100
2030
2024
2050
Central Canadian Pavilion
Commercial, offices, food courts with walkable and farm land connections on the roofs, connecting existing pe-destrian crossing directly to the Cen-tral Canadian pavilion.
1942
land flexibility farmland division existing road division
continuous space modern farm land maintaining existing division
Existing road division Underground traffic tunnels Starting to build new railway
2014 2015 2015
Mavis Rd.Britania Rd.
TOWER EVOLUTION
HISTORICAL APPROACH
REINTERPRETATION TOWARDS A PERMEABLE AND FARM LAND
2025
Section - Canadian Central Pavilion and underground traffic tunnels
STRATEGY
43
Permeable and puzzle type floor Commercial and local services Central canadian pavilion
2015 2020
2025
Expo 2025 “Synergy”- Pavilions Kit Materials Recycled by locals, adaptation of remaining pavilions
2030
Future adaptation of materials and site buildings
2100
2030
2024
2050
Central Canadian Pavilion
Commercial, offices, food courts with walkable and farm land connections on the roofs, connecting existing pe-destrian crossing directly to the Cen-tral Canadian pavilion.
2044
2050
WORK EXPERIENCE
BMS PROGETTI, ARCHITECTURE AND ENGINEERING, MILAN - ITALY
HYATT HOTEL, VTB ARENA PARK AREA, MOSCOW - EXECUTIVE DRAWINGS
MARCH 2014 - MAY 2014
45
I have been working on the executive final drawings of a major real estate project under construction in Moscow, the Vtb Arena park Residential area. I was headed from the company engineer, Stefano Rocca and with a group of 9 people we were responsible of the executive final drawings of the Hyatt Hotel building (B1) and the underground floors that connect all the 5 buildings. I have dealt with practical issues, related to the organization, management and con-trol of the drawings, with regard to the formal aspects, its content and according to the Bms quality system. I also had a chance to learn and work on the fire prevention strat-egy, in relation to the Russian norms and have acquired a large number of information and tools that will allow me to approach a project differently and more consciously.
2044
2050
WORK EXPERIENCE
BMS PROGETTI, ARCHITECTURE AND ENGINEERING, MILAN - ITALY
HYATT HOTEL, VTB ARENA PARK AREA, MOSCOW - EXECUTIVE DRAWINGS
MARCH 2014 - MAY 2014
45
I have been working on the executive final drawings of a major real estate project under construction in Moscow, the Vtb Arena park Residential area. I was headed from the company engineer, Stefano Rocca and with a group of 9 people we were responsible of the executive final drawings of the Hyatt Hotel building (B1) and the underground floors that connect all the 5 buildings. I have dealt with practical issues, related to the organization, management and con-trol of the drawings, with regard to the formal aspects, its content and according to the Bms quality system. I also had a chance to learn and work on the fire prevention strat-egy, in relation to the Russian norms and have acquired a large number of information and tools that will allow me to approach a project differently and more consciously.
2146
EXECUTIVE PLAN
47
2146
EXECUTIVE PLAN
47
2248
FIRE PREVENTION STRATEGY
49
2248
FIRE PREVENTION STRATEGY
49
23
Arkitrek; a social enterprise with the objective of conserving nature through design and education, collaborated with local builders and a team of 11 international architecture students to design and build a building that hopes to act as a catalyst for the joint venture between the three villages in the valley and Borneo Eco Tours to create a community-owned tourist destination named Kiulu Farm stay to diversify community income and improve the livelihood of the local farmers.The experimental 2-bedroom, 1-shower-room Eco-lodge combines traditional and modern construction techniques har-nessing the skills of the indigenous people and international design teams passion for modern vernacular. Locally har-vested and treated bamboo was used entirely for the primary and secondary structure above floor level, minimizing the need for plantation and forest timber that may come from unsustainable sources.
Client: Borneo Eco Tours
Building Objectives1. To provide a low-impact, affordable construction alternative to the modern concrete houses that have diluted the traditions of rural Sabah.2. To build local pride in vernacular and cultural knowledge providing secure employment for both genders, strengthening the communities’ resilience to city migration.
