Wednesday, March 6, 2013

Specialized Construction Areas For Industry Builders

A common definition for the word 'builder' is a construction worker. As a construction industry builder working primarily in construction sites, this artisan or laborer take part and could possibly specialize in any of the various construction occupations:

A bricklayer or alternatively called mason, is a tradesman who sets bricks to assemble brickwork. A colloquial term 'brickie' is also used to refer to a bricklayer who utilizes blocks to perform masonry jobs. A carpenter performs a wide range of carpentry tasks and woodworking including construction of buildings, furniture and other objects made from wood. This occupation encompasses majority of manual labors. Different types of a carpenter exist, a finish carpenter, a trim carpenter, a cabinetmaker, a ship's carpenter, a scenic carpenter, a luthier or a formwork carpenter. The job of a Carpet Layer is all about laying of carpets and floorings. The Concrete Finisher or Cement Mason is a builder who toils with concrete (placement, finishes, protection and repair) in engineering and building projects. Essential tools used by a cement mason are shovels, rakes, masonry trowel, wagon chute, concrete pump, concrete skip and wheelbarrow. Heavy equipment necessary to execute engineering and construction tasks are steered and operated by a Heavy Equipment Operator. A trained laborer who specialize in electrical wiring of buildings or other associated equipment is called an Electrician. Electrical installations of new buildings and infrastructure or repair and maintenance of existing electrical systems are performed by an electrician. This profession is also required in the assembly and production of ships, airplanes and other vehicles. A Fencer is employed in the building of fences. The Laborer basically provides assistance to other builders or construction workers and may perform various tasks such as concreting, paving, piping, drilling, blasting and landscaping. A laborer is known to be efficient in handling or using air tools, hand tools, blasting, small heavy equipment. A Painter and Decorator is usually hired to perform painting projects to make a house or infrastructure look better or to protect them from damage which may be caused by water, rust, corrosion, insects or mould. The Plasterer performs plastering (the process of creating plasterwork). His task is to form a layer of plaster on an interior wall or to create plaster decorative moldings on ceilings or walls. A Plumber's occupation which started since ancient periods, is about installation and maintenance of respective structures utilized for plumbing, heating, drainage, potable (drinking) water or small-sized industrial process plant piping. A Steamfitter or Pipefitter's job is to lay out, assemble, fabricate, maintain and repair large sizes of piping systems mainly used for industrial processes. Such systems are generally applied with high pressure and composed of metal materials like carbon steel and stainless steel welded together. The Steel fixer arranges and fastens reinforcing bars and meshes to support concrete in building. The task performed by a Steel erector is to install the structural steel frames of buildings and infrastructure during construction. A Tiler is the one to call if there are required services on installation and assembly of tiles in people's homes as well as commercial establishments. A Welder welds materials together such as metals or varieties of plastic and polymer.

Specialized Construction Areas For Industry Builders
Specialized Construction Areas For Industry Builders
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If you're looking for the right builders for your construction jobs, try visiting Business.com.au -- an Australian business directory.

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Tuesday, February 26, 2013

Responsibilities of Nigerian Professionals in the Building Construction Industry

(1)The soil scientist:

The soil scientist work is to determine how suitable is the land for the purpose of which is going to be used for.They check the strength,ph content and gives report on the effects of building on such lands.They are important indeed to avoid settlement of land due to weight of building in the future. They use different ways to investigate soil conditions.For simple residential buildings on reasonable sites digging several holes about three spits deep, drilling holes up to 2 or 21/2m deep with a hand auger or driving a pointed steel bar about 1 1/2m into the ground are generally sufficient. With larger buildings or more difficult sites,the following methods are applicable.

(i)Excavating trial holes about 1 1/2m deep deep outside the perimeter of the building.

Responsibilities of Nigerian Professionals in the Building Construction Industry

(ii)Drilling boreholes by percussion or rotary methods.The percussion method uses a steel bit with a chisel point screwed to a steel rod.The rotary method employs a hollow rod with a rotating bit and a core of strata is forced back up the hollow rod.

(iii)Load testing often using a reinforced concrete slab about 1.20 to 1.50m2 and 300mm thick,to which loads are added at about 2 hour intervals and the amount of settlement is determined with a level .The safe bearing capacity of the soil is found by dividing half the load applied prior to appreciable settlement into the area of slab.

(2)lawyers:

Lawyers are needed right from when you want to purchase your land,they help in all legal dealings. From contracts to agreements between you and the "omo onile" landowners; you need them .It is the job of a lawyer to find out the true owner of the land because the person selling to you may actually not be the right person to do so, they will do a thorough scrutiny on the agreement papers and give their legal advice on your investment.The money you pay for this service may be worthwhile considering the possibility of losing your money if you refuse to contact them.

(3)Land Surveyors:

These people map out the the area or plot of your land.They see to it that your land is properly demarcated from your neighbour with their instruments and skill they will give you the accurate length of your plot .There drawing is what you take to the architect for design of your building. You also needs survey plan for validation of your land when you want to register it.

(4)Architects:

They liase with you i.e the clients on one on one to achieve the type of building you want .Architects give professional supports to the clients not only on the design of the building ,the execution ,but general support even the viability of the building .The work of an architect is extensive because they are generally closer to you clients than every other building professionals. He is in the best position to know what meets your dreams and how to help achieve it. He conceives or dream and put pen to paper and sketch out what you have in mind,gives you to criticise to suit what you want properly, and make the necessary adjustments .He is the bridge between you and the other professionals and artesans on site ,by his position he is the head of the building team.

(5)Quantity Surveyor:

This professional estimates and see to it that you won't embark on a project that is beyond your financial means .They cost and determine the amount of money you will require to build your house so that you don't end up abandoning your project midway. This people are very important unfortunately Nigerian of today do not see the need for them and that is why we have abandoned projects dotting our landscape. It is nice to have a beautiful and befitting house .It also helps to promote the architects that designed it for you when your house is very beautiful, though for small projects your architect can give you an idea of what your building will cost ,but you may not really get the perfect and non-sentimental estimate as to what a quantity surveyor will give you. The quantity surveyor has nothing to lose if the house is very ugly his job is to make sure you have a financial understanding of what you are about to embark on. On big projects ,they maintain and award money to artesans and labour based on the input each worker is putting.

(6)Civil or Structural Engineers:

The civil or structural engineer in building industry is to see to it that, the stability or structural disposition of your building is not compromised. I mean they give calculations and recommends based on the Architect's drawing, what kind of reinforcement or iron or any other structural elements that can make your house stable and will not collapse. And they come out with the drawings on this to help the builder on site to carry out is work effectively.

(7)Mechanical Engineer

These people see to the mechanical aspects of the building especially large projects they give out detailed drawings and specified on plumbing work in the building, the plumbers work with them and help carry out instructions for the good of the project.

