Application Portfolio 2016 Max Friedlander
Max Friedlander Application Portfolio 2016
1.1 Guerilla Gardening Tool and Device for Trypophobics Created from ‘Objects Trouves’ and hand crafted parts, the device allows users to plant and water seeds in cracks in the pavement.
Max Friedlander Application Portfolio 2016
Environmental Strategies
1.2 Vauxhall Ark This private dwelling, museum and restoration workshop houses a collection of brass instruments. The classroom and display areas for public use blend with private spaces to create a dynamic spatial boundary, The on-site steam engine provides the electrical and mechanical power required for the building as well as an educational space for the neighbouring school. Max Friedlander Application Portfolio 2016
2.1 Pyrenee Wind Shelter This shelter was used for recording and mapping wind conditions on a chosen site in the Pyrenees. It facilitated a phenomenological interactive and ‘spectacular’ experience of the weather elements, whilst recording observational data. The tent was hand-made using breathable fabrics stetched over an aluminium frame structure. Max Friedlander Application Portfolio 2016
Tail Fin - Red Ripstop Tail Fin Structure - Carbonfibre Fly sheet - Single layer breathable
Frame - 11od 8id Aluminium tube
Base - Machine folded Aluminium Table -Titanium ball-bearings Wings - PVC Vacuum formed
2.1 Pyrenee Wind Shelter The shelter acts as a landscape beacon and wind indicator. The tail glows red in high winds as a warning to hikers and para-gliders in the area. The wind recordings made by the shelter are shown above, This was achieved through exposing photosensitive paper to green LEDs linked to a wind generator.
[Academic use only]
Max Friedlander Application Portfolio 2016
Concept Sketch of spatial layouts and roof mechanisms.
Concept Sketch of roof ramps, showing exposure to every wind direction.
Concept Sketch of building section showing upturned wing to provide down force.
2.2 Paragliding Centre - development The building is designed around the wind rose for the site. It provides optimum launch conditions for para gliders for any wind direction. It also provides accommodation for hikers as well as teaching rooms and other facilities.
Max Friedlander Application Portfolio 2016
Wind tunnel tests - using strings and fans to model wind dynamics.
2.2 Paragliding Centre The building facade and roof itself is a wind beacon in the landscape which also transmits elemental conditions to the inside spaces. The architecture is treated as part of the landscape and folds over the crest of the hill to preserve the natural beauty of the region. Max Friedlander Application Portfolio 2016
[Academic use only]
3.1 Flag Making Machine - drawings Linked directly to the internet, the device downloads and responds to data from the world cup in Brazil.
Max Friedlander Application Portfolio 2016
3.1 Flag Making Machine - photographs of prototype The device is a performative contraption that generates a spectacle responding to input data through light projections and spraying inks. Events in the world cup in Brazil influence the colours and performance of the piece. Over the duration of the tournament, traces of events are left by the coloured inks. Max Friedlander Application Portfolio 2016
3.2 Digital Shifting Landscapes Input data from twitter feeds shift the landscape panels into user defined configurations creating a dynamic urban forum. Pixels are individually controlled by servos or hydraulic systems. These systems in turn become part of the architecture. Max Friedlander Application Portfolio 2016
3.2 Hydraulic Facade and Roof The 1:50 model illustrates how the mechanism of the shifting elements is inhabited in the architecture. The hydraulic fluids become the facade and influence the spatial qualities of the spaces within.
Max Friedlander Application Portfolio 2016
3.2 Sao Paulo Site Analysis The 1:1000 physical model illustrates how the site sits within its surroundings. It also shows behaviour of the sunlight on the site.