KIULU FARM STAY: ‘THE FIG TREE’ - DESIGN AND BUILD ECOLODGE ARKITREK, KOTAKINABALU BORNEO, MALAYSIA
JULY 2015- AUGUST 2015
23
Arkitrek; a social enterprise with the objective of conserving nature through design and education, collaborated with local builders and a team of 11 international architecture students to design and build a building that hopes to act as a catalyst for the joint venture between the three villages in the valley and Borneo Eco Tours to create a community-owned tourist destination named Kiulu Farm stay to diversify community income and improve the livelihood of the local farmers.The experimental 2-bedroom, 1-shower-room Eco-lodge combines traditional and modern construction techniques har-nessing the skills of the indigenous people and international design teams passion for modern vernacular. Locally har-vested and treated bamboo was used entirely for the primary and secondary structure above floor level, minimizing the need for plantation and forest timber that may come from unsustainable sources.
Client: Borneo Eco Tours
Building Objectives1. To provide a low-impact, affordable construction alternative to the modern concrete houses that have diluted the traditions of rural Sabah.2. To build local pride in vernacular and cultural knowledge providing secure employment for both genders, strengthening the communities’ resilience to city migration.
KIULU FARM STAY: ‘THE FIG TREE’ - DESIGN AND BUILD ECOLODGE ARKITREK, KOTAKINABALU BORNEO, MALAYSIA
JULY 2015- AUGUST 2015
24
WASTE PRODUCT USED AS A RESOURCE
LOCAL RESOURCES
LOCALS BUiLDERS TRADiTiOnAL KnOWLEDgE
LOCALLy SOURCEDMATERiAL
BAMBOO used entirely for the pri-mary and secondary structure above floor level, minimizes the need for plantation and forest timber that may come from unsustainable sources
COLLABORATiOn between Arkitrek team and local builders developed con-struction of a sacrificial bamboo frame cast into a permanent biocrete wall
RiCE HUSKS waste from the village rice mill, used for biocrete: replacing the aggregate with this more readily available organic waste
BiO-CRETE (lime: fibre composite) walls possess hygroscopic and insulative properties, passively cooling the shower-room and bedrooms by evaporative cooling. This removes the need for energy intensive air conditioning.
BiO-CRETE FLOOR SLAB with cast-in drainage is used for the shower-room and water tank platform.
SUSTAinABLE BiO-CRETE FORMWORK using silou (traditionally split bamboo) in a pioneering way to protect the biocrete in symbiosis with a timber ‘skeleton’ provides more sustainable alternative to plywood or cement board formwork. Biocrete takes 6 months to fully cure, while the lime in the biocrete works to protect the silou bamboo which starts to get eaten by wood borers after 3-6 months. This method of construction has never been tried before making the building inherently experimental.
innOVATiOn AnD SUSTAinABiLiTy
24
WASTE PRODUCT USED AS A RESOURCE
LOCAL RESOURCES
LOCALS BUiLDERS TRADiTiOnAL KnOWLEDgE
LOCALLy SOURCEDMATERiAL
BAMBOO used entirely for the pri-mary and secondary structure above floor level, minimizes the need for plantation and forest timber that may come from unsustainable sources
COLLABORATiOn between Arkitrek team and local builders developed con-struction of a sacrificial bamboo frame cast into a permanent biocrete wall
RiCE HUSKS waste from the village rice mill, used for biocrete: replacing the aggregate with this more readily available organic waste
BiO-CRETE (lime: fibre composite) walls possess hygroscopic and insulative properties, passively cooling the shower-room and bedrooms by evaporative cooling. This removes the need for energy intensive air conditioning.
BiO-CRETE FLOOR SLAB with cast-in drainage is used for the shower-room and water tank platform.
SUSTAinABLE BiO-CRETE FORMWORK using silou (traditionally split bamboo) in a pioneering way to protect the biocrete in symbiosis with a timber ‘skeleton’ provides more sustainable alternative to plywood or cement board formwork. Biocrete takes 6 months to fully cure, while the lime in the biocrete works to protect the silou bamboo which starts to get eaten by wood borers after 3-6 months. This method of construction has never been tried before making the building inherently experimental.
innOVATiOn AnD SUSTAinABiLiTy
24
WASTE PRODUCT USED AS A RESOURCE
LOCAL RESOURCES
LOCALS BUiLDERS TRADiTiOnAL KnOWLEDgE
LOCALLy SOURCEDMATERiAL
BAMBOO used entirely for the pri-mary and secondary structure above floor level, minimizes the need for plantation and forest timber that may come from unsustainable sources
COLLABORATiOn between Arkitrek team and local builders developed con-struction of a sacrificial bamboo frame cast into a permanent biocrete wall
RiCE HUSKS waste from the village rice mill, used for biocrete: replacing the aggregate with this more readily available organic waste
BiO-CRETE (lime: fibre composite) walls possess hygroscopic and insulative properties, passively cooling the shower-room and bedrooms by evaporative cooling. This removes the need for energy intensive air conditioning.
