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In our design projects as discussed we use a timeline method. You will research,
summarise the key information to help you design, then design using this information,
move onto the next piece of research and repeat the process.
In this section we will attempt to breakdown the timeline method in small bite sizes pieces. Follow the steps shown and hover over the sections on the page for hints and tips on how to complete each page. Research and produce a mood board of shipping container architecture / shipping container houses in the space below.
Experiment with different shapes, adding glass rooms or partitions. Remember the
more area you use the more expensive your house will be to build. Use the tutorial
to add sizes to your house. You are after the overall length and the overall width
of the house.
Using CAD draw the ground floor of your house. Remember you can only use a maximum
of 6 shipping containers
Using the length and the width measurements, calculate the area of the house. (Hint
convert mm into metres)
Area of House
Area = (Length x Width)
Area=(Length 17m x Width 12m)
Area=204m2
Area of House
Area = (Length x Width)
Area=(Length 7m x Width 12m)
Area=84m2
100 metre squared
= 2-3 bed house
150 -200 metre squared
= 3-4 bed house
250 metre squared
= 5-6 bed house
Area of House
Area = (Length x Width)
Area=(Length 8m x Width 14m)
Area=112m2
Using the area calculation from task three you are now in a position to calculate
how much it will cost to build your house. The cost of building a house depends on
a number of factors.
- Location
- Design
- Size
- Construction type and quality (Remember it is made from reused shipping containers
which will reduce the cost by up to 50%)
The average price to build in the UK is worked out by the square metre. This can
vary from £1000 to £3000 per square metre. Most new self-build houses average £1200
per square metre. This costing pays for the following things listed below………
Pre- Construction:
- Site investigation, demolition, site clearance, new utilities.
Substructure
- Foundations, drains, insulation and floor slab.
Superstructure
- External and internal walls, upper floors, roof structure, insulation.
External Finishes
- Roof tiles, doors and windows, wall cladding and gutters.
Services and fit-out
- Plumbing, heating, ventilation, electrics, plastering, decorations, kitchen, bathrooms,
ceramic tiles, floor finishes, doors and stairs
External Works
- Patios, paths, driveways, planting, turfing.
Price Comparison compared to a Brick and Mortar House
100 metre squared
= 2-3 bed house
£100,000 - £180,000
= First Time Buyer
150 -200 metre squared
= 3-4 bed house
£180,000 - £350,000
= Second Home (Family)
250 metre squared
= 5-6 bed house
££350,000 +
= Large family
Using the following website, compare the cost of your potential house to build to
a house of similar size on the one of the largest online estate agents. Use the filters
to aid you in your search.
You are now in a position to calculate how much it will cost to build your house
(£1200 per square metre). The cost of building a house will be 50% cheaper as its
made from shipping containers and a further 50% reduction as it will be a modular
or prefab build. Watch the video to research what prefab / modular buildings are
and why they reduce overall costs.
Using the area calculation from task three you are now in a position to calculate
how much it will cost to build your house. Use the formula shown on the page below.
Cost to build = Area x £1200
Area 204 m2 x £1200
Cost to Build = £244,800
Ship Container Reduction (50%)
£244,800 / 2 = 122,400
Modular Reduction (50%)
£122,400 /2 = £61,200
Cost to build = Area x £1200
Area 84m2 x £1200
Cost to Build = £100,800
Ship Container Reduction (50%)
£100,800 / 2 = £50,400
Modular Reduction (50%)
£50,400 /2 = £25,200
Cost to build = Area x £1200
Area 112 m2 x £1200
Cost to Build = £134,000
Ship Container Reduction (50%)
£134,000 / 2 = £67,000
Modular Reduction (50%)
£67,000 /2 = £33,500
We are now going to design the first floor of your shipping container. We will then
follow the timeline and research, how to maximise solar gain, before adding this
onto our drawing. To start we are going to complete the first floor design. Follow
the tutorial to design and develop your first floor CAD Design.