Prefabricated houses (industrial process)
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| − | == | + | ==Summary== |
| − | + | [[File:Prefabricated houses (1).jpg|border|1px|thumb|left|alt text|frame|Factory parts' assembly of a prefabricated house]] The article focuses on [[Prefabricated home]] production and on the innovation that this process can produce into the real estate market. In the past years, the most common method of building housing was the on-site method. The construction process starts with a project, which is developed by professionals and requires a certain amount of time to be completed. Once the final project is obtained and approved, is it possible to start with the building phase. The process required the set up of a construction site, which costs time and a large amount of money. The following phase is the construction operated on site, which is exposed to various risks that can be generated by the site environment, or from unpredictable events. The manpower cost is higher, because it must be highly specialized, and it has to adapt its knowledge depending on the site and the project to be implemented. Another significant economic impact on the buildings cost is generated by the transport of materials and the mechanical vehicles, needed in the construction process. With the advance of technology and the expansion of knowledge, many companies have finalized to the conclusion that the process of houses prefabrication is more efficient than the on-site construction. The various experiences developed over the years show that, prefabrication increase in efficiency, both in economic and temporal terms. For all these reasons, the building business is moving to new frontiers, namely: Prefabrication. | |
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| − | + | ==Portfolio Management of prefabricated houses (Big Idea)== | |
| + | The idea is based on the Lecture which explain the meanings of: <ref>Project, program and Portfolio management of BMW's car models</ref>Project, program and Portfolio management of BMW's car models. Starting from this concept, this article explains how to apply to the industry of prefabricated houses, the market managing system of BMW models. This is a hard concept, both to understand and to improve, because is not common in the building industry. Despite the various complications that can arise, producing prefabricated houses with the same industrial process used in the automotive industry, is an example of innovative vision. There are already numerous prefabricated projects on the market, carried out by important industries in the sector. These companies are responsible for providing the customer with a complete home, built according to needs and requests. Therefore, for each individual project, the company will have to adapt its production each time according to the guidelines received. This article explains the idea based on allowing companies to mass-produce their own prefabricated houses. Once completed a comprehensive and exhaustive portfolio, customers will have to adapt their requests, depending on the products provided by the company. | ||
| − | + | ==Advantages and Applications== | |
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| + | '''provide guidance on how to use the tool, concept or theory and when it is applicable ?''' | ||
| + | Using prefabrication, companies can save large amounts of money by applying a ''mass production process'', avoiding changing in the production methods of every single project. This methodology is atypical in the construction industry, but it could rise various improvements. | ||
| + | Modular homes have many advantages including: | ||
| + | *'''Strong structure:''' modules that make up a building are more durable than those built traditionally. Prefabricated houses not only have to meet design requirements, but also withstand transport loads. | ||
| + | *'''Shorter construction time:''' a small modular house can be built in less than two months at the factory. The reason is automation, greater repeat-ability, greater teamwork. Assembly on the construction site is usually a few days. | ||
| + | *'''Higher quality of the building:''' very detailed projects can be designed. The increase in design time and costs, are amortized by the fact that a single project, can be replicated many modular homes in series. At the same time, is it possible to obtain modular houses which have every detail elaborated. Also, a definitely higher health and safety level in the factory will increase quality of work. | ||
| + | *'''Implementation increase:''' shorter investment time means lower costs for any investor. There is no need to rent social rooms for employees who work on site. | ||
| + | *'''Contractor’s benefits:''' modular homes also benefit contractor, stakeholder and their employees. Employees who build a house in a factory do not have to waste time on long travels to construction area. They do not have to work in cold or in rain conditions. Employees have more comfortable working conditions in factory and they can also spend more time with family and friends. As a result, companies obtain satisfied employees which means a more productive industry . | ||
| + | *'''Price:''' modular homes are cheaper than traditional ones. The low cost is because industrial processes, reduce significantly the costs of management related with the building site and all the other additional costs, correlated with on-site construction. | ||
| − | + | ==ScandiByg== | |
| − | + | <ref>[https://www.scandibyg.dk/om-scandi-byg/] ''Scandibyg''</ref> | |
| − | + | "ScandiByg" is the danish market leader in the field of industrially manufactured construction. The company is specialists in the development, production and construction of modular buildings. | |
| − | + | Scandybig has over 40 years of product development, their expertise enables to design solutions that match the individual customer's wishes and requirements for a building project. | |
| − | + | The company's primary business area is construction of housing, offices, and institutions with prefabricated element, for professional private and public customers. | |
| − | + | ||
| − | + | ==Limitations== | |
| + | The difficulties are related mainly with the production process. because it causes problems related to logistics and transport of the final product. | ||
| + | Furthermore, prefabricated houses are affected by some disadvantage, including: | ||
| + | *'''Lifespan:''' the most common modular homes are timber frame constructed. Analyzing the lifespan of building materials is it possible to understand that brick houses are more durable than the wooden frame ones. However brand-new modular houses have the identical lifespan as in brick houses. | ||
| + | *'''Heat accumulation:''' timber houses are much lighter than masonry houses, so they do not keep warm and cool down quickly. This is a big drawback. Most central heating installations operate during the day and are switched off at night. In the event of any interruption in the heating operation, the house will get really cold. Prefabricated houses with timber frame technology does not accumulate heat gains from the day. This means that modular homes require very thick insulation to avoid high heat losses. | ||