BiO-CRETE FLOOR SLAB with cast-in drainage is used for the shower-room and water tank platform.
SUSTAinABLE BiO-CRETE FORMWORK using silou (traditionally split bamboo) in a pioneering way to protect the biocrete in symbiosis with a timber ‘skeleton’ provides more sustainable alternative to plywood or cement board formwork. Biocrete takes 6 months to fully cure, while the lime in the biocrete works to protect the silou bamboo which starts to get eaten by wood borers after 3-6 months. This method of construction has never been tried before making the building inherently experimental.
innOVATiOn AnD SUSTAinABiLiTy
25
nATURAL VEnTiLATiOn Roof vent design encourages natural air movement through the building’s social space while allowing nat-ural light to enter the center of the plan.
SOLAR COnTROL 1 meter roof overhang and biocrete walls on both the eastern and western elevations prevents morning and evening glare, and subsequent heating of internal spaces.
WATER MAnAgEMEnT Leachfield prevents septic tank effluent running di-rectly into the river, whilst also creating a nutrient rich landscape for the adjacent rice paddy nursery.
A. OPEn SPACE B. ROOFing OVER OPEn SPACEC. KiTCHEn D. BATHROOM SinKE. STEP DETAiL
A
B
D
C
E
24
WASTE PRODUCT USED AS A RESOURCE
LOCAL RESOURCES
LOCALS BUiLDERS TRADiTiOnAL KnOWLEDgE
LOCALLy SOURCEDMATERiAL
BAMBOO used entirely for the pri-mary and secondary structure above floor level, minimizes the need for plantation and forest timber that may come from unsustainable sources
COLLABORATiOn between Arkitrek team and local builders developed con-struction of a sacrificial bamboo frame cast into a permanent biocrete wall
RiCE HUSKS waste from the village rice mill, used for biocrete: replacing the aggregate with this more readily available organic waste
BiO-CRETE (lime: fibre composite) walls possess hygroscopic and insulative properties, passively cooling the shower-room and bedrooms by evaporative cooling. This removes the need for energy intensive air conditioning.
BiO-CRETE FLOOR SLAB with cast-in drainage is used for the shower-room and water tank platform.
SUSTAinABLE BiO-CRETE FORMWORK using silou (traditionally split bamboo) in a pioneering way to protect the biocrete in symbiosis with a timber ‘skeleton’ provides more sustainable alternative to plywood or cement board formwork. Biocrete takes 6 months to fully cure, while the lime in the biocrete works to protect the silou bamboo which starts to get eaten by wood borers after 3-6 months. This method of construction has never been tried before making the building inherently experimental.
innOVATiOn AnD SUSTAinABiLiTy
25
nATURAL VEnTiLATiOn Roof vent design encourages natural air movement through the building’s social space while allowing nat-ural light to enter the center of the plan.
SOLAR COnTROL 1 meter roof overhang and biocrete walls on both the eastern and western elevations prevents morning and evening glare, and subsequent heating of internal spaces.
WATER MAnAgEMEnT Leachfield prevents septic tank effluent running di-rectly into the river, whilst also creating a nutrient rich landscape for the adjacent rice paddy nursery.
A. OPEn SPACE B. ROOFing OVER OPEn SPACEC. KiTCHEn D. BATHROOM SinKE. STEP DETAiL
A
B
D
C
E
26
Bio-crete Workshop, 30th June 2015:MiX-RATiO TEST: The team tested 4 different ratio mixes of bio-crete - lime, sand and fibre (rice husk) and compared them after 6 weeks for preferred appearance and texture.
Bamboo Weaving Workshop, 2nd July 2015 LOCAL CRAFT: The team observed a local master bamboo weaver and devel-oped their skills using the parang (local knife) to cut, shape and weave the bamboo.
