Design Principles And Program For The Built Environment Building Essay

Differentiate between the planning and design phase of the engineering process and illustrate the coordination and management of every phase

Construction planning can be an important and challenging activity in the management and performance of structure projects. It involves the choice of technology, this is of work jobs, the estimation of the required resources and times for specific tasks. A worthwhile building plan is the foundation for expanding the budget and the agenda for work. Developing the engineering plan is a crucial activity in the management of engineering, even if the plan is not written or officially recorded. In addition to these technological aspects of engineering planning, it may also be necessary to make organizational decisions about the romantic relationships between project participants and even which organizations to include in a project. For instance, the level to which sub-contractors will be utilized on a job is often decided during building planning. Essential aspects of construction planning include the technology of required actions, analysis of the implications of these actions. Construction planners face the normative problem of choosing the best among numerous substitute ideas. A planner must think about the final service as detailed in the plans and features. In developing a construction plan, it is common to agree an initial emphasis on either cost control. Some assignments are primarily split into expenditure categories with associated costs. In such cases, building planning is cost or price oriented. In the categories of expenditure, a distinction is manufactured between costs incurred straight in the performance of a task and indirectly for the conclusion of the job. For example, borrowing expenses for project financing and overhead items are commonly cared for as indirect costs. For other jobs, arranging of work activities as time passes is critical which is emphasized in the look process. In cases like this, the planner insures that the proper precedencies among activities are looked after and that effective scheduling of the available resources occurs. Traditional scheduling procedures emphasize the maintenance of activity precedencies (leading to critical path scheduling procedures) or successful use of resources over time (leading to job shop scheduling procedures). Most complicated projects require factor of cost and scheduling over time, so that planning, monitoring and record keeping must consider both dimensions. In these cases, the mixture of timetable and budget information is a major matter. Without planning it's very difficult to start to see the successful end of any project. Planning is also important to be able to cope with construction dangers and develop save working methods. Planning is the process needed to make everything happen in the correct order to get the work approved, accomplished and paid for. Arranging money, scheduling the many tasks, and arranging the needed approvals are some of the tasks that must definitely be achieved for the successful completion of a project. These planning steps are initial to create. (Planning and design, 2010)The reason behind planning is to keep control through the project and review the progress or take action when necessary to correct the situation. At the first level of a task it is essential for your client team to have a program in order to support control. From a financial planning perspective, the form of agreement is important because repayment terms and repayment periods are given and the retention percentage is stated. During the project, the deal explains techniques for coping with delay, how contract variations are to be dealt with and what entitlements the people will get for damages happening from delays. If problems come up during building then re-planning is necessary. As in the introduction of appropriate options for facility design, alternatives of appropriate technology and options for construction are often ill-structured yet critical elements in the success of the task. For example, a decision made whether to pump or to carry concrete in buckets will directly affect the cost and time of careers involved in the engineering of the building. A conclusion between these two alternatives should consider the costs, reliabilities, and availability of equipment for the two transport methods. The precise implications of different methods be dependent upon several concerns for which information may be sketchy during the planning phase, like the experience and know-how of employees or this underground condition at a niche site. In selecting among alternative methods and technologies, it may be necessary to present a number of construction strategies based on choice methods. Once the full plan can be acquired, then your cost, time and stability impacts of the choice approaches can be analyzed. This study of several alternatives is often made explicit in bidding tournaments in which several alternative designs may be proposed or value engineering for alternative construction methods may be allowed. Potential constructors may wish to prepare plans for every substitute design using the suggested construction method as well as to prepare strategies for alternative construction methods which would be proposed within the value engineering process. The look process for building projects consists of three phases that take place between the moments in which a planner starts the program for the building of a center to as soon as in which the evaluation of the final result of the development process is completed.

The estimate level involves the introduction of the price and duration estimate for the development of a service within the proposal of a contractor to an owner. It's the stage in which assumptions of tool commitment to the necessary activities to build the facility are created by a planner. A careful and detailed analysis of different conditions imposed by the development job design and by site characteristics are taken into account to look for the best estimate. The success of a builder depends upon this estimation, not only to obtain a job but also to construct the facility with the best profit. The planner has to look for the time-cost blend that will allow the contractor to reach your goals in his determination. The result of a high estimate is always to lose the job, and the result of a low estimation could be to win the job, but to lose money in the building process(Engineering planning, 2010).