Max Friedlander Application Portfolio 2016
17
Tubes
Programmable Facade
Programmable Roof
Glass Roof
Inhabitable Roof
13 5
10
1
6 8
4
Space Frame
2 7
15
14 12 9
1st Floor 11
16 3 10
Vertical Circulation
First Floor Plan - 1:200 1 - Main Entrance 2 - Theatre 3 - Box Office 4 - Cantine 5 - WCs 6 - 1st Floor Level 7 - Stage 8 - Upper Ground Floor Level 9 - Vertical Circulation Ramps 10 - Vertical Circulation Stairs 11 - Theatre Access 12 - Dining and Rest/Theatre Foyer 13 - Programmable Facade 14 - Shifting Landscape 15 - Lower ground Floor Level 16 - Basement Service Level 17 - Sports Pitch 18 - Access to Roof
Upper Ground Floor and upper Plaza Level
Theatre
Programmable Shifting Landscape
Lower Ground Floor and Middle Plaza Level
18
Basement Floor and Lower Plaza Level
11
5 6
10 6
1
3
9
3
17
2
7
4 16 8 14 15 6
6
6
10
19
11
Upper Ground Floor Plan - 1:200
N
1 - Main Entrance 2 - Event Space under Theatre 3 - Office/Internet Cafe 4 - Library 5 - WCs 6 - Workshops/Stalls 7 - Stage 8 - Lower Ground Floor Level 9 - Vertical Circulation Ramps 10 - Vertical Circulation Stairs 11 - Access to Lower Stalls 14 - Basement/Service Level 15 - Upper Ground Floor Level 16 - Window to Highway 17 - Shifting Landscape 18 - Sports Pitch 19 - Access to Upper Stalls
3.2 Sao Paulo Community Centre - Plan and exploded axo Drawing shows the main spaces including the theatre and shifting landscape. The configuration is based on the notion that public buildings ought to be open and panoptic as far as possible. This is achieved through the use of mezzanine levels and seeping access ramps. Axo
Max Friedlander Application Portfolio 2016
3.2 Sao Paulo Community Centre - Renders Facades and roof landscapes are dynamic adjustable elements that form an adaptable building. The square provides an adaptable shifting democratic landscape for public use. During monsoon, the forum adjusts to recreate the lost rivers of Sao Paulo. Max Friedlander Application Portfolio 2016
3.2 Sao Paulo Community Centre - Final Model 1:200 model shows the building in its entirety and how the elements and spaces relate to each other. the removable roof allows views inside the building.
Max Friedlander Application Portfolio 2016
4.1 Digitised Plant Growing Device - drawing and model The device provides a spectacle of the plant growing and caring process. It regulates the light, water and humidity conditions of the plant. This was made as part of a study into reconnecting Generation Z with the processes of nature.
Max Friedlander Application Portfolio 2016
[Academic use only]
[Academic use only]
4.2 Botanical Garden - Teaching Spaces Above two towers are shown. Each is designed specifically to its function. The materials used are locally sourced timber implemented in a rib structure to create strong shells and eliminating the need for a central core through the space. The structure is designed to be earthquake proof. [Academic use only]
Max Friedlander Application Portfolio 2016
[Academic use only]
4.2 Botanical Garden, San Jose, Costa Rica - section The education centre is divided into towers, specifically designed to accommodate certain programme elements. These include teaching spaces and green energy creators. The spaces are connected by hanging walkways that provide views across the arboretum. Max Friedlander Application Portfolio 2016
4.2 Botanical Garden, San Jose, Costa Rica [Academic use only]
Max Friedlander Application Portfolio 2016
5.1 Programmable Light Paintings These experiments dealt with visualising digital data into a 3D spatial representation. The patterns created respond directly to input data which adjust the velocity and rotation of the elements. These can then be observed using a long exposure shot with a camera. Max Friedlander Application Portfolio 2016
5.1 Saigon Moon The moon was chosen due to its ancient association with symbols of femininity. The apparatus was used to convey the notion of bridging between technology and the poetic.
Max Friedlander Application Portfolio 2016
5.12 The Clockwork Dressing-room This project was the result of investigations into academic interpretations of gendered space. The dressing room attempts to embody certain notions of feminine design principles to provide spaces for the New York ball room scene.
Max Friedlander Application Portfolio 2016
5.2 Saigon Womens Bridge This bridge identifies women as the primary user of the architectural intervention. It bridges two socially contrasting neighbourhoods in Saigon and provides mixed use facilities for local women. These include business start up spaces along with shared child-care and allotments. Max Friedlander Application Portfolio 2016
5.2 Saigon Womens Bridge Concept Models These concept models identify and attempt to embody knowledge gained from research into local culture, Site specificity was reflected through the use of Vietnamese paintings and architectural gestures. These allowed the architecture to become more specific to its social and geographical context. Max Friedlander Application Portfolio 2016
5.2 Light Study Models This series of tests formed part of the thesis investigating the production of “Vietnamese light�. Panels were made from wax and oils to create a range of light filters that responded to the site, programme and temporality.
Max Friedlander Application Portfolio 2016
5.2 Saigon Womens Bridge Models Plan View The architecture was developed in plan as a series of layers. The layers were defined by the site geography, building programme, light and circulation. Voids were cut in to allow light to penetrate as well as provide a series of views across and through the layers. Max Friedlander Application Portfolio 2016
5.2 Saigon Womens Bridge Isometric section The programme provides workshops along the northern face of the spine. The public and mixed use spaces are arranged to the south. Shown here are the theatre, city farm, gardens and seed banks. The old dock-lands cranes remain to aid construction and adaptation. Max Friedlander Application Portfolio 2016
5.2 Saigon Bridge - Final Model 1:200
Max Friedlander Application Portfolio 2016
Custom Cladding Options
Mi Casa 2 Casa
Proposal
Delivery - Adaptability - Versatility - Growth -
The proposal is for an adaptable and versatile building delivery, that allows client customization and participation. The home is made up of a container and an attached prefab structure. The container houses the ‘vital organs’ of the building that feeds the prefabricated units that surround it. The prefab units consist of CNC milled SPF (Spruce Pine Fir) cassettes that provide the structure of the building, and are filled with loose cellulose insulation. The cassettes are small and can easily be handled and pieced together by 1-2 persons.