| + | *'''Fire resistance:''' the walls and ceilings of timber made modular houses have only one hour fire resistance. In brick houses, usually two hours. In addition, wood is a combustible material. Concrete and brick are non-flammable. | ||
| + | *'''Construction limitations:''' this is not a big drawback, because it is possible to combine several modules together to form one large space. Sometimes when it is necessary to have bigger rooms, it may be more cost-effective to make prefabricated walls only. | ||
| + | *'''living:''' people exchange such advantages as delivery time, quality, reasonable price, less risk of theft. Many people, however, are reluctant to live in a prefabricated house. This happens because there are still many doubts about this type of housing. | ||
| + | |||
| + | ==Annotated bibliography== | ||
| + | ''Prefabricated home'' - https://en.wikipedia.org/wiki/Prefabricated_home | ||
| + | |||
| + | ==References== | ||
| + | <references /> | ||
Latest revision as of 13:30, 16 February 2019
Contents |
[edit] Summary
.jpg)
Factory parts' assembly of a prefabricated house
[edit] Portfolio Management of prefabricated houses (Big Idea)
The idea is based on the Lecture which explain the meanings of: [1]Project, program and Portfolio management of BMW's car models. Starting from this concept, this article explains how to apply to the industry of prefabricated houses, the market managing system of BMW models. This is a hard concept, both to understand and to improve, because is not common in the building industry. Despite the various complications that can arise, producing prefabricated houses with the same industrial process used in the automotive industry, is an example of innovative vision. There are already numerous prefabricated projects on the market, carried out by important industries in the sector. These companies are responsible for providing the customer with a complete home, built according to needs and requests. Therefore, for each individual project, the company will have to adapt its production each time according to the guidelines received. This article explains the idea based on allowing companies to mass-produce their own prefabricated houses. Once completed a comprehensive and exhaustive portfolio, customers will have to adapt their requests, depending on the products provided by the company.
[edit] Advantages and Applications
provide guidance on how to use the tool, concept or theory and when it is applicable ?
Using prefabrication, companies can save large amounts of money by applying a mass production process, avoiding changing in the production methods of every single project. This methodology is atypical in the construction industry, but it could rise various improvements.
Modular homes have many advantages including:
- Strong structure: modules that make up a building are more durable than those built traditionally. Prefabricated houses not only have to meet design requirements, but also withstand transport loads.
- Shorter construction time: a small modular house can be built in less than two months at the factory. The reason is automation, greater repeat-ability, greater teamwork. Assembly on the construction site is usually a few days.
- Higher quality of the building: very detailed projects can be designed. The increase in design time and costs, are amortized by the fact that a single project, can be replicated many modular homes in series. At the same time, is it possible to obtain modular houses which have every detail elaborated. Also, a definitely higher health and safety level in the factory will increase quality of work.
- Implementation increase: shorter investment time means lower costs for any investor. There is no need to rent social rooms for employees who work on site.
- Contractor’s benefits: modular homes also benefit contractor, stakeholder and their employees. Employees who build a house in a factory do not have to waste time on long travels to construction area. They do not have to work in cold or in rain conditions. Employees have more comfortable working conditions in factory and they can also spend more time with family and friends. As a result, companies obtain satisfied employees which means a more productive industry .
- Price: modular homes are cheaper than traditional ones. The low cost is because industrial processes, reduce significantly the costs of management related with the building site and all the other additional costs, correlated with on-site construction.
[edit] ScandiByg
[2] "ScandiByg" is the danish market leader in the field of industrially manufactured construction. The company is specialists in the development, production and construction of modular buildings. Scandybig has over 40 years of product development, their expertise enables to design solutions that match the individual customer's wishes and requirements for a building project. The company's primary business area is construction of housing, offices, and institutions with prefabricated element, for professional private and public customers.
[edit] Limitations
The difficulties are related mainly with the production process. because it causes problems related to logistics and transport of the final product. Furthermore, prefabricated houses are affected by some disadvantage, including:
- Lifespan: the most common modular homes are timber frame constructed. Analyzing the lifespan of building materials is it possible to understand that brick houses are more durable than the wooden frame ones. However brand-new modular houses have the identical lifespan as in brick houses.
- Heat accumulation: timber houses are much lighter than masonry houses, so they do not keep warm and cool down quickly. This is a big drawback. Most central heating installations operate during the day and are switched off at night. In the event of any interruption in the heating operation, the house will get really cold. Prefabricated houses with timber frame technology does not accumulate heat gains from the day. This means that modular homes require very thick insulation to avoid high heat losses.
- Fire resistance: the walls and ceilings of timber made modular houses have only one hour fire resistance. In brick houses, usually two hours. In addition, wood is a combustible material. Concrete and brick are non-flammable.
- Construction limitations: this is not a big drawback, because it is possible to combine several modules together to form one large space. Sometimes when it is necessary to have bigger rooms, it may be more cost-effective to make prefabricated walls only.
- living: people exchange such advantages as delivery time, quality, reasonable price, less risk of theft. Many people, however, are reluctant to live in a prefabricated house. This happens because there are still many doubts about this type of housing.
[edit] Annotated bibliography
Prefabricated home - https://en.wikipedia.org/wiki/Prefabricated_home