In the monitoring and control stage of the development process, the building manager must keep constant tabs on both activities' durations and ongoing costs. It really is misleading to think that if the engineering of the facility is on agenda or ahead of schedule, the cost may also be on the estimation or below the estimate, especially if several changes are made. Constant evaluation is essential until the development of the center is complete. When work is completed in the engineering process, and information about any of it is provided to the planner, the third stage of the look process can begin.

The evaluation level is the main one where results of the construction process are matched against the estimate. A planner handles this uncertainty during the estimate stage. Only once the results of the construction process is known is he/she able to evaluate the validity of the estimation. It really is in this previous stage of the planning process that he or she decides if the assumptions were appropriate. If they weren't or if new constraints emerge, he/she should expose (Planning and design, 2010)

Design is a process of creating the information of a new facility, usually symbolized by detailed programs and specifications; building planning is an activity of identifying activities and resources necessary to make the look a physical simple fact. Construction is the implementation of the design envisioned by architects and technicians. In both design and structure, numerous operational responsibilities must be performed with a number of precedence and other associations among the different tasks. The planning for design can carry on almost simultaneously, evaluating various alternatives that happen to be desired from both viewpoints and therefore eliminating the necessity of comprehensive revisions under the guise of value executive. Furthermore, the review of designs with regard to their constructability can be executed as the job progresses from planning to design. For instance, if the sequence of assembly of your composition and the critical loadings on the partly assembled framework during engineering are carefully regarded as an integral part of the entire structural design, the influences of the design on construction falsework and on assemblage details can be anticipated. If the design professionals are anticipated to assume such responsibilities, they must be compensated for sharing the potential risks as well for commencing these additional jobs. Similarly, when building contractors are expected to dominate the responsibilities of technicians, such as devising a very elaborate system to erect an unconventional framework, they too must be compensated accordingly. As long as the owner will not assume the duty for resolving this risk-reward issue, the idea of a truly built in system for design and construction cannot be understood. Innovative design concepts must be analyzed for technical feasibility. Three degrees of technology are of special matter: technological requirements for operation or development, design resources and construction technology. The first identifies the new technologies which may be unveiled in a service which is employed for a certain type of production such as chemical processing or nuclear vitality generation. The next refers to the design capabilities that exist to the designers, such as new computational methods or new materials. The 3rd identifies new technologies which is often adopted to create the center, such as new equipment or new structure methods. Building planning should be considered a major matter in the development of center designs, in the preparation of cost quotes, and in creating bids by contractors. (The look process, 2010)

Task 2

Analyze the many factors that have an impact on the specs of materials and building services systems and equipment:

Innovations and changes such as changes of regulations, changes in technology and move to the utilization or re-use of recycled materials constantly happen in the introduction of new materials, methods and products. The Building Legislation and supporting guidance are structured so concerning encourage the adoption of progressive approaches to the design of complexes (Barry's, 2008, p. 9-10)

Utility services provide facilities that meet up with the social needs of occupants and provide a cool and hygienic environment. Another goal is safeness for occupants and property against flame and other dangers. Integration of environmental and electricity services in properties will better ensure that occupants live and work more comfortably. Regarding new buildings, energy issues should get consideration at the early periods of design to allow the best complex and economic strategies to be achieved. At an early on design stage there a wide range of opportunities to develop an integrated method of energy use and personal savings, including the reason for the physical form and characteristics of the building. Factor should be given to the positioning to incorporation of courtyards or sunspaces as they can reduce energy utilization in deep plan complexes; to landscaping design which can influence the microclimate (and reduce energy demand) by providing shelter from travelling rain and breeze; to the percentage of glazing to stable material in the exterior walls which can be optimized to provide advantages from natural light and useful solar profits, whilst avoiding unnecessary heat loss or gains. These methods are influenced by decisions made throughout the look process. Cost implications are changing. Oftentimes, these design options can lower capital costs through minimizing building service requirements. In addition, these energy conservation measures typically require little or no maintenance and previous throughout the lifespan of the building with no energy input. The use of day lighting, natural ventilation and passive cooling and heating can create a low energy building with minimal environmental influences, whilst still reaching comfortable inner conditions for occupants. Lately, an almost entirely new set of materials is appearing for construction, typically from the aerospace and gadgets business. These materials were developed from new knowledge about the framework and properties of materials as well as new approaches for altering existing materials. Chemicals to traditional materials such as concrete and metallic are particularly prominent. For example, it has been known for some time that polymers would increase concrete durability, water level of resistance and capacity to insulate when they are put into the concrete. However, their use has been limited by their costs given that they have had to displace just as much as 10 percent of the cement to be effective. The Leadership in Energy and Environmental Design (LEED) Green Building Score System is supposed to promote voluntary improvements in design and structure practices. Within the rating system, buildings receive tips for a variety of aspects, including reduced energy use, higher use of daylight alternatively than artificial lamps, recycling construction waste, rainfall runoff reduction, availability of general population transit access, etc. If the building accumulates a sufficient number of tips, it could be certified by the Green Building Alliance as a "green building. " While many of these aspects may increase development costs, many reduce operating costs or make structures more attractive. Green building techniques are dispersing to industrial crops and other styles of engineering (THE LOOK and Development Process, 2004). While information about the construction site is usually available at the planning stage of a job, it is important for the design professionals and engineering supervisor as well as the builder to visit the website. For design specialists, an examination of the topography may focus their attention to the layout of the facility on the webpage for maximum use of space in compliance with various regulatory restrictions. In the case of industrial crops, the creation or control design and operation often dictate the site layout. A poor layout can cause development problems such as limited space for staging, limited gain access to for materials and personnel, and constraints on the utilization of certain structure methods. The engineering supervisor and the service provider can verify gain access to roads and water, electrical power and other service resources in the immediate vicinity, with the view of finding appropriate locations for erecting non permanent facilities and the field office. They can also notice any interference of existing facilities with engineering and create a arrange for site security during development. In examining site conditions, particular attention must be produced to environmental factors such as drainage, groundwater and the possibility of floods. Of particular concern is the possible occurrence of hazardous waste materials from earlier uses. Clearing up or controlling hazardous wastes can be extremely expensive(Task Management for construction, 2008).

