Architectural Modelmaking, Design Development, Bespoke Design & Construction. Part of The University of Manchester (SEED School of Environment, Education and Development) Part of the Manchester School of Architecture
Polys has used layers of laminated packing cardboard to create a model of the wall and component details he is studying. This 1:2 prototype will test the component assembly before he attempts to make a 1:1 component. Due to the expensive and impractical nature of using the actual construction materials for his models Polys is using cheaper alternatives for his studies. The main purpose of this cardboard model was to clearly define how each element will interact with the next rather than mimicking the properties of the 1:1 real detail.Â Many shapes and forms can be made from cardboard which can also be surprisingly strong when laminated. This curved parts were made using a former and glulamming process.
This group project for 3rd year BA students will be used to display multiple concepts that will continue to develop throughout the year. For this reason considerable thought was put into getting the contouring and overall model size correct for purpose.
By figuring out high and low points on their site the group could then make a series of supporting ‘ribs’ at the relevant size for the 1:500 scale. Clearly marking each piece by number is crucial when there are many components. Once fixed in place the engraved ‘skin’ was fixed over the top creating the flow of contours across the site.
The next main phase of construction was to produce the existing site buildings. by taking plans printed at scale the group divided the site into different zones and gave each building a number to assure easy identification when assembling.
By referring to visual reference such as photographs it is possible to find an approximate building height by looking at courses of brickwork and door/window heights. At this scale approximations are fine for the models purpose but extra care should be taken when focussing on areas in the immediate vicinity of the areas being used for proposed development.
The group decided to add extra laser engraved facade details to the exiting buildings closes to their proposed site. This helps to highlight the concentration and detail in the surrounding buildings without over emphasising their physical construction.
As the group found out, adding too many detail lines can prove costly in terms of time on the laser cutter.
We encourage you to consult us about any of these fine details as more often than not they can be simplified and still easily convey the message.
This 3rd Year contour model of a site in Stockport has been made to demonstrate the effects of pollution in the area. Smoke, trapped in the lower box section of the model will escape through holes on the base of the site representing pollution from the area. The river area will eventually be flooded and show and overspill to the surrounding urban area.
Models of this kind are described as being ‘Predictive models’ in that they are attempting to show how a change may occur over time. The process of ‘flooding’ on this model will likely result in its destruction so it’s life will be short.
The group used laser cut MDF to build up the site contours and band saw cut MDF for the site roadway. The buildings were made from Jelutong wood blocks and the base box from band saw cut acrylic with acrylic square section.
Over the last two weeks groups of 3rd year students have been in the workshop producing work under the brief ‘kinetic sculpture’. This broad brief allows them to interpret the idea of movement in construction and helps to prepare them for later units which will ask them to explore adaptable buildings – highly likely to feature moving components.
This site is currently a car park in Manchesterâ€™s Northern Quarter. Saskiaâ€™s 3rd year proposal for this site is a new development providing a space for the â€˜socially un-welcomeâ€™. The development would include a skate park, hostel and other spaces for urban sports.
For this project Saskia used different coloured acrylics to represent different sections of her proposal.
This type of model is sometimes known as a â€˜Jewel modelâ€™ due to the illuminated effect given by the coloured acrylics. Commercially this type of model getâ€™s varied use.
Architects Rogers Stirk Harbour & Partners favour this style of model during their design development stages. Â Providing the CAD files are set up and drawn correctly this type of model can be a great quick addition to a project, this example took around 5 hours to draw, cut and assemble incuding some trial and error!
Â It’s been a couple of weeks since our last update -Â with good reason!
With all systems go for the end of year show things have been very busy in the workshop with final model’s being finished, wall units and display plinths being made. As well as these student tasks we had our own projects to complete for the show.
The opening successful and the exhibition days over, we can be certain all efforts paid off.
Here are some photographs of the completed works on display. More case studies will follow soon! For more information about the ‘We Are All Explorers’ exhibition click here.
My initial place/non-place study of mayfield highlighted the temporality of these ideas. To me mayfield was an area made up of and defined by working relationships, it is fragmented from its urban context and the activities on site work around one another rather than with one another. I wanted to create a unifying vision which responded to the existing urban condition and tied the fragmented territory together. My project brings ideas of knowledge exchange and open source information together to create a platform for innovation on both a personal and corporate scale.
It seemed very fitting for Joseph to use 3D printing to convey his ideas in his model. The idea behind his site redevelopment was that individual business units can be extended or reduced by simply adding or removing sections. New units would be created on site and moved into place using a rail system.
3D printing also lent itself to the mechanical side of the design, allowing moving components such as wheels and the rotating walkways.
In keeping with the new meets old theme on Joseph’s site he decided to keep the reclaimed piece of teak ‘as was’ with its scratched paint and chipped surface. This works really well in creating contrast and makes for a really nice object aside from its relevance to the design concept.
All Photographs shown here are taken from Joseph’s web page. Click here to see more.
Since our last post we have barely been able to move for people in the workshop, regularly maxing out our capacity. Deadlines for exhibition construction have meant a surge of students getting their show pieces and exhibit spaces completed.
There have been many co-ordinated groupâ€™s mass producing components for exhibition over the last few weeks here at SED. Whilst there has been a positive hive of activity, there have been a few instances where machines such as the laser cutter have been wrongly used which we hope to address ahead of the next academic year. This really just comes down to being aware of when it is appropriate to use a specific machine for a given job.
There is a good chance we will be implementing a ‘pay up front’ policy for use of the CAD driven machines and for the materials we supply due to the number of no-shows and the knock on effect that causes to other students wanting to use the machines. Please be aware that these changes are likely to be in place come September.