Fundacion Metropoli

The term self-build has become extremely popular over the past number of years and is basically self explanatory. It is simply choosing to build a property by yourself and in doing so; you can build the property to the specifications that you desire. Many people don’t realise that they don’t have to be a builder to self-build. In fact what you will most likely be doing is overseeing the entire project or project managing as it’s called. You can of course be hands on with the building if you prefer.

The design of your self-build should be finalised by a qualified architect or professional designer but you will have the overall say in what you want the designer to do. You will then be given completed blueprints which your builders will follow. You can hand the entire project over to a building contractor or you can undertake to save some money by doing as much of the work as you can. This is great for those who enjoy DIY.

The control that you have over a self-build has some great advantages and these include being able to use the latest technology in your design. You can choose to install underfloor heating, heating systems, wiring for entertainment, power station construction your choice of lighting and so much more.

You are probably thinking that a self-build will work out a lot more expensive than buying an already built property but this is not true, and on average the self-build can save you over 30%. Self-build properties also have the added advantage of being almost 25% higher in price on the property markets too. This is why many people choose to self-build as an investment rather than a home.

Now that you understand the basics of a self-build let us look in detail at what an actual self-build involves.

Self-Build – What’s Involved Step-By-Step

Step 1: Obtaining Your Plot Of Land

The first thing that you have to do before you can start your self-build is to find an appropriate plot of land. You might also have to obtain planning permission and have the land assessed to ensure that it has not been contaminated. These steps are crucial to the self build project or similar undertaking.

Step 2: Financing Your Project And Set Your Budget

Once you have your plot of land your next step in your self-build process is to finance your new home. There are mortgage providers available to offer expert advice in this area. Once you have secured your finance the next step is to create a realistic budget and stick to it. The best way to ensure that your self-build budget is realistic is to do your research. You will need to find out what the going rate for all your building requirements are.

Step 3: Insurance For Your Self-Build Project

The next step is to arrange insurance for your project. Many people assume that all they need is site insurance and this can be a very costly mistake. When it comes to a self-build project you are the land owner and you are responsible for any accidents that might occur. It is therefore advisable that you take out public liability insurance and an insurance broker will be able to advise you on this.

Step 4: Starting Your Self-Build

Once you have everything above completed the next step is to find an architect to draw up your plans. After this, you will need to either hire a building contractor to carry out your self-build project or you can shop around and hire all the separate tradesmen needed yourself. If you choose to hire all the tradesmen yourself the best advice that you can follow is to attend a self-build show. These shows are held country wide and are an excellent place to source all the information you need.

When you attend a self-build show you will get to see live demonstrations from reputable contractors. You will also get all the information you need on how to complete your self-build without any hassle or stress. You will find hundreds of different offers and discounts and you can also view some amazing dream home designs.

At a self-build show you can get free invaluable advice from experts in the field and this can save you a great deal of money in the long run. Self-build shows are attended by supplies from all over Britain so your search for tradesmen for your self-build could be carried out in one day.

A self-build project can be very stressful and time consuming depending on how involved with the project you intend to be. It can also work out very expensive if you don’t stick to your allocated budget. Employing builders and other tradesmen can be difficult and this can take up a lot of your time. That being said however, going down this route really is the way to save on a great deal of expense.

If you are considering a career in construction you may want to think twice construction jobs are in very short supply. The unemployment for construction related jobs is very high and many of this jobs have gone down in value, because many of these jobs were and are going to undocumented workers. If you still want to pursue a career in the construction industry, you should consider formal training at a trade school and preferably in a trade that requires substantial time to learn.

Some skills are in demand regardless of the state of the economy for example, air condition, heating and plumbing are not dependant on new construction. These are construction jobs, but they are also service jobs. A couple of years of training in air conditioning and heating is often enough to start a new job with an air conditioning and heating company. The time spent in these programs also means, that you take a break from a weak economy and when you are done will come back ready to work in a better economic climate. Two year programs are not necessary, but programs that necessarily require two years of training are likely to pay off in the long run. The harder it is to enter a particular trade or profession, the less likely the demand for these positions will be met. Associations and unions after make it more difficult for new people to enter their particular field and set up high standards that will in fact improve the quality of the services, but also increase the cost of entry and the cost to consumers. This in turn benefits those who can stick it out and those that are in the profession. online survey.