(8)Electrical Engineer

As the word implies they see to it that there house is properly lightened. Dangerous electrical connections has led to the death of several people. I will advise you have the electrical engineer in your plans when embarking on a building project. They give instructions to the electrician on large project sites.

(9)The Builders

These are one of the most important professionals in the building industry, unfortunately, the Nigeria of today is a case of dog eats dog. A situation where you claim you can do the work of somebody else and no law to discourage you against such impersonation that is what we are seeing in the building industry at presence. "Collapse of buildings" The builder is trained to carry out or execute on site or transform or bring into reality on site the drawings and intentions of every other building professionals, may it be the Architects, the Civil Engineer, the Mechanical Engineer and the Electrical Engineer. His duty is to see to every artesans or workers on site carries out is job effectively. Unfortunately every jobless person with some money in Nigeria are now claiming to be building contractors and people out of ignorance do not even know the difference.

Even other professionals too are jostling for each others job. A situation where a town planner or a surveyor lays claim to the fact that he can design a house plan for you or when a quantity surveyor is doing the work of a builder will not give you the best you deserve. A building contractor yes, is important in a construction industry but their work is not to bypass any professional rather they are to work with the professionals or consult with them to carry out the project effectively except if the contractor is a professional himself. They are probably the one to finance the building project at times, but to get a very good job you must insist on knowing the professional they will be working with.

Responsibilities of Nigerian Professionals in the Building Construction Industry
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Omion Emmanuel is an architect that has great passion for online marketing, He uses the medium to teach young Nigerians on how to effectively build,manage and supervise their building projects. He is more at home with construction industry of his native country Nigeria. He specializes in Residentials and Bank building design and Construction. He is best called Nigerian online building management pro.

[http://www.buildingcontractorsecrets.com]

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Wednesday, February 20, 2013

Civil Construction and Engineering

Civil engineering is a concept that deals with the design, construction and maintenance of the physical and naturally built environment. The act of civil construction and engineering includes bridges, roads, canals, airports, dams and buildings. These are merely just a few examples of what civil construction and engineering is about.

Civil engineering is one of the oldest engineering disciplines after military engineering. It has been an aspect of life since the beginning of human existence. Until modern times there was no clear distinction between civil engineering and architecture.

One of the main aspects of civil construction and engineering is structural engineering. With structural engineering a structure needs to be able to successfully support itself as well as being able to resist loads. It is the job of a structural engineer to ensure that the design and construction of aspects such as bridges, roads and airports etc are safe and successful for their function. Some of the design considerations that need to be kept in mind are the strength, stiffness and stability of the civil construction. All of these need to commit to safety checks so that the structure can hold itself. Other considerations that need to be kept in mind when it comes to the civil construction and engineering includes the cost, constructability, safety, aesthetics and sustainability of the proposed structure.

Civil Construction and Engineering

In the society that we live in today it is safe to say that society wouldn't work without civil construction and engineering. This is because the infrastructures that we use in our daily lives, the infrastructures that support our daily lives wouldn't be in existence if it wasn't for civil construction and engineering. We use aspects such as roads and harbours, railways and airports, hospitals, sports stadiums and schools, access to drinking water and shelter from the weather in our daily lives without a second thought to the construction and engineering that is behind them. We rely more than ever on building contractor teams and inventive people who design and build as well as maintain the sophisticated environment that surrounds our everyday life.

The job of a civil construction team/engineer is more than merely the building side of these infrastructures. They have many activities that they must do every day, including drafting, decision making, computer interaction, communication, documentation, creative thinking, organising, information collecting, estimating and analysing. It is the job of a construction engineer to draft and design structures and show others how to build them. A construction engineer has to analyse information and make the right decision to solve the problems.

If you are a business owner or the owner of property who wishes to expend and build civil structures such as a road to provide easier access or an extension is needed at an airport, it is essential that you enlist the help of a building contractor team who are highly skilled and experienced in undertaking all aspects of civil building and construction. The building contractor team should have structural engineers who are able to undertake the planning and safety aspects of the design to ensure that the finished product is up to standards.

Civil Construction and Engineering
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Helen is the web master of ARCH Building Solutions [http://www.archbuildingsolutions.co.uk/roadrepairs.php], specialists in all aspects of the Civil Building Trade [http://www.archbuildingsolutions.co.uk/civilservices.php].

Please feel free to republish this article provided a working hyperlink remains to our site

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Thursday, February 7, 2013

Review of Takeoff Software for Estimating Construction

So often people want to rush out and buy estimating software or takeoff software without first trying to define their internal estimating processes. Once the estimating process is clearly defined, then and only then, can you actually try to compartmentalize the process into segments. So often the segment is really quantity takeoff. Takeoff of what you may wonder? That is like the million dollar question. This article will speak about the takeoff software process which usually associated with estimating software processes. The takeoff software process can often be takeoff of materials for some folks, and to many others, the takeoff process of scoped systems to create estimates or proposals. This review or comparison will not try to explain the estimating software process but bring to you valid quantity takeoff thinking among estimators in a quest to find which product thinks the way you do. These are the opinions of the author.

I will review and compare 3 types of measuring takeoff products:

It is extremely important to note that these are ONLY measuring takeoff programs, NOT estimating programs.

Review of Takeoff Software for Estimating Construction

1) Planswift

2) On-Screen Takeoff by On Center Software

3) Electronic Plan Takeoff Software

All three products have their strengths, however, Planswift and On-Screen Takeoff are stand-alone products and Electronic Plan Takeoff is actually dynamically integrated live with Microsoft Excel which means that it starts and finishes and saves in Excel. They all integrate with Excel, however, you will have to evaluate your thought process and decide which of the three products work-flow think along the lines of how you think. For instance, what is the first thing you do when you get a set of plans? Typically, you start flipping through the plans to see how involved the project is and what type of work do you see that is attractive for your company. Then when you decide you are going to estimate this job, more often than not, you start like 80% of companies in the world of construction estimating by opening your takeoff master template Excel spreadsheet. You rename your spreadsheet to the new job or project and off you go performing takeoff. This is where the differences are:

