Thursday

After a long time planning and deciding our lay out, today, we start our model. Although people were concerned, everything was under control (perhaps hahaha).

We divided our work. While Aswin and Adnan were working cutting the roof structure, James and I were organizing the material cut and gluing.

é nóis

It was made a template to each model truss in paper. Those templates were essential to enable us to construct the model.

 

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After that, it was easier. We just had to cut the walls and glue them and the trusses on the board.

Pictures of the progress of the assemble

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Finally, happiness

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Final layout

The layout of the health clinic have been one of the main aspect that we have worked on this week. How to get all the different components and areas to the right place, by placing them right when it comes to security and safety for both patients and staff. After many sketches, scaled drawings and different types of layouts we finally were able to find a layout that will function well. Both with our design and for the purpose of being a health clinic. f15

One of the steps with making the layout was to separate the staff and the patients in the safest way possible. By creating risk zones and non risk zones.  Between these zones, a person have to go trough a decontamination area, to make sure that the no risk zone, keeps being virus free. This will both happen to the staff when leaving a risk zone, but also if a patient lives through the virus and are able to go to convalescence. Convalescence is viewed as a no risk zone and the patients need to be decontaminated before entering this area. f1

As well as a decontamination area between no risk and risk area, there needs to be a foot bath in the layout. A foot bath is a place where the feet and hands are washed to prevent spreading the virus. since Ebola is spread through body fluids this is one of the most efficient and simplest ways to prevent spreading the virus.  We wanted to place the foot bath in a way that a person would have to go through a the foot bath no matter where the person is going inside the risk zone. And also, since a foot bath is a very expensive component to have in a health clinic, we wanted to have as few numbers of them as possible. After many different layout, we finally found a layout that makes sure a person have to go through a foot bath and also only having one foot bath for the whole health clinic.

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To find out how big the different spaces needed to be and which types of rooms were needed I was researching books and the internet, to be able to make the layout as accurate as possible.
f7– Ine Ringlund

 

Day 4 – Finishing Model and Roof Design

Having finalised our layout after encountering complications, we were now in a better position as we only had to make a couple of extra single and double panels for the extra rooms. This involved; drawing, cutting and sticking, which didn’t take up too much time. We were then left with enough time to come up with a structure for the canvas roof idea.

Our initial idea consisted of using the container ends with a folding mechanism, which would give us the height we needed to run wiring over each corner of the compound and peg down into the surrounding grounds. After testing this idea, we found it was not possible to do this and we needed to re-evaluate.  The Reason being it was structurally unbalanced and the run off we needed for the water was not appropriate, meaning if there was a heavy down pour of rain it would collapse the roof within minutes.

Looking at how other buildings had placed a canvas roof on, we used inspiration from an Ian Ritchie roof design. This particular concept had one high raised mast with wiring running into the ground. We were particularly influenced by this, however, decided to alter it slightly by using two masts instead of one. This was due to the surface area we had to cover, it was vital that we created the perfect angle for the water run off of the canvas.

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Day 3 – Model Making

As we were so organised when planning for the building, we thought we knew exactly where the single and double panel walls were going. Therefore, we assumed it was just a process of making a production line for drawing, cutting and sticking the walls to bring our design to life.

However, later on in the day we did have to make amendments to our design. This was due to the issue which was raised that pathogens could be spreading easily because infected sections hadn’t been cut off from the non-infected areas.  To overcome this dilemma we re-designed the layout, moving all the non infected areas to the front of the building and sectioning them off with the infected areas reassigned to the rear. We also added more decontamination areas for where staff and public can shower, to clean off any pathogens they may have picked up whilst in the medical centre.Proposed Re-Developed Plan

After this, it was then decided that our aim for day 4 was to achieve a structural design for the roof using a canvas idea, with inspiration taken from a tent design.

 

 

Day 2- The Development of the Design

Discussing and researching ideas on the first day enabled us to get straight to work on the modelling and development of potential design proposals for our medical centre. In keeping with our desired simplistic nature to the design, we started modelling single panel walls which we felt was a beneficial concept.

However, we found that maintaining simplicity when connecting the walls was harder than anticipated. Problems crept up, such as the fact we needed an additional slot cut into the wall to connect walls coming into the compound. Obstacles like this left us head scratching for a while, in spite of these complications, through a trial and error method we managed to create grid which displayed where certain panels would be placed.

The best solution we found to overcoming the problem of connecting the walls was instead of having all single walls there would now be some double panel walls. this would allow us to connect the interior walls of our proposed design. 