If you have the skill and experience, then a service oriented job would be an alternative to finding jobs in new construction. There are many opportunities to become self employed as a handyman or for small home improvement projects. Many states allow contracting for repairs for projects that can be done in 2 days or less without any type of a construction license.

Home improvement and home renovation as well as home repairs are not depending on new construction. Major expenses such as additions are more likely to be affected by a weak economy, but many home improvement projects as well as home repair projects are not affected much. If home owner has windows needing to be replaced, chances are they will replace them.

A weak economy and poor lending practices have led to a significant increase in foreclosures. As result homes are often abandoned and thieves often gut these homes out of copper wiring and plumbing, doing significant damage in the process. Some are vandalized while vacant and some are occupied and destroyed by teens and young adults using them as party houses. Banks, lenders, and real estate investors are also likely to do home renovations prior to selling a house, or renting a house. This increased number of foreclosures often means opportunities for skilled construction workers. These are not new construction jobs, but they still require the same skill and know how to renovate these homes and in fact present a lot of opportunity in home improvement and repair for skilled construction workers.

Construction jobs are available, but are small in number and only a few can and have obtained these jobs, but most are struggling to keep their jobs, but nontraditional construction jobs in service oriented business are presenting opportunities for those with skills. business card printing.

The field of architectural technology has advanced quite rapidly during the past several years. The new developments in alternative building techniques tend to make traditional methods obsolete. It is therefore an immerse responsibility for architects to keep up with recent developments, to gather information effectively, to investigate alternative building techniques and to embrace a broad vision towards the future. Today the challenges that lie ahead of us are not only the concerns of cost, time or workmanship in building constructions, but also construction debris that makes up almost half the total municipal waste stream according to the U.S. Environmental Protection Agency reports. An article in Architecture Magazine, Gina Goldstein in her article named, Waste not, Want not, stated “The U.S. Environmental Protection Agency (EPA) reports the gritty truth: Constructing, renovating, and tearing down residential and commercial buildings in this country produced almost 136 million tons of waste in 1996, the equivalent of 2.8 pounds per person per day. Despite increased recycling, most of the debris still winds up in landfills, where its sheer volume imposes an enormous environmental burden.”

If the current trend continues, we will spend more time and money to clean up the construction debris than building our future environment. In other countries, efforts for recycling building had already begun. In Portland, Oregon, 92 percent of the Portland Trail Blazers basketball Arena was recycled. One of the more traditional strategies involving recycle is to maximize the reuse of the building materials. In Europe, EPR laws require companies to take back and recycle the building products. At the present time deconstruction costs little more than the traditional demolition; however the cost difference will soon to be changed when contractors gain experience and the market for recycled building materials grows. In the United States, there are currently no such laws to force the building industry to practice techniques for disassembly. It will not be hard to imagine in the near future that private industry may be forced to change current building practices, when the landfills over flow and there are increases in charges for waste dumping. The key to all these problems is to design recycled architecture or green architecture. The design of recycled architecture begins from simple disassembled screws rather than permanent nail, uses of recycled materials to the design of recycled construction systems. Every designer wishes his or her designs could last forever; however most of these buildings will not even outlast a man’s lifetime. The effort to reduce our construction debris begins with a design concept in the environmental protection. The building has to design for disassembly in the preliminary design stage rather than waiting till its demolition. In most architecture schools today, the education often focuses more in the construction of the building rather than deconstruction of the building. With recycling in mind, a slight modification of our current building practices and school curriculum will lead our next generation to a better life.

