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Presentation7
- 2. CONTENTS 1. Loction 2. Ideas 3.Intial Drawings 4. Programme 5. Feasibility Cost Plan 6. Design 7. CAD Drawing 8. Structural Sketches 9. Domestic Sustainanle Systems 10. Other Possible Domestic Options 11. Electrical Sketches 12. Electrical Legend 13. Mechanical Sketches 14. 3D Model
- 3. LOCATION Just on theoutskirts of Luton. In a quiet area, yet close to town. Services readily available.
- 4. IDEAS • Modern style •minimalist • large balcony • large floor to ceiling windows • lots of natural light • white render and/or timber exterior
- 5. • large openinterior • No walls between ground floor rooms • Interior balcony over looking living room • lots of natural light • laminate flooring
- 6. INITIAL DRAWINGS I tried to incorporate all my previously ideas into my design, and in addition include these key features I wanted: • a gym • A office • Large garage and driveway • Four bedrooms • an upstairs games/sitting room Ground floor First floor Roof
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- 8. FEASIBILITY COST PLAN ConstructionCost Gross Internal Floor Area 564,816 Abnormals: Glass roof 22,400 External Works 70,000 Underground Drainage 25,000 External Services 7,500 Contingencies 10% 68,972 Total 758,688 Other Costs Professional Fees: 9% 68,282 Fittings 100,000 Land Acquisition Costs / Legal 100,000 Total 268,282 Total Costs I Used gross Total 1,026,970 internal floor Plus VAT 1,232,364 area and BCIS database. Cost is within the 1,250,000 budget
- 9. DESIGN Original arrangement ofrooms left space that was useless. Now the three rooms are connected by sliding doors, making the area a nice spot for social gatherings I had to change the location of the utility cupboard
- 10. CAD DRAWING More precise than hand drawing Can import into sketch up to create 3D model Bathroom and bedroom positions swapped round. Bathroom above kitchen so easier for services eg. Mechanical
- 11. STRUCTURAL SKETCHES I was exploring how foundations would work and how the first floor and roof would be held up using load bearing walls, timber joists and steal beams
- 12. DOMESTIC SUSTAINABLE SYSTEMS GROUNDSOURCE HEAT PUMP • Costs around £9000 - £17000 • Maintenance only once a year • Low carbon emissions • Loop laid flat or coiled in trench 2m deep or vertical loop 100m deep • Underground so doesn’t ruin aesthetics of building
- 13. DOMESTIC SUSTAINABLE SYSTEMS RAINWATER HARVESTING • Use for toilets, washing clothes and outside tap • Can be collected from most forms of roof • Lead painted surfaces should be avoided •Costs about £2500 to £4000 Type of Catchment Coefficients Roof Catchments Tiles 0.8 – 0.9 Corrugated metal sheets 0.7- 0.9 Ground surface coverings Concrete 0.6 – 0.8 Run off coefficient accounts for Brick pavement 0.5- 0.6 losses due to splashing, evaporation, leakage and Untreated ground catchments overflow and is normally taken to Soil on slopes less than 0.0 – 0.3 be 0.8 10 per cent Rocky natural catchments 0.2 – 0.5 Mean rainwater supply for my design • mean annual rainfall in Luton 698mm • Run off coefficient 0.8 • Surface area of catchment 192.75m² • Mean rain water supply = 0.8x0.698x192.75 = 107.63m³
- 14. OTHER POSSIBLE DOMESTICOPTIONS SOLAR PHOTOVOLAICS WIND POWER AIR SOURCE HEAT PUMPS SOLAR WATER HEATING
- 15. ELECTRICAL SKETCHES • Down lighting • Wall mounted luminaires • Flood luminaires • single light switches • Pull cord light switches • lv distribution board • Double switched outlet socket • Cooker isolator • Telephone line
- 16. ELECTRICAL LEGEND I used this legend and this symbols to mark out electrical components on my plan
- 17. MECHANICAL SKETCHES • Under floor heating • Natural ventilation • Water boiler upstairs
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- 21. THANK YOU FORLISTENING AND THANK YOU FOR THIS WORK EXPERIENCE OPPUNTUNITY
Editor's Notes
- #10 After seeing that my design was feasible I started to finalise my designs. I decided to change part of my design. I changed the organisation of the first floor. The original arrangement of rooms left space that was useless, so instead of having three doors on the right side of the landing I joined the rooms together with sliding doors. This gives the option of opening up the doors to make one big area. This arrangement is ideal for entertaining company and social gatherings of any kind. Although with this change I found that I also had to move the utility cupboard into the largest bedroom.
- #16 Here I organised the electrics in my house drawing on my plan all the basic components that would be needed
- #17 This is the legend I used to mark my plan
- #18 Here I started looking into the mechanical aspect of building. I looked at water, heating and ventilation services
- #19 lastly I made a 3d model of my building using Google sketch up