TE ARA a pathway to all, for many A mixed-use developement bridging Uptown Isabelle Stewart - Tutor: Julie Stout
Early conceptual models and sketches
Design Background/Significance: The design research focuses on a mixed-use development project located in Uptown, Auckland. The significance of this project lies in its exploration of the area’s circulation and movement, considering both historical and future perspectives. Uptown is known for its vibrant atmosphere and bustling pedestrian activity. The project’s concept aims to leverage this energy and create a harmonious integration between the development and the surrounding urban fabric. By understanding the dynamic flow of people in the area, the design seeks to enhance connectivity and contribute to the vitality of Uptown. Design Methods Process: The design research process involved a comprehensive study of the area’s historical context, current circulation patterns, and future urban development plans. By conducting site analyses and engaging with stakeholders, the research gathered insights into the movement of pedestrians within Uptown. These findings informed the design methods used, which employed principles of urban planning, architectural design, and landscape architecture. The approach emphasized creating a seamless transition between the circular pedestrian bridge, the site, and key destinations like the center of Uptown, Mount Eden train station, and Mount Eden itself. Findings/Conclusions: Through the design research, it was discovered that integrating the proposed mixed-use development with the existing movement patterns and urban fabric of Uptown would yield significant benefits. The circular pedestrian bridge emerged as a pivotal element, effectively guiding pedestrians towards the site and enhancing connectivity to surrounding areas. By strategically locating amenities and creating inviting public spaces, the design fosters a vibrant and cohesive environment. Furthermore, the research highlighted the potential for the project to serve as a catalyst for future urban development, encouraging sustainable growth and improving the overall livability of Uptown. The design research presents a compelling vision for a mixed-use development that harmonizes with its context, emphasizing the importance of circulation and movement in enhancing the urban experience.
LENE TRANBERG PRECEDENTS
Axel Towers -Without front or back, Axel Towers can be reached from all corners offering free movement across the square and through the building where broad stairs and an elevated inner square offer quiet, public spaces while serving as an anchor in a fast-paced part of the city. The circular facades provide the work spaces with an abundance of daylight, all overlooking the city.
Tietgen Dormitory
Basement - 1:100
Ground Floor - 1:100
Level 1 - 1:100
Level 5 - 1:100
Level 6 Rooftop - 1:100
2 Bedroom Apartment - 1:75
23400 Le vel 7
21000 Le vel 6
20600
Level 1 4
310U B40.4
17500 Le vel 5
17100
Level 1 3
310U B40.4
Perspective Cladding 14000 Le vel 4
13620
Level 1 2
310U B40.4
10500 Le vel 3
10100
Level 1 1
310U B40.4
1. Solar panels: Solar panels are devices that convert sunlight into electricity. They are designed to harness renewable energy from the sun, reducing reliance on fossil fuels and decreasing greenhouse gas emissions. Environmental sustainable design for solar panels involves utilizing high-efficiency photovoltaic (PV) cells, optimizing their placement and orientation for maximum solar exposure, and minimizing the use of materials with high environmental impact during manufacturing.
Terracotta Cladding Detail
7000
Le vel 2
6620
Level 1 0
2. Green roofs and community gardens: Green roofs are vegetated roof systems that incorporate plantings on the building’s rooftop. They offer numerous environmental benefits, such as reducing stormwater runoff, improving air quality, mitigating the urban heat island effect, and providing habitat for wildlife. Community gardens, on the other hand, involve cultivating plants collectively in shared spaces, promoting sustainable food production, social interaction, and educational opportunities. Both green roofs and community gardens contribute to environmental sustainable design by enhancing biodiversity, conserving energy, and improving the overall ecological footprint of urban areas.
140mm timber framed wall with Terracotta Tile Cladding
310U B40.4
Verticle Timber Slats
3oomm Concrete Floor Strucuture 140mm Insulation Steel I-Beam
3. Concrete thermal mass wall: A concrete thermal mass wall is a building component made of dense materials, such as concrete or masonry, which can absorb, store, and release heat. It acts as a thermal buffer, reducing temperature fluctuations within a building and decreasing the need for heating and cooling energy. Environmental sustainable design for concrete thermal mass walls includes optimizing their thickness and surface area, integrating them with passive solar design strategies, and utilizing sustainable concrete mixes with reduced carbon footprint, such as those incorporating supplementary cementitious materials or recycled content.
3500
Le vel 1
3100
Le vel 9
310U B40.4
Double Glazed Glass 200mm Hollow Circular Structural Steel Column
0
Le vel 0
In summary, environmental sustainable design for solar panels focuses on maximizing solar energy conversion while minimizing environmental impact. Green roofs and community gardens promote biodiversity, stormwater management, and sustainable food production in urban areas. Concrete thermal mass walls help regulate building temperatures efficiently and reduce energy consumption.
Timber Slats Detail
-1250 Bar
1:20 Detail
23400 Level 7
21000 Level 620600 Level 14
17500 Level 517100
Ground Floor Ceiling
Level 13
14000 Level 413620 Level 12
22250
10500 Level 310100
Perspective: Ground Floor View
Level 11
7000
Level 2 6620 Level 10
3500
Level 1 3100 Level 9
Double Columns Wrapped With Harekeke Inspired by Arvo Aalto and the “hoe’ or paddle used in Maori Waka. Enhancing the past movements of uptown and the history.
0
Level 0
-1250 Bar
-4500
Basement
North Elevation 1:100 Perspective: Apartment Kitchen and Dining Area
4 Structural concrete wall etchings in stairwell and apartments.
23400 Level 7
21000 Level 6 20600
Level 14
17500 Level 5 17100
Level 13
Perspective: View out Balcony
14000 Level 4 13620
Example of Pou: Left - Britomar Squaret, Right - Waikato Highway
Level 12
10500
Level 3 10100 Level 11
7000
Level 2 6620 Level 10
3500
Level 1 3100 Level 9
0
Level 0
Example of Basalt Rock creating a stairway / Edge of circulation
-1250 Bar
-4500
Perspective: View from Rooftop
Basement
South Elevation 1:100
1:500 Model
1:100 Model
Perspective