In Planswift, you decide what drawing you are on and then you perform the measuring of an item you want to perform takeoff on the plan. Unfortunately, that is not exactly how an estimator thinks. Planswift does give you the ability to add a type of takeoff item on the fly by naming it and then perform takeoff of it; somewhat of a very manual and slow process. They also provide you with the ability of applying a type of assembly to a takeoff to aggregate quantities of items in that assembly. Not quite the way an estimator thinks. It forces you to jump to different screens which slows down the process. Typically, the main start of anyone's takeoff process, or some may think of it as a checklist approach, is to start with your own spreadsheet of YOUR items. Those items can be material items or can be scoped assembly system items. Either way, by starting with a master spreadsheet say in Excel for example, many estimators think of this as a risk reducer, not to forget things they normally takeoff. Being that Planswift is a stand-alone takeoff program, it typically saves your takeoff images in Planswift instead of your estimate in Excel, if Excel is your estimating system. If you are using Excel, you have to manually save your takeoff measurement numbers in Excel and your takeoff images in Planswift or elsewhere, just not in Excel where the takeoff quantity resides. Again, if you want to integrate with Excel, they force you to either export or import takeoff items from Excel rather than being dynamically integrated live to Excel. They do however have the ability to dump the measured quantity from Planswift into any Excel spreadsheet or Word document. The main purpose or the primary focus of this program is measuring, therefore it does a good job at that function. Most of the other functions require you to jump around different screens, and essentially, you loose your thought of where you are. There are some features that attempt to address the estimating process, however, there are many features that are missing for Planswift to be a full fledged estimating system; it is NOT one. Planswift does integrate with the leading estimating system Sage Timberline, but the integration is weak. Since Timberline's power is in assembly takeoff and where most estimators reside in Timberline, Planswift does not give the estimator the ability to add quantities of miscellaneous Timberline items or one-time items that need to added on the fly to an assembly while they are in Planswift at the Timberline interview screen, and while being in the measuring phase. Planswift does allow the deleting of assembly generated items as well adjusting assembly item quantities in a different screen. Again, to perform all that, you are forced to jump around to different screens. No assembly is ever perfect in any estimating system since project conditions are always uniquely different, therefore, having to add items to an assembly is extremely important. That adding of items and associated quantities is an absolute requirement any estimator typically has to do during the takeoff measuring and estimating phase; something that Planswift struggles with as related to Timberline Estimating. Planswift does allow the direct send of measurements to Timberline Estimating items and assemblies while in Timberline Estimating, just as you would do with the old digitizer measuring boards. Training, support and maintenance are extra for Planswift. On-Screen Takeoff by On Center Software, and Planswift charge their annual maintenance and support fees per license (mandatory) which costs the end user more expense annually especially if a customer has more than one license.

On Center's On-Screen Takeoff is the Grand Daddy of software takeoff products due to the fact that it has been around the longest. On Center recognizes that On-Screen Takeoff is primarily a measuring program. That is why they have a separate estimating program named QuickBid for those who want an estimating program. On Center does not try to trick you into thinking it is an estimating system. In On-Screen Takeoff, you also decide what drawing you are on and then you perform the measuring of the plan. BUT, before you start, you can load a master set styles of things you typically takeoff or measure from your own library. That process seems to be less complicated than that of Planswift. On-Screen Takeoff does give you the ability to add a type of takeoff item on the fly by naming it and then performing takeoff of it; somewhat of a manual and slow process as well. The program does come with many features that are primarily focused on simple measuring to advanced measuring issues all with attention to detail regarding easy navigation for the takeoff process. On Center does a very good job at that. However, there seems to be a disconnect of thought from an Excel spreadsheet items you may use for estimating and/or proposals. The integration to Microsoft Excel is not a dynamic live link, more like an after thought in my opinion. Yes, you can establish links to named styles to cells or ranges in Excel, somewhat rigid. But the question you will have to ask yourself, which will happen more often than not is: What do you do when you need to add things on the fly during takeoff and in an Excel spreadsheet? Again there will be manual associations you will have to establish with Excel which is another major slowdown. You have to manually save your takeoff measurement numbers in Excel and your takeoff images in On-Screen or anywhere you decide, except the takeoff images will not be saved in Excel where the takeoff quantity resides. This type of situation arises when a takeoff program is a stand-alone program. On Center's On-Screen Takeoff has the best integration with the most widely used estimating system in the USA: Sage Timberline Estimating. It basically mimics the same interview process as you would do with the old digitizer measuring boards. By working directly with Timberline, On-Screen Takeoff allows the estimator to perform takeoff of a Timberline variable question and immediately returns back directly with the takeoff quantity in a Timberline assembly at the variable question. By virtue of this process, On-Screen Takeoff allows the estimator to continue his/her Timberline interview process in Sage Timberline Estimating by reviewing/massaging generated quantities, or adding items in a Timberline assembly as the estimator see fit. That workflow process gives full control to the estimator, good job On Center. Training, support and maintenance are extra for On-Screen Takeoff. On-Screen Takeoff by On Center Software, and Planswift charge their annual maintenance and support fees per license (mandatory) which costs the end user more expense annually especially if a customer has more than one license.

This next system is ONLY if your estimating system or proposal generator is Microsoft Excel. Electronic Plan Takeoff Software is a plug-in for Excel. You start your spreadsheet, you perform the measuring takeoff, you may even add some more items on the fly all the while you are in the measuring phase in the Electronic Plan Takeoff program. When you are done, even if you added items on the fly, they automatically appear in your Excel spreadsheet. Excel is the control of everything. Your project is started in Excel, your takeoff is saved in Excel, the estimate or proposal is/can be produced there in Excel; one program, one place. Many takeoff programs interface with Excel somehow, but only Electronic Plan Takeoff is live linked with Excel, meaning all your Excel spreadsheet descriptions appear in the measuring takeoff program so you always know where you are in Excel. That is a huge difference in comparison to Planswift and On-Screen Takeoff. You can even change a description of a takeoff item in Electronic Plan Takeoff and it is automatically changed live, in your Excel spreadsheet. When you talk about the estimating and takeoff phase you must keep processes cleans and easy and this program does just that. There is no getting lost in this program. Just like the other reviewed programs above, the central focus of this program is takeoff measuring, and it does a GREAT job at that. The navigation within the program is really simple and easy. It is not made to work with other estimating systems, but there is a version that allows the direct send of measurements to any Microsoft Windows program awaiting a keyboard entry, just as you would do with digitizer measuring boards. There is also a version that works with digitizer boards as well. If you use Microsoft Excel for estimating, or takeoffs, or proposals, then this Electronic Plan Takeoff program for Excel would be your best choice. The integration to Excel is unmatched in Electronic Plan Takeoff compared to Planswift or On-Screen Takeoff. What is quite different in Electronic Plan Takeoff is that training, support, and maintenance are INCLUDED with a purchase, whereas training, support and maintenance are extra for Planswift and On-Screen Takeoff. Moreover, annual support and maintenance for Electronic Plan Takeoff year two and beyond is a low fee per company per year, instead of per license. On-Screen Takeoff by On Center Software, and Planswift charge their annual maintenance and support fees per license (mandatory) which costs the end user more expense annually especially if a customer has more than one license.

Microsoft and Excel are registered trademarks of Microsoft Corporation. Planswift is the registered trademark of Tech Unlimited, Inc. On-Screen Takeoff and QuickBid are registered trademarks of On Center Software, Inc. Sage Timberline Office, Sage Timberline Estimating are registered trademarks of Sage Software, Inc.