The importance of the material technologies in building systems is previously described. It is essential for architects to learn the properties of the basic materials- their strength and weakness in building systems; however the curriculum should not exclude new materials in building systems such as plastic, paper, hybrid composite materials, shape memory alloys, and piezoelectric cells in anti-earthquake superstructure designs. Plastic is the product of the late twentieth century. While it’s usage and influence are growing rapidly in many industries, plastics comprise less than one percent of the total tonnage of construction materials used in the United States. The new carbon-fibre time trial bicycle (developed by Lotus Engineering and ridden by English cyclist Chris Boardman) wouldn’t have won a gold-medal if bicycle designers had not used carbon-fiber tubing to build its ultra-light frame. Diaphanous plastic bubbles floating at the every edge of the atmosphere may one day take the place of more expensive (metal-made) satellites and conventional spacecraft. The material scientists have now chemically stitched molecules together into polymer sheets, and this new plastic material lasts much longer than other types of polymers now used for the same purpose. What do these technological/material discoveries mean for architecture? To begin with, they mean that some of the fatal disadvantages of plastic such as its durability now can be conquered. Polymer science is advancing rapidly. Plastic now can be used in structural framing. New discoveries are announced weekly in scientific journals.

Shape memory alloys are metal alloys which when conducted by heat and electricity will modify into different shapes and properties. This special quality of shaped memory alloys is great for structures to prevent damages in earthquake. Other technology includes piezoelectric structural material that can dampen vibration range from the sway of a building to the vibration of an air conditioning unit. By significantly reducing the vibrations found in the building we can reduce the wear and tear placed in structural components. These are few examples of the new building materials for building industry. The new building materials are not only supplanting older materials for many conventional applications; they are also recyclable and stimulating architects to innovate new types of structures and to experiment with architectural designs. The alternative construction systems should also take into considerations, such as prefabrication in wall panel systems, tilt concrete wall system, and lift slab construction…etc. The works of Buckminster Fuller and others are alternative choices for building constructions, and expected to work well under some situations. The 21st century architect should involve a broad spectrum of new building materials and new construction systems. The awareness of such advancements pushes forward the wheel of the evolution in architectural technologies.

In the past few years, the price of a personal computer has dropped considerably. Computer is reaching every households of the world. More than seventy millions of people in the United States ‘surf’ the Internet. The computer has touched yet another territory of our humanity- our shelter. Intelligent building is not mere science fiction, but a current new building system practice. Intelligent building uses a highly integrated computer technology to make heating, cooling, lighting, communications and every familiar aspect of our shelter more convenient and efficient. The study of intelligent buildings commences from the automated system management, case study, and the design to the implementation. The study of TRON building or Gate’s house, failure or success (it remains to be seeing), will greatly prepare us to the next century where a more fierce technology evolution will anticipate to take a place. An effective education in architectural technologies brings forward a new vision to our future. The automation in building systems is part of that vision, which requires further research, development, and study.

As architects of the 21st century, there is always a two-fold concern with architecture demonstrated by the previous history of mankind. The first is the philosophical and artistic point of view, which addresses architecture as an aesthetic form. The second is the architectural technologies and engineering point of view, which acknowledges structure as a built form. This is the two-fold nature of architecture; architectural technologies should assist architects to design a better-built environment. Architects must fully and quickly digest the new information in order to pass it on to their students to learn, to expand, and to mold it into a working technique. There are also some qualities of construction materials that should be noted by architects/engineers, including their colors, smells, sounds, and textures, which can never be adequately delineated by drawing. The benefits of alternative building techniques take on a simple approach that reflects on the constant evolution of our humanity. Our future still lies in the past and the present; thus, without the past and the present there is no future.

Literally speaking, prefabricated buildings are just that; pre-fabricated buildings. The components of such buildings are manufactured off site, i.e. in a manufacturing unit and are then assembled at the site where the building has to be erected. Thus, you can actually see doors, panels, walls and other parts of a building being transported to the building site and assembled. They look like assorted pieces of a Brobdingnagian child’s Lego set.

The term ‘prefabricated’ can signify three different types of constructions. These are –

• Buildings built in components, i.e. panels. Individual panels are manufactured and assembled together to form a building or structure.

• Buildings built in modules, called modular buildings. These buildings are manufactured in the form of modules and these are then put together.

• Buildings built in transportable sections. These are quite similar to modular buildings, the difference being that such buildings are built onto steel beams, transported to the building sites in their entirety and assembled there.

As the term ‘prefabricated’ is quite ambiguous, encompassing a wide variety of constructions, it is sometimes also used to refer to mobile homes.