Bamboo Construction Workshop 30th July 2015innOVATiOn: The Arkitrek team and local builders learnt bamboo construc-tion techniques from the craftsmen of Camp Lemaing and began to develop the unprecedented bamboo and bio-crete wall system and formwork.
Model-Making with Local Builders and Lemaing Craftsmen, 29th July 2015DESign DEVELOPMEnT: The international Arkitrek and local team built a 1:50 scale model, allowing for exchange of ideas and expertise.
Bamboo Workshop 30th July 2015KnOWLEDgE + innOVATiOn: Learning bamboo construction from the skilled Lemaing craftsman.EXCHAngE OF iDEAS: 1:50 physical model enabled team to discuss ideas with the local builders and craftsmen, exchanging western and local design values.
Bamboo-Planter Workshop with School Children, 19th August 2015SUSTAinABLE VALUES: The team invited the school children to help install bamboo-planters, encouraging the children to think about use of bamboo as a sustainable material.
WORKSHOPS
COnSTRUCTiOn PiCTURES AnD TEAM
26
Bio-crete Workshop, 30th June 2015:MiX-RATiO TEST: The team tested 4 different ratio mixes of bio-crete - lime, sand and fibre (rice husk) and compared them after 6 weeks for preferred appearance and texture.
Bamboo Weaving Workshop, 2nd July 2015 LOCAL CRAFT: The team observed a local master bamboo weaver and devel-oped their skills using the parang (local knife) to cut, shape and weave the bamboo.
Bamboo Construction Workshop 30th July 2015innOVATiOn: The Arkitrek team and local builders learnt bamboo construc-tion techniques from the craftsmen of Camp Lemaing and began to develop the unprecedented bamboo and bio-crete wall system and formwork.
Model-Making with Local Builders and Lemaing Craftsmen, 29th July 2015DESign DEVELOPMEnT: The international Arkitrek and local team built a 1:50 scale model, allowing for exchange of ideas and expertise.
Bamboo Workshop 30th July 2015KnOWLEDgE + innOVATiOn: Learning bamboo construction from the skilled Lemaing craftsman.EXCHAngE OF iDEAS: 1:50 physical model enabled team to discuss ideas with the local builders and craftsmen, exchanging western and local design values.
Bamboo-Planter Workshop with School Children, 19th August 2015SUSTAinABLE VALUES: The team invited the school children to help install bamboo-planters, encouraging the children to think about use of bamboo as a sustainable material.
WORKSHOPS
COnSTRUCTiOn PiCTURES AnD TEAM
83 - C CORE HOMES 42 pERMANENT TYpHOON RESILIENT HOME
FOUNDATION DESIGN: Grade beamTie BeamSolves differental settlement Less rebar, stronger against up lift forces,Shorter construction time and cheaper.
GROUNDWORK MANUAL:Step by step descripion of how toSet up a site layout Grade Beam foundations construction Septic Tank and leachfield construction
SITE LEADER Responsible of deconstruction of unhealthy homes, responsible for volunteers on site and ground work construction, tools and safety
AHV identifies the gaps in relief efforts with a focus on underserved populations and the implementation capacity of partner organi-zations. I started off as a Volunteer, helping out the Architects on Porject and the Design coordi-nators. We did consultation with local com-munities and government authorities, active participation in coordination mechanisms.
ALL HAndS VoLUnTEERS - DISASTER RELIEf NON-pROfIT ORGANIzATION - VoLUnTEER And SITE LEAdERpROJECT LEYTE, TACLOBAN, pHILIppINES
MARCH 2015 - JUNE 2015
WEAVED BAMBOO
COCO LUMBER
SEPARATE FOOTING
GRADE BEAM TIE BEAM
SOLID MATERIALACTS AS ONLYSURFACE HIT BY WIND
FILLING MATERIAL BRAKES AND LETS THE WIND FORCE IN
27
83 - C CORE HOMES 42 pERMANENT TYpHOON RESILIENT HOME
FOUNDATION DESIGN: Grade beamTie BeamSolves differental settlement Less rebar, stronger against up lift forces,Shorter construction time and cheaper.