Review of Takeoff Software for Estimating Construction
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http://www.reiterandcompany.com/takeoff/ Reiter & Company, Inc. sells and supports all three of the reviewed systems above: Electronic Plan Takeoff Software, On-Screen Takeoff by On Center Software, and Planswift. We also carry complete solutions from Sage Timberline or Sage Master Builder: Estimating, Project Management, Job Cost Accounting, Document Imaging,etc. If you have any questions of any of the reviewed products or other products, please do not hesitate to call. We can demonstrate ALL 3 products with absolutely NO OBLIGATION at all. It is FREE to discuss any operational issues your company may be facing or trying to achieve. We have 21 years experience in Construction Software Solutions. In addition, http://www.reiterandcompany.com/takeoff/ Reiter & Company also sells a full range of construction software solutions from commercial, to industrial, to residential, to heavy civil software solutions including Earthwork Software. Call Toll-Free 1-800-482-1014

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Thursday, January 31, 2013

The Case of Thai Joint Venture With Japanese Partner in Construction Business

Literature Review

Business in the 21st century is increasingly conducted with shifting borders. International partnerships will become standard practice as the product life cycles shorten and immediate distribution become imperative. As business is increasing its globalization, alliances among multinational firms are becoming more popular. Cooperation between international firms can take many forms such as, cross-licensing of proprietary technology, sharing of production facilities, co-funding of research projects, and marketing of each other's products using existing distribution networks (Griffin and Pustay, 2005). Such forms of cooperation are known as strategic alliances, business arrangements whereby two or more firms choose to cooperate for their mutual benefit. A joint venture is a specific and more formal type of strategic alliance.

2.1 Defining International Joint Venture (IJV)

The Case of Thai Joint Venture With Japanese Partner in Construction Business

An international joint venture (IJV) is a special type of strategic alliance in which two or more companies from different countries join together to create a new business entity that is legally separate and distinct from its parents. Joint ventures are normally established as corporations and are owned by the founding parents in whatever proportions they negotiate. Although unequal ownership is common, many are owned equally by the founding firms (Berger, 1999).

Here is also a definition adapted from Shenkar and Zeira (1987):

1 it is a separate legal organisational entity, and belongs entirely to neither/none of its parent;
2 it is jointly controlled by its parent;
3 these parents are legally independent of each other;
4 the headquarters of at least one parent is located outside the country in which the IJV operates.

As stated some IJVs are formed on an equity basis, more flexible arrangements may depend on contract cooperation without involving the legal commitments of equity. Some IJVs may have more than two parents. In general, the more parents the greater the administrative complexities and the greater the problem of managing the project. Sometimes, both (or all) parents are located outside the IJV country. For example, Coca Cola (Vietnam) was started as an IJV between Coca Cola (USA) and a Singaporean bottler; originally it did not employ any Vietnamese managers, as a result the company needed to deal with cultural difference (Beamish, 1985).

In terms of the construction industry, joint venture has been seen as a tool for improving the performance of the construction process and emphasizes the way it helps to create synergy and maximize the effectiveness of each participant's resources (Barlow et al., 1997).

The Construction Industry Institute defines joint ventures as a long-term commitment between two or more organisations for the purpose of achieving specific business objectives by maximizing the effectiveness of each participant's resources. This requires changing traditional relationships to a shared culture without regard to organisational boundaries. The relationship is based upon trust, dedication to common goals, and an understanding of each other's individual expectations and values (Barlow et al. 1997). To date, joint venture is understood as a set of collaborative processes, which emphasizes the importance of common goals. The base of joint venture is a high level of interorganisational trust and the presence of mutually beneficial goals. Joint venture means a management process that helps the strategic planning to improve the efficiency of the enterprises, and forms a team with common objectives (Barlow et al. 1997). Participants of a project can improve performance in terms of cost, time, quality, build ability, fitness-to-purpose, and a whole of range of other criteria, if they adopt more collaborative ways of working (Bresnen and Marshall 2000). Barlow et al. (1997) mentions six successful factors of joint venture: building trust, teambuilding, the need for top level commitment, the importance of individuals, the strategic movement of key personnel, and the need for open and flexible communications. The same authors quote as common benefits in a joint venture relation: reduced costs, shortened delivery time, improvement in construction quality, better working atmosphere, and organisational learning. Joint venture classifications focus on the duration of cooperation between partners. This dissertation will be used as a case study to explore the extent and native of these benefits in practice.

Two main types of joint venture are found in literature: project joint venture and strategic joint venture or long-term joint venture. Project joint venture is a cooperative relationship between organisations for the duration of a specific project (Barlow et al. 1997). At the end of the project, the relationship is terminated and another joint venture may commence on the next project (Kumaraswamy and Matthews 2000). Welling and Kamann (2001) state that if these firms do not meet again in another project, the learning effect reached on the particular project will be eliminated. Strategic joint venture is a relationship with a high level of cooperation between partners (Barlow et al. 1997), which takes place when two or more firms use joint venture on a long term basis to undertake more than one construction project, or some continuing activity (Kumaraswamy and Matthews 2000). In this kind of joint venture, the learning achieved in a specific project is more likely to be used in future projects. In the context of a strategic joint venture, it becomes a management philosophy that is expected to work continuously for each and every project and there are more expectations from team members than for a project joint venture (Cheng and Li 2001). The type of TNC JV is the strategic joint venture where Thai and Japanese Partner are focusing on the long term goal.

2.2 Seeing Joint Ventures as a Foreign Market Entry and Development Strategy

Joint ventures are sometimes viewed as a second (or even third) best option for supplying a foreign market-being used only when government regulations (e.g. ownership and export controls, restrictions on royalty payments, etc.) prevent the establishment of wholly owned subsidiaries, exports, or licensing. Indeed, there are major problems that arise in the planning, negotiation, and management of international joint ventures. Despite such difficulties, it is widely recognised in the literature that there are important strategic and competitive advantages that may be derived from successful joint venture agreements, and such collaboration may be a first option in certain circumstances (Kenichi Ohmae, 1985). Connolly (1984), for example, argued that the assets of developed-country multinational enterprises (capital, foreign exchange, technology, management, and marketing skills, etc.) and developing-country firms (lower costs, greater familiarity with local markets, etc.) are complementary, and that the combination of these assets in a joint venture results in mutual benefits. This can be seen in the case of TNC. Similarly, Contractor (1984) argued that the loss of control and the sharing of profits inherent in equity joint ventures is more than compensated for by the expertise and capital contribution of the local partner; contacts with government officials; faster entry into the market; and risk reduction. Harrigan (1984, 1985) argued that joint ventures should not be seen as a hiding place or a sign of weakness. Rather, if organized properly, joint ventures would be a source of competitive advantage, a means of defending existing strategic positions against forces too strong for one firm to withstand itself or as a means of implementing changes in strategic postures (e.g. diversification access to technology). Joint ventures allow each partner to concentrate their resources in areas of expertise, while enabling diversification into attractive but unfamiliar business areas. Overall, Harrigan (1984, 1985) concludes that joint ventures are important strategic weapon in responding to the challenges of global competition.

