Wednesday, November 5, 2008

Portfolio Design Studio 4

All praise to Allah who guides whomever He wills. If it was not for Him, studying architecture in RMIT would be an architorturing journey. Thank you Ya Rabb.

Design Studio 4, semester 2 2008

Studio : Inter-facing Change
Project : Seawall defense (group) & seawater greenhouse (individual)
Tutor : Jenny Lowe

Interfacing change. By far, the most time consuming studio I've had besides the one in the first semester during my first year. There were a few nights of staying up late in the computer labs, sometimes until 3am, sometimes 5am. However, no sleepless night, as I can't go through one day without at least a few hours of sleep.

Anyways, about the studio. It starts with a group work of 3. I was grouped together with two Level 2 students. The tasks were to research on climate change issues and do a thorough site analysis in Williamstown area. So basically, just to make it short, we were working with a scenario where the sea water level will increase up to 3m in a 100 years or so. This brings a lot of problem to our site, because our site is prone to land lost due to the eradication of land. Part of the existing land in Williamstown will be submerged in water in the next 10 years.

2008

2100


So, our group decided to propose a seawall defense along the coast, and it goes out a bit from the land, so that we can retain the existing beach. The reason was because the beach is one of the last remaining beach in this area (although it was actually man made. The sands were actually being piled up there long time ago.) and it was also one of the main attractions of Williamstown.


Group master plan, mine is the long bit

The other thing about the wall defense is we also wanted to bring in movement along it, therefore along the seawall that goes out to the water, there would be a series of programs, each designed by each of us. I designed the seawater greenhouse.

In my design, I deal with a lot of different issues ie, seawater desalination technology, roofing structure, materials, landscape design, etc. However the most important thing was the design of the interface. Since there is difference between high ground (4 metre level - seawall) and low ground (0 metre - existing land level), and also a unique relationship between land and water the design needs to be delicately addressed so that it would not be just a big box sitting on a piece of land. Therefore I introduced a contour landscape inside the wall itself and carefully fit in the seawater greenhouse on it.

Interface section

Maybe a lot of things that I write here doesn't really makes sense to you, but if u r an architecture student, u should be able to understand, even if it is only a little bit. Some people say abstract is a reason to be absurd. Well, its up to your judgement. The following images are the ones that I produced for the final. Have a look! Leave a critique as well. This is ur chance to critique someone else work.

West Elevation




Cross section showing air flow from seawater desalination facility on the right end

Exploded Diagram, different component of the roof



Extension and preservation of existing parkland


Visualisation of tree columns, supporting the lattice structure


Aerial view of the roof, the ribs are actually there to distribute the water runoff evenly to a channel, integrated in the column at the edge of the roof. Tribute to penapistola for giving me this idea.


Visualisation of water channels (columns). Yes, I know. Very Calatravic. I was just playing around with 3D-modelling skills. Making these are quite fun.


Another view of the water channels.


Internal garden @ greenhouse area. The greenhouse would be planted with crops. The design of the greenhouse landscape was derived from the botanical garden layout up north.


Another view inside the greenhouse, from an upper walkway.


Another view inside the greenhouse.


There are more images but I think these are enough. Today was the final submission for folio. Alhamdulillah, I managed to submit my folio, even though a little bit late.
Unofficially, today is the last day me being a 2nd year student. Few more days to go, and I'll be flying back to Malaysia with Akhi Ariff Diah. Hoping for more input and experience this summer.

Until next post, wassalam.

4 comments:

Anonymous said...

a good project indeed. Although I wouldn't want to see some hi-tech building near a beach - it kills the mood of enjoying the nature.And it seems u kind of avoiding producing a render showing how it looks like from eye level view especially from the beach- coz it's probably the most important image in this project.

Plus, steel are very hard to maintain in marine condition, and stainless steel is not helping the cost.Wood will be helpful, and it blend in with nature.

These are just comment based on my knowledge, so don't take it to heart. But anyway there are rooms for improvement for everyone including myself.And we still have a long-long way to go.

However I'm very interested in ur skills shown in ur drawing. How did u do the latice? did u do it one by one, or here is a quick command to do that? i've been searching free tutorials from the net, but still got no idea how . mind sharing ur knowledge?

Anonymous said...

thanks heap 4 the comment! Constructive.

yeah, there are some issues with the project, like the ones u addressed. But we dont really like to expose them to the public, do we? =P

steel issue: theres been some debate on this as well in the tutes. But it seems like steel is the best option for this large span structure (40m X 190m), i think. And the tutors argue that wood would rot over time. I thought, if it was used in the oil rigs, bridges, then it can also be used in here. Right? Please correct me if Im wrong!

basically for the lattice, its being done in rhino using flowalongsurface command. First u have the form of the building. Then u draw the lines of the grid pattern of the structure. Then just use the command to draw the pattern along the surface of ur building. Lastly, extrude the pattern lines. Thats it.

Anonymous said...

thnks for the lattice info! i'll try it right away after this.

about the material issue, yes wood will rot, but everything will rot eventually...even if u used concrete, it'll need to be maintained as they will be compressed in time.When i was thinking about wood, i was thinking of something from mangroves - those that lives in sea water...concrete is good too, assuming from how it is used to imitate coral n creating habitation for coral n other sea creatures- if u get what i mean.

Anyway, many bridges that crosses salty water (channel/straits)n has long span, use concrete for the columns n then continued by the steel. N ur project is relatively very close to the water - but anyway this need longer time to think, n ofcourse that is what architecture students don't have...

btw i suggest u to lok at FOA's Yokohama International Port - the structure maybe from steel (i think) but everything else looks like wood to me - same like ur project it is very close to sea water, but doesn't really touches them...

All the best in the future!

Anonymous said...

nicely explained. Thanks Anonymous. I have to admit, im not really good in materials. Need to study about it a little more. Ill have a look at the Yokohama Port for sure. Thanks again!