GROUNDWORK MANUAL:Step by step descripion of how toSet up a site layout Grade Beam foundations construction Septic Tank and leachfield construction
SITE LEADER Responsible of deconstruction of unhealthy homes, responsible for volunteers on site and ground work construction, tools and safety
AHV identifies the gaps in relief efforts with a focus on underserved populations and the implementation capacity of partner organi-zations. I started off as a Volunteer, helping out the Architects on Porject and the Design coordi-nators. We did consultation with local com-munities and government authorities, active participation in coordination mechanisms.
ALL HAndS VoLUnTEERS - DISASTER RELIEf NON-pROfIT ORGANIzATION - VoLUnTEER And SITE LEAdERpROJECT LEYTE, TACLOBAN, pHILIppINES
MARCH 2015 - JUNE 2015
WEAVED BAMBOO
COCO LUMBER
SEPARATE FOOTING
GRADE BEAM TIE BEAM
SOLID MATERIALACTS AS ONLYSURFACE HIT BY WIND
FILLING MATERIAL BRAKES AND LETS THE WIND FORCE IN
27
28
MAGALLANES BARANGAY IMpROvEMENT pORJECT
SCHCOOL ASSESSMENTS AND COORDINATION Of CAMANSIHAY ELEMENTARY CLASSROOM BUILDING
Volunteer on the Chapel Construc-tion Site and Training and Cov-ering the Program Coordinator for 4 simultaneous construction sites:Chapel,Barangay Hall, Learning Center, Pathway and playground.
The program’s goal was to build a Single Classroom in a community that suffers from the impact of Typhoon yolanda. AHV in collaboration with the Department of Education assessed 40+ schools during the first phase and build a classroom that showcased the hard work of its volunteers, local workers and staff over the 12 week build period. With attentuntion to reuse materials the team met the goal to construct the classroom under its $22,000 budget adding a bathroom, a complete water management system and landscaping.
1. Barangay Hall2. Chapel3. Sitting area4. One of the Teams in front of the chapel construction site
1 2 3
4
ALL HAndS VoLUnTEERS - DISASTER RELIEf NON-pROfIT ORGANIzATION - pRoGRAM cooRdInAToR pROJECT LEYTE, TACLOBAN, pHILIppINES
OCTOBER 2015 - fEBRUARY 2016
ALL HAndS VoLUnTEERS - DISASTER RELIEf NON-pROfIT ORGANIzATION - VoLUnTEER And TRAInInGpROJECT LEYTE, TACLOBAN, pHILIppINES
SEpTEMBER 2015
28
MAGALLANES BARANGAY IMpROvEMENT pORJECT
SCHCOOL ASSESSMENTS AND COORDINATION Of CAMANSIHAY ELEMENTARY CLASSROOM BUILDING
Volunteer on the Chapel Construc-tion Site and Training and Cov-ering the Program Coordinator for 4 simultaneous construction sites:Chapel,Barangay Hall, Learning Center, Pathway and playground.
The program’s goal was to build a Single Classroom in a community that suffers from the impact of Typhoon yolanda. AHV in collaboration with the Department of Education assessed 40+ schools during the first phase and build a classroom that showcased the hard work of its volunteers, local workers and staff over the 12 week build period. With attentuntion to reuse materials the team met the goal to construct the classroom under its $22,000 budget adding a bathroom, a complete water management system and landscaping.
1. Barangay Hall2. Chapel3. Sitting area4. One of the Teams in front of the chapel construction site
1 2 3
4
ALL HAndS VoLUnTEERS - DISASTER RELIEf NON-pROfIT ORGANIzATION - pRoGRAM cooRdInAToR pROJECT LEYTE, TACLOBAN, pHILIppINES
OCTOBER 2015 - fEBRUARY 2016
ALL HAndS VoLUnTEERS - DISASTER RELIEf NON-pROfIT ORGANIzATION - VoLUnTEER And TRAInInGpROJECT LEYTE, TACLOBAN, pHILIppINES
SEpTEMBER 2015
29
PROgRAM MAnAgEMEnT:PROViDES FEEDBACK On PROgRAM-LEVEL DiRECTiOn TO MAinTAin PROgRAM inTEgRiTy AnD DEVELOP ADDiTiOnAL PROgRAM VALUE.
HUMAn RESOURCE MAnAgEMEnT:MAinTAining A HAPPy, HEALTHy, OPEn AnD PRODUCTiVE WORKing EnViROnMEnT, EnCOURAging SKiLLS DEVELOPMEnT AnD CAPACiTy BUiLDing OF WORKFORCE, RECORDing DAiLy WORK PROgRESS AnD REPORTS TO PROgRAM MAnAgER.