2.3 Reasons for forming the IJV

The partners (Thai and Japanese) may have shared interests in forming an IJV which give both opportunities to

5 create greater market power by combining resources;(Bell, 1996)
6 reduce risk by sharing costs (costs of investment and production are shared);
7 reap economies of scale;
8 cooperate and avoid competition , which might incur greater costs than those incurred by agreeing to the IJV (the IJV is an alliance that restricts your own capacity for independent action, but also restricts that of your partner); (Contractor & Lorange, 1988).

In general, though, most IJVs offer parents different opportunities which arise from their different environments. A project might offer the foreign parent access to a local market, and the local parent access to the international market. According to (thailandoutlook.com), in 1997 two securities companies, the Premier Group of Thailand and SBC Warburg, formed a joint venture designed to provide Warburg with local expertise and Premier with international access.

Furthermore, the foreign parent needs to meet the host government's requirements for doing business in the country (in this case the Thai Government). For instance, a foreign company is only permitted to operate in the country if ownership is shared with a local company. The IJV offers the foreign parent opportunities to learn about local marketing conditions and to gain access to local resources, including production facilities, labour, and materials. For the local parent these are opportunities to generate upstream and downstream industries. For instance, the development of an IJV pulp mill encourages local entrepreneurs to increase logging facilities and to invest in paper manufacture. The local government benefits by opportunities to encourage foreign investment. Also, the foreign parent may be allowed to take only minority ownership, and must fulfil conditions regarding local employment, technology transfer, purchase of local materials, etc (Chowdhury, 1992).

2.4 Factors influencing IJV success and failure

The more that the company depends upon the strategic alliance in order to achieve its strategic goal, the more it invests in the success of the alliance. In the case of TNCJV this means investing to find the ideal partner. Finding the ideal partner takes time and effort, and the greater the importance that the firm gives to this selection process, the greater the chances of success (Geringer 1991).

Hung's (1992) study of Canadian companies operating in South-East Asia found that "the most often mentioned difficulty is to get the right partner company, one which has compatible objectives and is trustworthy". Therefore, trust is one of the most important parts of forming the IJV. Trust factors then will be reviewed:

2.4.1 Trust between the parents

The project is more likely to succeed when each parent trusts that the other is genuinely committed to the project and will do its best to abide by all agreements between them (Demirbag & Mirza, 2000).

When more partners trust each other, the easier they find it to reach agreement on internal arrangements:

1 applying the same strategic priorities to planning;
2 management style, and systems;
3 systems for communicating between the parents, the IJV, and parents; within the IJV; and with the environment
4 factors associated with business interests, goals, impact of size, timescale
5 assessments of IJV success and failure: project evaluation, both ongoing and upon termination.

(Demirbag & Mirza, 2000)

2.4.2 Mistrust between parents, and the environment

Mistrust arises from

13 inadequate planning;
14 communication problems between parents (Thai and Japanese in this case)
15 wide differences in the national and organisational cultures of the parents;
16 one parent changing its attitude to the project in response to its own internal changes - e.g., a new strategy, a new CEO;
17 one parent changing its attitude to the project in response to changes in its business environment.

To take the final point: both parents operate in their own volatile business environment. Their local markets and competition differ. They are subject to different local political, social, and economic pressures. These environmental differences make any alliance inherently unstable (Geringer, 1988).

According to Mikio Kunisawa Representative Director of Nishimatsu Construction (HQ in Japan), TNC had a full order book including a heavy work load and the prospect of many new projects during year 2005-2006 period. However, the situation at year-end is somewhat different from his expectation, particularly for Nishimatsu's Bangkok Office, and TNC now faces a challenge to maintain the business levels of the previous years (2006). The primary factor affecting business confidence is the continuing general political instability in Thailand, including an inconclusive general election and the resulting postponement of government decisions regarding infrastructure and development projects (thailandoutlook.com). In the light of this uncertain situation, the forecast indicator for economic growth in Thailand has been revised downward. A further effect has been a downturn in business confidence within the private sector, reducing planned investments in the industrial and real estate sectors (thainishimatsu.com). This situation could then establish uncertainty between the parent company and the environment they face.

These factors of environmental uncertainty might be the reason for focusing only on short-term alliances with highly specific goals. The partners might use an initial limited alliance in order to test the possibilities for a greater commitment and to build trust (Harrigan, 1985). This also has implications for communication. Each partner needs to communicate information about its own environment and to develop knowledge of the other's.

2.4.3 Trust within the project

A project succeeds when project staff trusts each other and when persons posted from the two parents develop a synergetic relationship. Before project operations start, a shared project culture is fostered by mixing staff from the parents in groups, where they work together on project planning. They exchange non-critical technological and business data (Harrigan, 1985).

A lack of trust arises when

18 staff join the project ignorant of the needs and interests of their colleagues from the other parent;
19 local staff feel threatened by a stronger foreign parent;
20 conflict arise from human resource and technology transfer policies (one parent cannot supply the skills to which it is committed);
21 cultural differences are exploited.
2.4.4 Trust between the project staff and their parent

A project succeeds when staff posted to it feels confident of the support of their headquarters. Mistrust arises when promised support fails to materialize, or staff feel that their long-term career prospects with the company are in jeopardy. A project is also undermined when top management fails to communicate its goal effectively within the organisation. Subordinate levels perceive it as a drain on their resources, and give it a minimum of attention (Kachara & Hebert, 1999).

2.4.5 Similar business interests
The potential partners are more likely to work together effectively when they have related interests. The parents of successful IJVs have similar interests and belong to similar or complementary sectors. When both contribute and learn from the other, fruitful cooperation is possible. Companies in the same industry form alliances when they hope to benefit from discrepancies in technology, systems, and markets (Kogut, 1988). By 1993, joint ventures parented by the Swiss food firm, Nestle, included alliances with Coca Cola (canned coffee and tea drinks), General mills (cereals), and two companies in the people's Republic of China (a coffee and creamer plant, an infant formula and milk powder plant).

2.4.6 Compatibility in size
Incompatibility in the size of the parents is important when one uses its greater resources to dominate the project in its own interests alone. However, the development of business by Internet and other electronic media means the business can expand (and contract) in a very short time, and the size of staffing complements and physical resources is no longer an accurate guide to a firm's financial and knowledge power (Kachra & Hebert, 1999).

The research of a foreign direct investment in Japan discovered that the attitude taken by the Japanese bureaucracy was influenced by such factors as the investor's care for its relationship with the government, the profitability of the IJV, the foreign parent's commitment, timing and location, and technology transfer issues. However, "the size of the investor does not seem to matter much" (Thawley, 1996).