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Presentation Preperation time

With the model complete I was able to sit down and piece together some information which could be useful for the presentation. Below shows some of my findings including some information on how the structure will be taken in and out of the container, as well as some other key points.

Maximum weight to lift safely for a man is 25kg

Maximum weight to lift safely for a woman 16kg

http://www.workplacesafetyadvice.co.uk/guide-manual-handling-lifting-techniques.html

Steel Beams – 80mm thickness = 177.57kg

        177.57kg/ 25 Kg = 7 Men to lift taller upright beams

http://www.rosmetalloprokat.com/index.php?option=com_content&view=article&id=58&Itemid=56

Roof Umbrella – sits on a trolley system within the container then compact crane used to lift and spread to insert supporting outer beams

11 Meter Compact Crane

http://www.varollarfotovideo.com/U1374,199,proaim-kite-33-titan-package-33ft-11-metreoctagonal-video-camera-crane-with-heavy-duty-tripod-standhd-std-3-axis-dutch-roll-pan-tilt-head-floor-dolly-e-focuskite-33-titan-33-ft-jimy-jip-cine-vff-kite-33-titan.htm

Team Lister, The Last Leg

20141113-161729.jpgWith team Lister down to only two team members, me and Tom got straight to work at 9am, with a lot to complete in preparation for Friday’s presentation. We kick started the day by getting the fabric for the roof cut. This proved a little more tricky than first thought, as there are several ways in which we could have achieved it. In order to enhance the shape of our roof, we decided that the best way to do this would be to cut each individual corner segment, reducing any chances of sagging and instead creating a nice realistic effect. This did prove quite difficult and we underwent several cutting before even getting the size of each segment correct!

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While Tom got underway with the cutting of the roofs fabric, I took some time in reviewing the year 12 students proposed poster layout and began working on powerpoint to achieve some sort of template to allow the evening aheads poster work to be slightly less time consuming. After roughing up a draft layout I then began to use what sketching skills I have to produce some instruction on the construction methods for our structure, as this is useful for both our poster and presentation. The sketches can be seen in the image below.

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After completing the simple but effective sketches, I began to help Tom in finishing the quite fiddly piecing together of the remaining roof parts. After discussing how we would be able to show part of the layout inside the building we decided to leave two of the fabric panels out, allowing the model to look both complete and giving a view of how our designs interior works as well.

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The next stage of the making was to extend the central mast so that we could imply the tension ropes to the structure. We decided that the best way to do this would be inserting a strong piece of wire into both masts and then using glue for extra support.

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Using glue, I then went on to stick down the guide ropes to the structure. Having some troubles getting the glue to dry, I managed to find some stronger adhesive with a faster drying time, although still having to wait for each one to dry each time in order to achieve the desired tension of the rope.

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With all parts of the model now complete, our last task was to stick on the walls and create some partitions to give an idea of the layout inside the structure. The image above shows a clear representation of how we achieved this. With all of these tasks now complete, we decided to create a bit of atmosphere and added some trees to our board, bringing the model to life and providing it with a finishing touch. Below shows our finished model to which me and Tom are incredibly happy and pleased with.

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Thursday

The day went by fast! With so much do to the team barely had any breaks and started the day already focused and producing so the model could be done by the end of the day!

We set up a production line and diveded tasks to each team member so things could be done more efficiently. By the end of the day the model was almost done, tomorrow it will just need the finishing touches!

We also started working on our poster, making diagrams and sketches to enrich the content of it. Hope tomorrow will be a productive day and everything will be ready for the presentation!

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Group Fry (Day4)

Today was a good day, the team have work together well all this weekand have been a real pleasure to work with(‘someone has to be steering the ship’!)Now we can see some results. Our design seems to have ticked most boxes and the layout and structure seem to be realistic.The layout earlier this week was tricky to get our heads around, but with lots of little adjustments here and there,it seems to have worked out very well. The wall system has been a neat design, whereby any adjustments were not to difficult to carry out, a real flexible system. The completion of the roof covering has brought the design alive,and it does somewhat to resemble a field medical unit( maybe a bit like MASH!) Looking forward to seeing all the other designs completed, it has been a nice environment all week.

The penultimate day

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Thursday 13th, with only this day to complete the final model.
It was all hands on deck today with all team members cutting, glueing, sticking, and frustratingly trying to find ways for all pieces to stay intact.
A 1:50 scale layout plan was designed and printed to make construction easier

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A production line of structural posts and fences made the process quicker, so that the model could be constructed with little time wasting.

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Whilst the model was being made an A1 poster was being designed for the final presentation.
As the day drew to a close the yawns grew wider and the eye started to shut but all the team could be proud of what was produced in such little amount of time

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