PROViDing On-SiTE TECHniCAL SUPPORT:TO TEAM LEADERS, VOLUnTEERS AnD LOCAL STAFF, MOniTORing WORK FLOW AnD STAging AnD ADViSE On iMPROVEMEnTS OR CORRECTiOnS WHERE nEEDED AnD REPORTing TOOLS AnD MATE-RiALS nEEDS TO PROgRAM MAnAgER AnD CHECKing qUALiTy OF DELiVERED MATERiALS AS nEEDED.
qUALiTy COnTROL: SUPPORTing THE STAnDARDizATiOn OF BUiLDing METHODS TO PROViDE A HigH qUALiTy, SAFE PRODUCT, AnD TO iMPROVE BUiLD COST AnD EFFiCiEnCy, MAinTAing HigH STAnDARDS
WORK SCHEDULing:COORDinATiOn WiTH PROgRAM MAnAgER, FiELD MAnAgER, AnD VOLUnTEER COORDinATOR TO SCHEDULE DAiLy WORK TASKS, AnD EnCOURAging iMPROVED inTEgRATiOn BETWEEn VOLUnTEERS AnD LOCAL WORKFORCE AnD PROViDing VOLUnTEERS WiTH A VA-RiETy OF PRODUCTiVE EngAging WORK OPPORTUniTiES.
RESPOnSiBiLiTiES
DESign CHAngES AnD APPROVALS:MiniMAL CHAngES TO COnSTRUCTiOn METHODS AnD SPECiF SizES OF MATERiALS, DUE TO iMPOSSiBiLiTy TO PURCHASE THEM in THE AREA. WATER MAnAgEMEnT DESign, DRAWingS FOR PLUMBing SySTEM, in COnnECTiOn WiTH A SEPTiC TAnK AnD LEACH FiELD SySTEM DiSTRiB-UTED FROM 3 PiPES, 31 METER LOng. On SiTE COnSTRUCTiOn TECH-niCAL SUPPORT. APPROVAL THROUgH DEPARTMEnT OF EDUCATiOn, CiTy PLAnning AnD CiTy EnginEER.
ALL HAndS VoLUnTEERS - DISASTER RELIEf NON-pROfIT ORGANIzATION - pRoGRAM cooRdInAToR pROJECT LEYTE, TACLOBAN, pHILIppINES
OCTOBER 2015 - fEBRUARY 2016
29
PROgRAM MAnAgEMEnT:PROViDES FEEDBACK On PROgRAM-LEVEL DiRECTiOn TO MAinTAin PROgRAM inTEgRiTy AnD DEVELOP ADDiTiOnAL PROgRAM VALUE.
HUMAn RESOURCE MAnAgEMEnT:MAinTAining A HAPPy, HEALTHy, OPEn AnD PRODUCTiVE WORKing EnViROnMEnT, EnCOURAging SKiLLS DEVELOPMEnT AnD CAPACiTy BUiLDing OF WORKFORCE, RECORDing DAiLy WORK PROgRESS AnD REPORTS TO PROgRAM MAnAgER.
PROViDing On-SiTE TECHniCAL SUPPORT:TO TEAM LEADERS, VOLUnTEERS AnD LOCAL STAFF, MOniTORing WORK FLOW AnD STAging AnD ADViSE On iMPROVEMEnTS OR CORRECTiOnS WHERE nEEDED AnD REPORTing TOOLS AnD MATE-RiALS nEEDS TO PROgRAM MAnAgER AnD CHECKing qUALiTy OF DELiVERED MATERiALS AS nEEDED.
qUALiTy COnTROL: SUPPORTing THE STAnDARDizATiOn OF BUiLDing METHODS TO PROViDE A HigH qUALiTy, SAFE PRODUCT, AnD TO iMPROVE BUiLD COST AnD EFFiCiEnCy, MAinTAing HigH STAnDARDS
WORK SCHEDULing:COORDinATiOn WiTH PROgRAM MAnAgER, FiELD MAnAgER, AnD VOLUnTEER COORDinATOR TO SCHEDULE DAiLy WORK TASKS, AnD EnCOURAging iMPROVED inTEgRATiOn BETWEEn VOLUnTEERS AnD LOCAL WORKFORCE AnD PROViDing VOLUnTEERS WiTH A VA-RiETy OF PRODUCTiVE EngAging WORK OPPORTUniTiES.