2.4.7 Compatibility in timescale
The parents need to share a timescale. Suppose that Parents A and B are both prepared to invest in five years' development costs. The project is set fair. But contradictions arise when Parent A aims at reinvesting profits made during the initial period whereas Parent B wants a quick return from its investments (Li, 1995).

2.5 Culture influencing IJV success and failure
2.5.1 Cultural dimensions by Hofstede

Cultural distance between partners and its impact on IJV performance has so far been the most commonly reviewed variable. The distance has usually been expressed multi-dimensionally (based on Hofstedé (1980) four cultural dimensions and an index developed by Kogut and Singh (1988)). Cultural similarity decreases problems caused by cultural issues (e.g. different norms of behaviour and productivity, measurement and goals related to performance) and should facilitate trust and cooperation between partners. Barkema and Vermeulen (1997) tried to analyse in more detail the impact of culture on IJV performance. Using the five different cultural dimensions by Hofstede - power distance, uncertainty avoidance, individualism, masculinity, and long term orientation - the authors expected that there would be differences in the impact of various dimensions. Differences in uncertainty avoidance are difficult to cope with because they imply differences in how people perceive opportunities and threats in their environment and how they act upon them (Schneider & Meyer, 1991). In high uncertainty avoidance countries organisations tend to respond to uncertainty by building up a system of high formalization and hierarchy. In low uncertainty avoidance countries people are more attracted to flexible, ad hoc structures that leave more room for improvisation and negotiation. Differences in uncertainty avoidance lead to differences in how partners perceive and respond to events in the environment of the IJV, which will likely breed disagreement and disputes between the partners, and have a detrimental impact on the IJVs performance. Power distance and individualism directly bear on issues of internal integration and influence relationships with personnel, such as the choice of control forms, reward systems. Management of personnel is usually one of the first activities to be left to the local partner. There is also evidence that MNCs do not transfer cultural values related to power distance and individualism to their foreign subsidiaries (Soeters & Schreuder, 1988). Thus tensions between the partners with differences along these dimensions may be avoided. Shenkar and Zeira (1992) suggest that having partners from both "feminine" and "masculine" cultures may even benefit the IJV. The aggressive attitude of one partner and the relationship orientation of the other may complement each other rather than collide. The above discussion suggests that differences in uncertainty avoidance would be more important than the other three dimensions. The empirical results by Barkema and Vermeulen (1997) supported the expectations: uncertainty avoidance and long-term orientation had greater differential negative impact on IJV survival than masculinity, while the two other dimensions (individualism and power distance) had no impact. What concerns the Asian context it can be said that all potential Asian cultures have rather similar cultural profile. This profile includes rather few layers of decision-making, more risk taking, greater group emphasis, and higher concern for relationships (Swierczek & Hirsch, 1994). This can be applied to TNC where Thai and Japanese culture share some similarities.

One culture can influence how willing one is to trust a possible joint venture partner. In terms of culture, the Japanese tend to be somewhat introverted in their ways. They generally are not receptive to outsiders. When conducting business with Japanese, it is important to note that relationships and loyalty to the group is critical for success.

(http://www.geert-hofstede.com/hofstede_japan.shtml)

According to Hofsted Cultural Dimension Scores, the score of Japan is dramatically different from other Asian Countries. Masculinity in Japan is the highest characteristic. The lowest ranking factor is Individualism, which coincides with their high ranking in Uncertainty Avoidance. Japan is a more collectivist culture that avoids risks and shows little value for personal freedom.

(http://www.geert-hofstede.com/hofstede_thailand.shtml)

In contrast, Thailand's lowest Dimension is Individualism (IDV). A low score, as Thailand has, indicates the society is Collectivist as compared to Individualist which this score is even lower than Japanese. It can be said that this is manifest in a close long-term commitment to the member 'group', is that a family, extended family, or extended relationships. Furthermore, the main different category compared to Japanese Dimension is Masculinity which ranks the lowest among the Asian Countries. This lower level is indicative of a society with less assertiveness and competitiveness, as compared to one where these values are considered more important and significant. This situation also reinforces more traditional male and female roles within the population.

2.5.2 Compatibility between national cultures
Ones culture also influences ones perception of the environmental factors discussed above; whether your business interests are similar (or in conflict), whether your goals are complementary, whether differences in size are important, what timescale should apply. In theory, partners are more likely to agree on these points when cultures are compatible. That is, joint ventures formed by parents of similar cultures stands a greater chance of succeeding than those based on between dissimilar cultures (Wille, 1988).

2.5.3 Different organisational cultures
If the organisational cultures of the two parents vary widely, a successful alliance might not be possible. However, this is not always the case. In the situation of TNC, the organisational culture of parent can be advantagous because the understanding of National Culture also affects the performance.

When talks designed to lead to strategic alliance between Mitsubishi of Japan and Daimler-Benz of Germany broke down, the following report was made:

"Analysts say the match has been strained from the beginning because the companies have fundamentally different structures. Daimler-Benz, a much smaller company than Mitsubishi, has traditionally had a close knit management structure that has tended to set out clear strategic goals and forge ahead. Mitsubishi, an amorphous conglomerate of several large companies, has moved much more cautiously with internal factions often disagreeing over broader policy." (Yamawaki, 1995).

The companies were unable to overcome differences in their strategies, structures, and organisational cultures.

Staff posted to the project from the two parents is more likely to work well together when their organisational cultures are similar. This does not mean that they should be identical - an impossible condition. Rather, there must be a sense of comfort about how the other does the business, a willingness to work together and learn, and needs for shared solutions (Fedor & Werther, 1997).

2.5.4 How the IJV affects the parent organisational cultures
Parenting an IJV project can influence the culture of the parent headquarters by creating new spirit of "internationalism." This is ADVANTAGOUS when headquarters staff benefit from an influx of new ideas and technologies, and develop new knowledge of the opportunities offered I the environment.

It is DISADVANTAGOUS when the outflow of staff to the IJV (and inflow of replacements) impairs internal cohesion. A positive culture is weakened when staff feels pressured by responsibilities for which they have no training and experience. Supporters of the project are isolated. Planning and operating the IJV influences the organisational culture of the parent headquarters. In order to respond to problems and opportunities arising from parenting the project, headquarters streamlines and reorganizes its structures (Siddall et al., 1992).

