Architecture Portfolio
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Transcript of Architecture Portfolio
The year is 2045, and 70% of the planet’s accessible mineral
resources have been exhausted. Economic pressure pushes mankind
to search for the last unexploited mineral reserves on earth, located
kilometers beneath the antarctic ice cap.
Over the past 50 years, escalation of resource consumption has
been paralleled by society’s concern for the environment. Originally
protected under the Madrid Protocol, Antarctica was opened
to mining in 2041 under the condition that the pristine surface
remained unaltered. Mining corporations tunnel deep into the ice
caps, creating an intraglacial network of spaces to reach remote
mineral reserves.
Subjected to subzero temperatures, isolated from sunlight; with no
direct access to the surface and constantly unpredictable shifting
surroundings, this is Intra Glacial.
Project Abstract
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Through careful study of the political, economical and environmental
conditions of Antarctica, a strategy is devised to occupy the continent
while maintaining an invisible presence. The mining operations
that occur beneath the ice, leaving the ice surface untouched, but
pillaging the continent itself for mineral resources begins to question
the idea of the pristine.
Is this an optimal solution to supplement depleting mineral reserves?
Or is this a dystopic environmental disaster? Intra Glacial is designed
to be more than a speculation on the future, it is designed to
illuminate the conditions of today.
Speculation
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The system was developed into a perspex physical model. 7 layers
of perspex were cut using a laser cutter, and carefully assembled
to create a three dimensional rendition of the mineral extraction
network in the ice.
A frame was built around the perspex, with 2 strips of LED lights
installed at the top and the bottom of the perspex sheets. The light
refractes through the perspex, only illuminating the sections where
cuts were made, producing the outline effect you can see in these
images.
Within the model, small etchings of people, containers, housing
structures and machinery were made with the laser cutter to give
added detail.
For more information on this project, visit http://issuu.com/lucaskoleits to see the project book and https://vimeo.com/user30842345 to see the accompanying video animation.
The model
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The edge effect is a biological term, referring to the change in community structure as a result of being at the edge of the population. This project addresses this unique condition of the site, and of the issue of permeability in a growing city. Melbourne’s population is growing at an unprecedented rate. This is illustrated architecturally by the rapid construction of apartment towers around the fringes of the CBD. As more towers are constructed, the center of our city becomes less permeable to light, to air, to people. The CBD skyline can be interpreted as a wall, one that many have to fight through in order to reach their workplaces every day.
The Edge Effect project seeks to create a structure that minimises a footprint, allows for maximisation of green space and increase the permeability of structures to light and air.
The edge effectEast elevation
Section
North east elevation
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The Japanese screenThe building form is inspired by a Japanese screen, which forms a barrier while still being permeable to light and noise. Apartments have an abundance of natural light, with views to both the north and south due to the narrow profile of the building. The zig-zag form of the building, also typical of a Japanese screen, assists with the dirstribution of wind loads.
The ground floor has very little internalised space, most of the area given to a public square and park. The two are graduated into each other, making the journey across the site a transition from city to nature, and vice versa.
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Apartments have minimal party walls, windows on the north and south aspect and a small courtyard. The floor plans are designed to optimise narrow space living, incorporating a corridor along the south aspect with sliding doors that allow you to personalise and alter the space for different uses.
The courtyards look to both the north and the south, can open up to the outside and serves and a formal entrance space. Operable window panels allow for the movement of natural air into these spaces, while protecting residents at high elevations from strong winds.
Exterior cladding is glass framed by an anodised aluminum frame network, that appears as a mesh from a distance. These frames are extruded away from the building by 200 mm to provide shade in summer.
Apartments
Three bedroom apartment
floor plan
1:100
1:500
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The project involved the investigation building technologies and techniques. Teams of three worked to design and detail a commercial high rise at 510 Bourke street, Melbourne.
The design included serval cantilevers, an externalised diagrid system and the inclusion of photo-voltaic panels. While most components used are existing, the steel diagrid components were designed specially for this project, based on the design of the Swiss RE center’s diagrid connection.
The project
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The model was constructed from laser cut box board, designed to assembled without the use of glue. Only the diagrid structure was glued in this model, everything else was clipped in to carefully designed notches in the core and floor plates.
This gave us great freedom to work on the model removing floor plates and trying new designs, and became an important tool in the design process.
This also allowed us to create a cut down the middle of the model, allowing you to see the inner workings and alternative perspectives of the structure.
The model
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Details of the interface between the externalised steel diagrid and the interior column frame structure.
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A c h i e v e m e n t s
Winner Superstudio Victoria, 2014
Golden Key Honor Society, 2012
Antarctic Field Leader, 2012
President, Melbourne University Zoological Student Society, 2010
Exper ienceEducation Officer, CSIRO Education
Marine Research Assistant, Australian Antarctic Division
Tour guide, Werribee Open Range Zoo
2012 to present
2011 - 2012
2009 - 2011
Educat ion
University of Melbourne, Masters of Architecture (300pt)
University of Tasmania, Masters of Antarctic Science
University of Melbourne, Bachelor of Science
Flinders Christian Community College, VCE
Current
2011 - 2012
2008 - 2010
2001 - 2006
Qual i f icat ionsWorking with children check
PADI open water diving license
Medium rigid heavy vehicle drivers license
Certificate to operate ride on vehicles
Referees Jannette Le, Tutor, Melbourne University
Mond Qu, Tutor, Melbourne University
Chris Krishna-Pilay, Victorian Manager, CSIRO Education
0433 315 796
0431 039 988
(03) 9252 6264
Key Ski l lsRhino 5.03DS Max 2014Auto CAD Architecture 2014Revit Architecture 2014V rayAdobe SuiteGoogle Sketch upGoogle Earth ProMicrosoft Office 2013R statistical analysis coding
Laser cutter operationModel makingVideo editing and AnimationCritical thinkingExcellent team skillsInterpersonal skillsCustomer servicePublic speaking and presentationExperimental design
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L u c a s K o l e i t s16 Vale st East MelbourneVictoria 3002
[email protected] 550 876Websites:http://issuu.com/lucaskoleitshttps://vimeo.com/user30842345
With a diverse background, I can bring a unique set of skills to an architecture firm. The ability to use both my scientific skill set and architectural perspective has proved fruitful in past projects.
I have traveled extensively, including living in Antarctica for six months. This led to my interest in architecture at extremes, and the notion of speculative architecture.
While I like to think about the big pictures in architecture, I feel that architecture is at its most elegant in the finest details, with the final form being expressive as well as functional.