RESPOnSiBiLiTiES
DESign CHAngES AnD APPROVALS:MiniMAL CHAngES TO COnSTRUCTiOn METHODS AnD SPECiF SizES OF MATERiALS, DUE TO iMPOSSiBiLiTy TO PURCHASE THEM in THE AREA. WATER MAnAgEMEnT DESign, DRAWingS FOR PLUMBing SySTEM, in COnnECTiOn WiTH A SEPTiC TAnK AnD LEACH FiELD SySTEM DiSTRiB-UTED FROM 3 PiPES, 31 METER LOng. On SiTE COnSTRUCTiOn TECH-niCAL SUPPORT. APPROVAL THROUgH DEPARTMEnT OF EDUCATiOn, CiTy PLAnning AnD CiTy EnginEER.
ALL HAndS VoLUnTEERS - DISASTER RELIEf NON-pROfIT ORGANIzATION - pRoGRAM cooRdInAToR pROJECT LEYTE, TACLOBAN, pHILIppINES
OCTOBER 2015 - fEBRUARY 2016
30
MATERIAL RE-USE
Purlin offcuts used to fix the SLiDE stairs
Rebar offcuts used to build a railing for the slide
Roof angle bar offcut used for the see saw structure
Rope and tires used for the swing
Second hand wood used for scaffolding, reused to build planters
conSTRUcTIon
ASSESSMEnTS
18-February-2016
To Whom it may Concern:
I am please to write this recommendation on behalf of Martina Manna. Ms. Manna first worked with All Hands Volunteers, Philippines, Inc. as a volunteer in 2nd March 2015.
Upon her arrival, she immediately began supporting our 83-C Core Home Program in which permanent, typhoon-resilient, in-situe homes were constructed for those affected by Typhoon Yolanda ravaged the area. Through her construction and architecture knowledge, Ms. Manna redesigned the foundations of our Core Homes to support their typhoon-resiliency, creating a safe environment for over 40 families in the event of another disaster.
Ms. Manna returned to Project Leyte again in September of 2015. She was immediately hired as a Program Coordinator for an Elementary School build in a relocation site built for families living in the No Build Zone of Tacloban. The school will furthur be used as an evacuation center for the community during the next disaster.
During Ms. Manna’s time as Program Coordintor her leadership skills, construction and architecture knowledge, and problem solving abilities were vital to the program’s success. She oversaw up to 20 volunteers and over 10 local tradesmen a day, while also verifying the structural integrity of the build, and ensuring proper health and safety techniques.
It is therefore, I offer my recommendation of Martina without hesitation or reservation. If any further information is needed, or any questions arise, please do not hesitate to get in touch.
Kindly,
Katrina TroyProject DirectorAll Hands Volunteers, Philippines, [email protected]
conSTRUcTIon
ASSESSMEnTS
30
MATERIAL RE-USE
Purlin offcuts used to fix the SLiDE stairs
Rebar offcuts used to build a railing for the slide
Roof angle bar offcut used for the see saw structure
Rope and tires used for the swing
Second hand wood used for scaffolding, reused to build planters
conSTRUcTIon
ASSESSMEnTS
18-February-2016
To Whom it may Concern:
I am please to write this recommendation on behalf of Martina Manna. Ms. Manna first worked with All Hands Volunteers, Philippines, Inc. as a volunteer in 2nd March 2015.
Upon her arrival, she immediately began supporting our 83-C Core Home Program in which permanent, typhoon-resilient, in-situe homes were constructed for those affected by Typhoon Yolanda ravaged the area. Through her construction and architecture knowledge, Ms. Manna redesigned the foundations of our Core Homes to support their typhoon-resiliency, creating a safe environment for over 40 families in the event of another disaster.
Ms. Manna returned to Project Leyte again in September of 2015. She was immediately hired as a Program Coordinator for an Elementary School build in a relocation site built for families living in the No Build Zone of Tacloban. The school will furthur be used as an evacuation center for the community during the next disaster.