2.6 Motivational Perspectives between Thai and Japanese
One's motives are major determinants of one's behaviour. If the company can understand the employee's motives, they can influence their employee's behaviour. To motivate others is one of the most important management tasks. It comprises the abilities to understand what drives people, to communicate, to involve, to challenge, to encourage, to set an example, to develop and coach, to obtain feedback, and to provide a just reward. According to (Find Ref), "Motivation is about cultivating your human capital. The challenge lies not it the work itself, but in you, the person who creates and manages the work environment." However, to motivate people in different culture might be difficult if the level of motivation is not the same. Ref describes how different culture might be perceived differently. Scandinavian cultures (Sweden, Norway, Finland, and Denmark) place a high value on quality of life and social needs. European and Anglo-American cultures place a high value on productivity, efficiency, and individual self-actualisation. Chinese culture values collectivism and community activity higher than individualism (Same Ref).

According to Maslow's hierarchy of needs, he theorised that people have successive layers of needs, and that as each lower layer is satisfied, then the person moves on to the next layer up. The following diagram will explain how the model works:

(Maslow's hierarchy of needs model from Maslow, 1943)

The lowest layer is that of physiological needs. It is the need to eat, sleep, stay warm, use the bathroom, etc. The second layer is safety (the need to have physical and psychological security, such as wanting the presence of law and keeping a job). The third layer is that of love and belonging (being the need to be part of a family, group, or gang). Some would say that this third layer is very much a Japanese domain, where belonging to a group seems to take priority over the achievement of higher layers. According to (Japanese Ref), he raises the question that "How many times have you seen very capable people like Japanese deny themselves a fuller career due to their desire to stay with some smaller company on the basis that it is their 'family?'" The Japanese always put the top priority to their company. The fourth layer is that of self esteem and status. This is where high-achievers dwell, and are able to distinguish themselves commercially and professionally. The fifth layer is "Actualization." According to Wikipedia.com, it gives the following description (extract): "Self actualized people embrace the facts and realities of the world rather than denying or avoiding them. They are spontaneous in their ideas and actions. They are creative. They are interested in solving problems, which often includes the problems of others."

The interesting point to make here is whether Thai and Japanese have the same level in Maslow's hierarchy of needs. At TNC, different level of needs might bring the conflict in interactive situations, for example, between Japanese employer and Thai employee, the model may need to be adopted in its applications among differing cultures. Even though the culture of Thailand and Japan might be similar, it does not mean that they would have the same desire or expectation.

Based on the literature review, the definition of IJV, and reasons for forming the JV have been illustrated. Factors including cultural differences between Thai and Japanese, and different motivational perspectives were explained. However, it is essential and vital to discover how these factors affect TNC employees based on their perception. In Chapter 4, findings and analysis from the interview will be examined.

The Case of Thai Joint Venture With Japanese Partner in Construction Business
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Anderson, E. (1990). Two firms, one frontier: On assessing joint venture performance. Sloan management review 31:2, 19-30.

Beamish, P.W. (1985). The characteristics of joint venture in developed and developing countries.Columbia Journal of World Business 20:3, 13-19.

Beamish, P. W. (1988). Multinational joint ventures in developing countries. New York: Routledge.

Beamish, P. W. & A. C. Inkpen (1995). Keeping international joint ventures stable and profitable. Long Range Planning, Vol 28:3,

Barkema, H. & F. Vermeulen (1997). What differences in the cultural backgrounds of partners are detrimental for international joint ventures? Journal of International Business Studies 28:4, 845-864.

Beamish, P. W. & J. P. Killing (1997c) (editors). Cooperative strategies: Asia Pacific perspectives. San Francisco: New Lexington Press.

Berger, S. (1999) International Joint Ventures. Boston: Pearson Education.

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Saturday, January 26, 2013

Duct Detectors and New Construction Coordination

Finger pointing, passing the buck, shifting responsibility... This seems to be a common theme when it comes to installing in-duct smoke detectors on new construction projects. Mechanical contractors, electrical contractors, fire contractors... Who's responsible for making sure these detectors get installed properly? Perhaps this confusion is less about whose scope of work the detectors fall under, and more about the uncertainty contractors feel regarding the proper installation and placement of such fire protection devices. I wish I could say differently, but the answer regarding responsibility is probably not as cut and dry as we would prefer. Like many other endeavors on a construction site, the installation of in-duct smoke detectors requires a coordinated effort between all parties. The mechanical contractor is often responsible for mounting the detectors. I would expect he wouldn't want anyone else cutting in to and attaching to his ductwork anyhow. The electrical contractor is often required to run conduit to the location of the detector and frequently required to manage the subcontract for the fire alarm company. In the end, the fire alarm contractor is responsible for making sure the device functions properly and reports to the fire alarm control panel. Coordinate effort.

NFPA 90A, Where Required

NFPA 90A is the Standard for Air Conditioning and Ventilation Systems. This code states that an in-duct smoke detector is required on the SUPPLY side of any HVAC unit greater than 2000cfm. Those detectors must be located downstream of air filters and ahead of any branch connections. If you can't get ahead of any branch connections - you must have one provided in each branch. In addition to the supply side detector, NFPA 90A states that an in-duct smoke detector is required on the RETURN side of any unit greater than 15,000cfm. These detectors are required at each story prior to the connection to a common return and prior to any recirculation or fresh air inlet. They are not required where the entire space is protected by area smoke detection.

Duct Detectors and New Construction Coordination

NFPA 72, Means of Installation

NFPA 72 is the National Fire Alarm Code, the standard for the installation of fire alarm system components. This first of all, the NFPA 72 code reminds us that in-duct smoke detectors are NOT a substitute for open area detection. NFPA defers to manufacturer's published instructions for installation requirements. Manufacturer's instructions advise that in-duct smoke detectors be located at a minimum of 6 duct-widths from a bend or other obstruction. This means that if you have an 18" wide duct, the detector should be located a minimum of 9'-0" downstream of a bend or other obstruction. This is often difficult to accomplish. The contractor needs to be aware that the 6 duct-width guideline is based on the fact that airflow is disrupted as it comes around a bend. The duct detector requires the conditioned air to flow through a 1/2" diameter sample tube that protrudes into the ductwork. If the airflow is bouncing all over the ductwork, it is less likely to make it into the sample tube as required for proper smoke detection. Because the code states "should" instead of "shall" be located a minimum of 6-duct widths, it is the responsibility of the contractor to use his own best judgment in locating the detector as far away from a bend as possible. Since HVAC ducting is often located above the finished ceiling or high up in the rafters out of visible range, the location of in-duct smoke detectors must be permanently and clearly identified and recorded. Fire officials and service personnel must be able to identify the location of these detectors. Where in-duct smoke detectors are installed more than 10'-0" A.F.F. or where the detector is not visible to responding personnel, remote indicators must be provided to locate the device with ease. On occasion, where it is acceptable to the AHJ, remote indicators may be eliminated if the detector is specifically identified and clearly annunciated at the FACP and annunciators.