The design of a building does not essentially seek to avert the event of fire; rather it is to create buildings whose characteristics lessen the potentially disastrous effects that fireplace can have for occupants and property.

There are six general goals to guide designers in wanting to create fire protection measures in buildings, they are simply

The look and services set up should offer to minimized the occurrence of open fire.

In the event of open fire outbreak, the building features should lessen the opportunities for the progress and spread of hearth.

Method of evacuation and break free of occupants should be contained in the building design.

Adequate hearth detection and security alarm systems should be given for unit installation.

Hearth suppression equipment should be in place plus some of them to function automatically.

Well-functioning extinguishing facilities must be installed for the use of firemen.

Responsibly managing waste products on a structure jobsite is a essential component of sustainable building. With this context, managing waste material means lessening the construction waste materials or demolition dirt (C&D) that leaves the jobsite for landfill disposal. Waste management should be a part of a project's development. Each of the principal task participants-the Owner, their Architectural and Executive (A/E) services (or Development Management specialist), the Service provider, and Subcontractors-will engage in waste management to some degree throughout the task. Initially, the dog owner and their A/E must build waste reduction goals and determine what degrees of diversion are attainable and sensible under the project's conditions. The Contractor is in charge of the means, methods, techniques, sequences, and types of procedures of construction, such as waste removal methods. However, the A/E's design team can contribute to waste decrease in several ways. These include

1. Observe Value anatomist principals. Perform multiple functions with one material rather than needing multiple materials to execute one function. Design to boost systems' and components' use. Avoid extraneous materials that not donate to function.

2. Be effective in area and level. If less material is required by the look, less throw away is made at the jobsite.

3. Observe standard materials and product measurements. Locate features "on module" to the degree possible to reduce lowering and special fitted, which creates scrap.

4. Where possible, select construction systems that do not require non permanent support, shoring, construction supports, or other materials that'll be removed as debris during the project.

5. Where possible, go for materials that not rely on adhesives, which require containers and create residue and packaging waste material. Furthermore, adhesives inhibit salvage and recycling at the end of the component's or building's life.

6. Where possible, reduce requirements for applied coatings, laminates, coatings, adhesives, and the associated scrap, product packaging, and waste material. Select materials with crucial finishes.

7. Where possible, avoid materials which are sensitive to harm, contamination, environmental visibility, or spoilage on-site, which improve the potential for jobsite was (Napier, T. 2010).

Task 3

Analyze how environmental factors have an effect on the look and design period of a development project:

Just as there is certainly disagreement among the list of international community about how precisely best to deal with global environment problems, so there's a variety of views about how exactly to improve the sustainability of structures, ranging from passion that edges on green-fundamentalism through to close apathy, and even antipathy. Protecting the environment has often been compared on the grounds of possible harm to the overall economy, although this needn't be the situation.