Stacking System
Delivery The container is delivered to site first and is a self sufficient abode, incorporating bathroom, kitchen and bedroom. Once the timber structure is completed, the spaces in the container can be repurposed. This allows the owner to live on site during the construction process. Growth The concept allows the starter home to be expanded when required or when financially viable. Alternatively, a unit can be built on the opposing side of the container to create a co-housing strategy, where two families share the container for kitchen/ bathroom and have their own separate living and bedroom spaces. Versatility Despite a fixed envelope, the interior spaces can be arranged according to the clients needs. There is a choice of multiple bedroom, bathroom and study arrangements to suit specific requirements of the owner. There is a choice of external cladding finishes and a range of specs for the bathrooms and kitchens. This system offers a range of custom options to allow owners to make their homes personal to them.
Custom Cladding Options Proposal The proposal is for an adaptable and versatile building delivery, that allows client customization and participation. The home is made up of a container and an attached prefab structure. The container houses the ‘vital organs’ of the building that feeds the prefabricated units that surround it. The prefab units consist of CNC milled SPF (Spruce Pine Fir) cassettes that provide the structure of the building, and are filled with loose cellulose insulation. The cassettes are small and can easily be handled and pieced together by 1-2 persons.
Ecosysytem This is a bottom up emergent strategy, whereby the key component (container) supports the larger more complex organism. A collection of these components can begin to support elaborate social ecosystems and creating a shared environment we can foster social ecosystems and community spirit. Not only can we create a mix of shared and private housing with the scheme, but also sustainable and healthy homes which are energy efficient and support occupant wellbeing. And we can create various layouts to support different needs within the simplistic form we have created.
Scheme 1 - Open Plan This option is best suited to a young professional couple. The main space is totally open with joined study, living, dining and kitchen, spaces. The bedroom is situated on the mezzanine level. This option provides the largest kitchen and bathroom possibilities
[Academic use only]
Scheme 2 - Family This scheme is suited to a young family. There are two large bedrooms and a storage room that can be converted into another bedroom.
Scheme 3 - Alternative This scheme provides a master bedroom with ensuite bathroom. A further guest bedroom is provided on the mezzanine level with access to a shared GF bathroom. Living and dining areas are open plan/
Custom Cladding SIP Cassettes Treated Timber Base-frame Swift Plinth Foundation
Open Terrace Option
Conservatory/Greenhouse Option
Bedroom Annex Option
Multiple Layout Options
[Academic use only]
Delivery The container is delivered to site first and is a self sufficient abode, incorporating bathroom, kitchen and bedroom. Once the timber structure is completed, the spaces in the container can be repurposed. This allows the owner to live on site during the construction process. Growth The concept allows the starter home to be expanded when required or when financially viable. Alternatively, a unit can be built on the opposing side of the container to create a co-housing strategy, where two families share the container for kitchen/ bathroom and have their own separate living and bedroom spaces. Versatility Despite a fixed envelope, the interior spaces can be arranged according to the clients needs. There is a choice of multiple bedroom, bathroom and study arrangements to suit specific requirements of the owner. There is a choice of external cladding finishes and a range of specs for the bathrooms and kitchens. This system offers a range of custom options to allow owners to make their homes personal to them. Ecosysytem This is a bottom up emergent strategy, whereby the key component (container) supports the larger more complex organism. A collection of these components can begin to support elaborate social ecosystems and creating a shared environment we can foster social ecosystems and community spirit. Not only can we create a mix of shared and private housing with the scheme, but also sustainable and healthy homes which are energy efficient and support occupant wellbeing. And we can create various layouts to support different needs within the simplistic form we have created.
Scheme 1 - Open Plan This option is best suited to a young professional couple. The main space is totally open with joined study, living, dining and kitchen, spaces. The bedroom is situated on the mezzanine level. This option provides the largest kitchen and bathroom possibilities
[Academic use only]
Scheme 2 - Family This scheme is suited to a young family. There are two large bedrooms and a storage room that can be converted into another bedroom.
Scheme 3 - Alternative This scheme provides a master bedroom with ensuite bathroom. A further guest bedroom is provided on the mezzanine level with access to a shared GF bathroom. Living and dining areas are open plan/
Custom Cladding SIP Cassettes Treated Timber Base-frame Swift Plinth Foundation
Home on a Shoestring - NaCSBA competition - longlisted Max Friedlander Application Portfolio 2016 Open Terrace Option
Conservatory/Greenhouse Option
Bedroom Annex Option
Multiple Layout Options
[Academic use only]
Ceramic Studies
Max Friedlander Application Portfolio 2016