Alarm/ Supervisory & Fire Alarm Shut Down

Once the in-duct smoke detectors have been sufficiently installed, there seems to be an ongoing debate as to whether the detectors should annunciate a supervisory signal, requiring investigation to determine if there is a fire, or if the detectors should annunciate an alarm signal, immediately evacuating the building and calling the fire department to the site in response. Proponents of the supervisory signal argue that in-duct smoke detectors are a common source of false alarm signals. Often when heaters are first started up at the start of winter, the heat blowing through the ductwork burns off the dust (we all know the smell of the heater being run for the first time) thus causing an alarm. Neither owners, nor fire officials want to evacuate the building or run trucks to a site that proves to be a false alarm. On the other side of the argument, however, is the concern that if the detector activates and then it is doing its job and an alarm signal is required to ensure the safety of the occupants. No risk allowed. Because there are valid points on both sides of the discussion NFPA 72 has opted to take the middle ground and allow this to be a local decision. The Fire Alarm Code states that in-duct smoke detectors can be EITHER Alarm-Initiating OR Supervisory-Initiating. The local AHJ will most likely have a preference. The only definitive action the code endorses, per NFPA 90A, is that in-duct smoke detectors must automatically stop their respective fans; and that any time a duct detector is provided, it shall be connected back to the building FACP.

Duct Detectors & Clean Agents

One other question that often comes up in relation to fire systems is how duct detectors play in to clean agent suppression systems. Clean agent systems have their own control panel and require a means of fire detection prior to discharging a fire suppressing agent. The question arises when a duct detector is provided on the CRAC unit installed within a computer room that is protected by a clean agent system. Who monitors the status of the in-duct smoke detector and does it's alarm activation play in to the clean agent distribution sequence? Let me answer the first question by explaining a bit about the second question... NFPA 2001 is the Standard for Clean Agent Suppression Systems. This standard requires that forced air ventilation systems be shut down ONLY where their continued operation would adversely affect the performance of the fire extinguishing system. Furthermore, the standard states that completely self-contained recirculating ventilation systems (i.e. Liebert or CRAC units) shall be not required to be shut down. This is because the recirculation of air within the protected space does NOT adversely affect the performance of the extinguishing system; in fact, it assists in the retention time the agent is held in the atmosphere. The continued recirculation of air within the protected space actually helps to extinguish the fire and prevent re-ignition. That said, the in-duct smoke detectors play no role in the clean agent distribution sequence. Since the in-duct smoke detector is not a part of the clean agent distribution sequence, it is not tied to the clean agent fire panel. The detector must now be tied to the base building fire alarm control panel. Whether or not the activation of the detector will cause the unit to shut down is now an optional owner decision, although in this case, it is not recommended.

To wrap it up, I would like to thank you all for taking the time to learn a little more about this often confusing point of construction coordination. The more educated all associated contractors are, the more likely we are to install a fully functioning fire alarm system regardless of whose scope it falls under.

Duct Detectors and New Construction Coordination
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Wednesday, January 23, 2013

Small Bulldozers For Sale

Sometimes, a little bit of muscle is all you need. If that's the case, then perhaps a small bulldozer is all you really need. Now, when you say small bulldozer, I'm assuming your not actually looking for a skid steer or a bobcat. Since those are really different machines. Mind you, they can do some of the same stuff, just not on the same scale as a real bulldozer, even if it is a small one. When I say small, I'm thinking of a d2, d3, or d4 Caterpillar sized bulldozer. That's still a pretty good sized machine, great for clearing trees or piles of dirt and wood from the farm.

You'd be surprised at some of the great prices you can get these for during the tough economic times, if you look around a bit. As long as the dozer has been maintained well, you should get quite a few good years out of even a used machine. That said, you may want to hedge your bet by sticking with the more reliable brand names when you buy. Caterpillar is likely the best know, and uses the same technology for it's big industrial strength dozers, as it does for it's smaller ones, so you should be safe with them.

Other good manufacturers to consider, are Case, New Holland, Komatsu, John Deere, and Liebherr. They all produce good dozers. If you can, ask for a maintenance log, used by the previous owner of the machine. First of all, if they have a maintenance log, that's a very good sign. It suggests that they were doing at least minimum upkeep on their dozer. Secondly, it should give you a pretty good idea of what you'll need to do to keep your little dozer running.

Small Bulldozers For Sale
Small Bulldozers For Sale
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Find more small bulldozers for sale, and even some small Caterpillar dozers for sale.

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Monday, January 21, 2013

Construction Method Statement

What exactly is a method statement?

It's essentially a risk assessment document detailing the work that is to be carried out in a precise, specific and orderly manner. It needs to address all of the potential risks and hazards associated with the task.

A few years ago a subcontractor could get away with a vague generic construction method statement. Today, both architects and principle contractors are scrutinizing methods statements more closely.

Construction Method Statement

Why all the fuss about?

Construction remains a disproportionally unsafe environment when compared to industries like manufacturing. In an attempt to reduce incidents (many of which are fatal), contractors and subcontractors are required to complete a series of documents to comply with safety legislation - one of which is the mandatory risk assessment.

On medium to large construction sites, the principle contractors are taking method statement documents very seriously - so seriously that in fact as a subcontractor, you may be prevented from working on a site without the correct risk assessments and method statement documentation duly signed by all the parties.
The subcontractor, for example, must detail precisely how they will be doing specific tasks.

Example: Say a subcontractor is required to do some deep trenching. As we all know, deep trenching can be potentially dangerous to the workmen, and the people around the vicinity of the work area.

What the method statement does is explain how the job will be done in a safe and orderly manner. It details precisely how the subcontractor will prevent any collapse of the trench, for example.
How will the responsible people ensure that there will be support on all sides - at 45 degree angle to the horizontal? What methods are in place to ensure that the vertical trench side below the support portion will not exceed 1.5 meters in height? What is the method to inspect that the supports will be checked daily to ensure its effectiveness?

Construction method statements are essentially risk assessments for particular tasks.

In other words; it's a careful examination of what might cause harm to people so that the responsible people can weigh up what precautions will be.

In many cases, the subcontractor has to submit the risk assessment to the Engineer, as required by the project tender terms and conditions.

This document also covers details with regard to:
Construction methods and procedures What materials and equipment to be used How will the subcontractor/contractor get the equipment to and from site Where will the materials be stored The exact location of activities Satisfy everyone that all compliance/ non-compliance with the Specifications are being adhered to legal and local regulatory requirements Any other deemed necessary by the Engineer

The method statement must be accepted and signed off by all the parties involved; namely the subcontractor, the principle contractor and in some cases by the consulting engineers before the work begins.

For other articles on method statements for construction, visit http://www.mepconstructionworld.com

Construction Method Statement
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Francisco Jose has worked as an electrical construction foreman, supervisor, estimator and contractor - today he works as a freelance electrical construction manager and/or mechanical, electrical, plumbing (MEP) coordinator and blogs at mepconstructionworld.com

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