During Ms. Manna’s time as Program Coordintor her leadership skills, construction and architecture knowledge, and problem solving abilities were vital to the program’s success. She oversaw up to 20 volunteers and over 10 local tradesmen a day, while also verifying the structural integrity of the build, and ensuring proper health and safety techniques.
It is therefore, I offer my recommendation of Martina without hesitation or reservation. If any further information is needed, or any questions arise, please do not hesitate to get in touch.
Kindly,
Katrina TroyProject DirectorAll Hands Volunteers, Philippines, [email protected]
conSTRUcTIon
ASSESSMEnTS
30
MATERIAL RE-USE
Purlin offcuts used to fix the SLiDE stairs
Rebar offcuts used to build a railing for the slide
Roof angle bar offcut used for the see saw structure
Rope and tires used for the swing
Second hand wood used for scaffolding, reused to build planters
conSTRUcTIon
ASSESSMEnTS
18-February-2016
To Whom it may Concern:
I am please to write this recommendation on behalf of Martina Manna. Ms. Manna first worked with All Hands Volunteers, Philippines, Inc. as a volunteer in 2nd March 2015.
Upon her arrival, she immediately began supporting our 83-C Core Home Program in which permanent, typhoon-resilient, in-situe homes were constructed for those affected by Typhoon Yolanda ravaged the area. Through her construction and architecture knowledge, Ms. Manna redesigned the foundations of our Core Homes to support their typhoon-resiliency, creating a safe environment for over 40 families in the event of another disaster.
Ms. Manna returned to Project Leyte again in September of 2015. She was immediately hired as a Program Coordinator for an Elementary School build in a relocation site built for families living in the No Build Zone of Tacloban. The school will furthur be used as an evacuation center for the community during the next disaster.
During Ms. Manna’s time as Program Coordintor her leadership skills, construction and architecture knowledge, and problem solving abilities were vital to the program’s success. She oversaw up to 20 volunteers and over 10 local tradesmen a day, while also verifying the structural integrity of the build, and ensuring proper health and safety techniques.
It is therefore, I offer my recommendation of Martina without hesitation or reservation. If any further information is needed, or any questions arise, please do not hesitate to get in touch.
Kindly,
Katrina TroyProject DirectorAll Hands Volunteers, Philippines, [email protected]
3160
“Building art is a synthesis of life in materialised form. We should try to bring in under the same hat
not a splintered way of thinking, but all in harmony together.”
Hugo Alvar Henrik Aalto
61
THANK YOU fOR YOUR TIME
30
MATERIAL RE-USE
Purlin offcuts used to fix the SLiDE stairs
Rebar offcuts used to build a railing for the slide
Roof angle bar offcut used for the see saw structure
Rope and tires used for the swing
Second hand wood used for scaffolding, reused to build planters
conSTRUcTIon
ASSESSMEnTS
18-February-2016
To Whom it may Concern:
I am please to write this recommendation on behalf of Martina Manna. Ms. Manna first worked with All Hands Volunteers, Philippines, Inc. as a volunteer in 2nd March 2015.
Upon her arrival, she immediately began supporting our 83-C Core Home Program in which permanent, typhoon-resilient, in-situe homes were constructed for those affected by Typhoon Yolanda ravaged the area. Through her construction and architecture knowledge, Ms. Manna redesigned the foundations of our Core Homes to support their typhoon-resiliency, creating a safe environment for over 40 families in the event of another disaster.
Ms. Manna returned to Project Leyte again in September of 2015. She was immediately hired as a Program Coordinator for an Elementary School build in a relocation site built for families living in the No Build Zone of Tacloban. The school will furthur be used as an evacuation center for the community during the next disaster.
During Ms. Manna’s time as Program Coordintor her leadership skills, construction and architecture knowledge, and problem solving abilities were vital to the program’s success. She oversaw up to 20 volunteers and over 10 local tradesmen a day, while also verifying the structural integrity of the build, and ensuring proper health and safety techniques.
It is therefore, I offer my recommendation of Martina without hesitation or reservation. If any further information is needed, or any questions arise, please do not hesitate to get in touch.
Kindly,
Katrina TroyProject DirectorAll Hands Volunteers, Philippines, [email protected]
3160
“Building art is a synthesis of life in materialised form. We should try to bring in under the same hat
not a splintered way of thinking, but all in harmony together.”
Hugo Alvar Henrik Aalto
61
THANK YOU fOR YOUR TIME