Material Application: 5th Year 4.1B Workshop

Earlier in the year we hosted a 5th year workshop on the theme of Material Application which was explored through modelmaking. The workshop participants were tasked with two explorations.

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Firstly a selection of tools were chosen to be the subject of a scaled up study in cardboard. Outcomes were marked based on their attention to detail and accuracy along. Another big consideration was the cleanliness of the models which, when working with white card proves a surprising challenge.

The results were fantastic giving a great range of interesting objects that demanded a new level of patience and consideration.

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Steve Kirk

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The second task focussed on the University of Manchester campus. Students were asked to choose any building of interest that would allow them to explore different materials and methods of modelmaking.

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Methods used included: Wood Turning, Laser cut layering, Silicone Moulding, Resin Casting, Metal Powder Casting, CNC Modelling, Additive Manufacture (3D Printing), Plaster Casting.
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The completed models have now been added to this years end of year show display located on the 3rd floor of the Manchester School of Art’s Benzie Building which is open to the public until June 22nd.

 

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This is the first time we have undertaken a workshop brief. Thanks to everyone who took part for all of your hard work and that you enjoyed it as much as we did!

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First Year Fabricate Projects

1st Year Habitat (8)

Following their recent inductions 1st year students have this week been flooding into the workshop to advance their initial ideas for the animal habitat project. We have been really happy even at this early stage with the response from this year in terms of organisation and good practices when approaching making. Hopefully we can continue this for the rest of the year and beyond to produce some great projects.

1st Year Habitat (7)

Due to the high numbers expected this afternoon and Friday we would recommend that you get in early and consult us on what you need to do before starting. We may advise that you work from home due to the nature of your project as we cannot accommodate more than 20 students at any one time. Please understand this and try to organise your ideas efficiently so we can help as quickly as possible and you can meet your deadlines on time.

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Deansgate Locks, Manchester Site Presentation Model By Aayu Malhotra

This site looks at a stalled site on Deansgate Locks. 6th Year MAarch student Aayu was asked to regenerate the development and look at potential future uses of the space. He decided to introduce small business’s to the site which would over time, expand and bring further investment to the area. The building form allows for expansion of the development by leaving the top of the building open for additional floors, formed around the core, to be added at a later time.

Aayu (5) As with Aayus other projects, he preferred to convey his design by making a highly detailed model, predominantly by hand, to emphasise the craftsmanship of the individual spaces in the development. Aayu much preferred this method over digital renders which he believed to be more corporate.

Aayu (9) The design is made of lightweight materials to allow for quick construction of additional areas. This idea was carried over into the design of his model with the main materials being paper, card, timber and fabrics.Aayu (11) The majority of the 1:100 scale model was designed and built by Aayu at home. Another benefit of using simple lightweight materials is the ability to make parts without the need for machines and specialist facilities. Aayu (13)

Scale figures were added along with items of furniture that indicate the potential use of a space. These items help to avoid repetition across the model and really bring out the intended mixed use concept. Aayu (12) Aayu (19) Once scale detail had been added the model was photographed in our studio and is now ready for the end of year show.Aayu (24)

Aayu (2) Aayu (15) Aayu (19) Aayu (20) Aayu (21) Aayu (22) Aayu (23)It’s very refreshing to see a model so lovingly hand crafted using minimal input from CAD driven machines. More like this please everyone!

Structural Junction Details, Polys Christofi

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.  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.

Ancoats Community Development ‘Hybrid Scheme’, Sandra Schenavsky

3rd year Student Sandra Schenavsky decided to take a materialistic approach to her final submission model. The proposed site in Ancoats would feature a well rounded use of buildings to create a ‘Work, Life and Leisure’ balance for those who might use the space.

Sandra wanted to convey the different uses of each element of her design by representing them as near to her proposed material finish as possible. To do this the existing site and landscaping was represented in laser cut card contours. The main building itself was constructed using pigmented plaster casts to represent concrete sections, laser cut MDF to represent wooden cladding and laser cut acrylic to represent glass facades.

This was a great experimentation project which found a good balance of techniques. Casting plaster into MDF molds proved challenging but after several trials Sandra was able to come up with an effective way of casting the forms she wanted.

 

Cross Sectional Bridge Model, East Croydon Pedestrian and Cycle Bridge, Charlie Kentish

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This 1:50 scale cross section model used laser cut cardboard for the supporting structure and 3D Powder Printing for the parametric roof design. The roof section was created digitally using Grasshopper. The project was commended by the Manchester Society of Architects in the design awards for 2012.

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