Slums Information Development and Resourse Centres (SIDAREC) Project Description
This design is an iconic and versatile solution to the SIDAREC and AMD Open Architecture Challenge.
The main buildings utilize a Prefabricated Steel Arch Design. As they are made from a material that is familiar to the community, corrugated steel, the facility will lack pretention and become iconic for the unique large arched buildings. The structure calls for a simple floating foundation, reducing costly site work and soil compaction. Steel Arch Designed buildings are easy to assemble and will allow for local labor to do the bulk of the work. Also, the buildings cost less than traditional construction which allows for a more impressive facility for the same budget. Both buildings will have solar air conditioners aided by superior insulation. Ceramic Roofing Paint will seal the exterior and reflect heat away, while inside a Soy Based Spray Product will further the insulation to keep the buildings comfortable. The buildings large Low-E windows face east and west, minimizing direct sun exposure while allowing daylight to illuminate the building. The interior floor will make use of local stone and sit above a thick plastic sheathing to keep out moisture. Interior walls can be placed in any layout that best serves the facility’s needs; none are load bearing or structurally necessary. This versatility will also allow the buildings to grow and serve the future needs of SIDAREC.
Rainwater Collection was considered in every aspect of the facility. The sloping roof and gutters collect all the rainwater into a Cistern at the front. It sits beneath a canopy to reduce evaporation. Gravel is used to prevent debris from entering the cistern.
Directly above the cistern is a Water Pump where the community can access fresh water. To aid the elderly and younger members in using the pump, it has been fitted with a wheel rather than a lever. Also, the pump has a Visible Membrane Micron Filter that ensures the quality of the water and serves as a reminder of the importance of clean water.
Exterior ground work will use cinderblocks and Recycled Material from the foundations of the demolished buildings. This will reduce the amount of concrete need. The design features a large Amphitheater at its center offering a great vantage point for audiences to cheer competitions and applauded performances.
The seats of the amphitheater double as steps leading up to the Bathrooms, which are outfitted with Composting Toilets. This innovation uses no water or sewer system; creating compost through aerobic decomposition and not polluting the ground water. It is a very clean and sustainable way to address restroom needs.
I hope my design accommodates the needs and vision of SIDAREC. Thank you for your consideration.
Materials List
concrete, mortar, local stone, wood, corrugated steel, prefabricated steel arch building system, ceramic roofing paint, soy based spray insulation, interior/exterior lights and electrical outlets and switches, electrical panel, solar air conditioners, cistern tank, water pump with wheel and visible membrane micron filter, recycled foundation materials from demolished buildings, cinderblocks, rebar, steel posts, pipe, wire, composting toilet system.
Comments
Slums Information Development and Resourse Centres (SIDAREC) Project Description
This design is an iconic and versatile solution to the SIDAREC and AMD Open Architecture Challenge.
The main buildings utilize a Prefabricated Steel Arch Design. As they are made from a material that is familiar to the community, corrugated steel, the facility will lack pretention and become iconic for the unique large arched buildings. The structure calls for a simple floating foundation, reducing costly site work and soil compaction. Steel Arch Designed buildings are easy to assemble and will allow for local labor to do the bulk of the work. Also, the buildings cost less than traditional construction which allows for a more impressive facility for the same budget. Both buildings will have solar air conditioners aided by superior insulation. Ceramic Roofing Paint will seal the exterior and reflect heat away, while inside a Soy Based Spray Product will further the insulation to keep the buildings comfortable. The buildings large Low-E windows face east and west, minimizing direct sun exposure while allowing daylight to illuminate the building. The interior floor will make use of local stone and sit above a thick plastic sheathing to keep out moisture. Interior walls can be placed in any layout that best serves the facility’s needs; none are load bearing or structurally necessary. This versatility will also allow the buildings to grow and serve the future needs of SIDAREC.
Rainwater Collection was considered in every aspect of the facility. The sloping roof and gutters collect all the rainwater into a Cistern at the front. It sits beneath a canopy to reduce evaporation. Gravel is used to prevent debris from entering the cistern.
Directly above the cistern is a Water Pump where the community can access fresh water. To aid the elderly and younger members in using the pump, it has been fitted with a wheel rather than a lever. Also, the pump has a Visible Membrane Micron Filter that ensures the quality of the water and serves as a reminder of the importance of clean water.
Exterior ground work will use cinderblocks and Recycled Material from the foundations of the demolished buildings. This will reduce the amount of concrete need. The design features a large Amphitheater at its center offering a great vantage point for audiences to cheer competitions and applauded performances.
The seats of the amphitheater double as steps leading up to the Bathrooms, which are outfitted with Composting Toilets. This innovation uses no water or sewer system; creating compost through aerobic decomposition and not polluting the ground water. It is a very clean and sustainable way to address restroom needs.
I hope my design accommodates the needs and vision of SIDAREC. Thank you for your consideration.
Sincerely,
Kyle Morgan
Materials List
concrete, mortar, local stone, wood, corrugated steel, prefabricated steel arch building system, ceramic roofing paint, soy based spray insulation, interior/exterior lights and electrical outlets and switches, electrical panel, solar air conditioners, cistern tank, water pump with wheel and visible membrane micron filter, recycled foundation materials from demolished buildings, cinderblocks, rebar, steel posts, pipe, wire, composting toilet system.