Modular Building Systems are creators of modular and portable systems which provide flexibility and the space to create a quality working environment. Modular Building Systems is an Australian owned company manufacturing portable buildings for a wide range of industry sectors including education, mining and resources, building and construction, government and utilities, commercial and industrial and retail sectors. Their dedicated team of designers can produce a diverse range of buildings including amenities, telecommunication shelters, classrooms, bullet proof ticket booths, two storey buildings and special purpose designs. MBS manufacturing facilities are based in NSW and service the East Coast of Australia. Their offsite in-house construction process provides faster production and less site disruption without sacrificing architectural appearance or building quality. Their comprehensive list of construction services includes: project design, engineering, construction, site work, building commissioning and financing with, for example, buy back options.

Whatever your requirements, Modular Building Systems can supply you with the best solution for your needs. To know more about Modular Building Systems and browse through their product range, please visit the website www.modularbuilding.com.au.

Owner builder construction can save you 15% to 35% during the construction of your own home by cutting the costs of hiring a general contractor. However, if you don’t take the planning and construction seriously, then you could end up losing a lot of money and your dream home. Therefore, you need to have these four attributes to be a successful owner builder.

1. An owner builder will need to have strong project management skills. Owner builder construction loans are designed to allow you to act as your own general contractor. That means that you are going to hire your own sub-contractors and oversee their work. Therefore, an owner builder must be able to successfully manage the hiring of multiple sub-contractors as well as manage their labor during construction.

Owner builder construction is simply a long project. And, if you have sound project management skills, then you should be able to manage the construction of your new home. For example, you will need to make sure your sub-contractors show up to work on time, stay through a full day’s worth of work, and actually perform quality work during construction.

Because an owner builder is the general contractor for the construction loan, it will be your job to keep all of the sub-contractors informed about the timeline of the project. For instance, if your foundation is taking longer than anticipated, you will need to let your framing crew know immediately so you can schedule when they need to be on site to start the framing. If an owner builder doesn’t keep the labor strictly scheduled, he will lose precious time and money during construction.

2. A successful owner builder will be good at planning. Most people unfortunately make the mistake of assuming that the most important aspect of owner builder construction is during the actual construction phase. But a smart owner builder knows that the battle is won or lost during the planning phase.

In fact, owner builder construction loans are designed to help you with this part of the process. During the loan and planning stages, an owner builder will take the time to find the right piece of land to go with the right home plans. Then, a budget needs to be compiled based on written bids and quotes from local sub-contractors who have reviewed the blueprints.

If an owner builder fails to take these steps seriously, they will fail during construction. In other words, if you rush through the planning stages, you will have trouble getting your building permits and will lose a lot of time and money in labor and materials during the actual construction.

3. A good owner builder understands the value of follow-up and inspections. If you don’t take the time to inspect the materials that are delivered on site or inspect the labor that your sub-contractors have completed, then your home will be riddled with problems by the time you move in.

This is not to say that an owner builder has to be able to personally inspect the sub-contractors’ labor to ensure it meets specific building codes. That would require years of experience in the building industry, which is not a requirement to be a good owner builder. Instead, you need to take the time to be on site with local county building inspectors.

As each phase of construction is completed, make sure that the county inspectors are doing a thorough inspection to ensure the labor and materials in your home exceed the minimum building code requirements. In fact, you should not pay any of your sub-contractors for their labor until their work has been thoroughly inspected and deemed satisfactory. An owner builder who pays their sub-contractors for labor before satisfactory work is completed will have a very hard time getting those sub-contractors back on site to make any necessary corrections.

4. Owner builder construction requires strong negotiation skills. If you want to save as much money as possible while building your own home, then you will need to be willing to negotiate for lower labor and material costs.

In today’s housing market, an owner builder truly has a great advantage when it comes to negotiating with sub-contractors. A few years ago, sub-contractors were in high demand as everyone was building as many homes as possible. With the current housing market slow down, the construction has also slowed down.

This means that there are a lot of hungry sub-contractors looking for work. This means that a savvy owner builder can negotiate for lower labor and material costs to save as much money as possible. Don’t be shy about it. Remember, the sub-contractors will be working for you – not the other way around.

So, if you want to be a successful owner builder, you will stand a much better chance if you know and fully understand the importance of these four attributes. Notice that not one of these attributes mentions anything about having to be able to swing a hammer or hang drywall. Instead, owner builder construction is won or lost at the planning and management level.