Because working time in offices are principally the hours of daylight, there are considerable advantages in maximizing an office properties potential use of daylight. The major difficulty in reaching this goal is the unequal distribution of daylight levels. Iluminance levels fall season away sharply as room depth raises away from the house windows, making the back of offices to possess insufficient light as well as the front of the offices near to the windows very bright and a source of glare. Daylight is the medium to that your eye is biologically modified. Artificial lighting found in offices can account for up to 50% of major energy use, but because there is a close relationship between office working hours and time of daylight availability, the useful use of daylight can lead to a reduction of between 35% and 75% of the amount of lighting electricity which is consumed if control buttons that automatically dims lamps matching to light levels outside are employed.

The energy consumption profile of supermarkets is a little different from other types of retail building. Some quite basic varieties of enclosure such as do-it-yourself stores have characteristics more akin to those of a warehouse than those of retailers in a shopping center. The largest percentage of their energy cost is because of electricity used for lightning, but because they tend to have high ceilings and so a large size to high temperature, fossil energy space heating and domestic warm water are responsible for a fair human population of the full total. This percentage diminishes for other non-food shops where mechanical air flow and possibly air-conditioning and elevates increase the relative amount of electricity that is consumed.

Another company that is very active in this area is MF1. Since 1994 the company which is total has about 500 stores, has used a variety of measures aimed to trim its carbon emissions by 50%. A building management system, which automatically manages the store warming and lightning levels, was unveiled at a price of 800, 000-expenditure that was repaid by energy cost savings within a year. A typical advancement was the fitting of self-dimming lamps within the 50, 000 m2 warehouse that paid for itself within 1. 5 years. Having achieved rigorous control over energy expenses, the business then moved on to the replacement unit of conventional vitality sources by green energy. Fifty outlets are being driven from green energy extracted from an independent distributor who offers electricity obtained from wind farms and gas from landfill.

During initial proper planning, the magnitude of heat loss from factory structures can be manipulated by careful site design. For example, high temperature damage will be reduced if launching doors are designed to face away from the prevailing blowing wind, and particularly if the gates allow easy operation so that they will tend to be kept available for shorter measures of time. Manufacturer complexes can be grouped along to lessen the degree of heat damage (could very well be at the trouble of future versatility for enlargement), and undoubtedly uninsulated party surfaces between units will lose heat if the manufacturer next door is unheated. Shelter belts of trees and shrubs, or moving earth to create mounds around the website, can reduce blowing wind speeds and in so doing the pace of heat reduction, since infiltration from the building will be generally reliant on the ambient wind flow speed and direction. The elevation of the rooftop is important just because a shallow slope will enclose a smaller volume needing heat, provided that an increased roof structure isn't required either by the creation process, or the necessity for tall storage area racking. (Dye, A. 2008).

There is an extensive literature regarding the environmental impact of building materials, building activities and the utilization of buildings through the life time. The choices created by patties to the design and structure process could coloring the environmental impact of a building during its development, use and eventual recycling, therefore care should be taken to consider the complete life of the building. From a structure perspective concern should be given to the method of development, maintenance and repair, future adaptability of the framework and there bicycling of materials as and when the building is demolished or greatly remodeled. That is particularly important at the detailing and standards stage when materials and components are decided on. Adopting the wide open building notion may be the best way forwards, but there a wide range of ways that we can enhance the romance between our unnatural environment and our aspect one. For instance, detailing buildings in order to reduce unnecessary waste material during development not only really helps to reduce land fill. It also will save time and money. (Barry's, 2008).

In modern times, know-how in design has led to significant changes in construction costs. Computer-aids have upgraded capabilities for making quality designs as well as reducing the time necessary to produce alternative designs. By far the most dramatic new technology applied to building has been the web and its own private, commercial Intranet versions. THE WEB is widely used as a way to foster collaboration among professionals on a project, to communicate for bids and results, and also to procure necessary goods and services. Real time video recording from specific development sites is trusted to illustrate construction improvement to interested celebrations. The effect has been far better cooperation, communication and procurement. Design experts and construction contractors who have not designed to changing systems have been obligated from the mainstream of design and structure activities (Task Management for engineering, 2008).

Task 4

Describe the jobs, responsibilities and obligations (including responsibility for health, safety and welfare) of most parties involved in construction projects:

At the early stage of proper planning for a capital task, an owner often seeks the services of financial planning consultants such as authorized general public accounting (CPA) companies to judge the financial and financial feasibility of the made facility, particularly with respect to various procedures of federal, express and local taxes laws which may have an impact on the financial commitment. Investment banks can also be consulted on various options for financing the facility in order to analyse their long-term results on the financial health of the dog owner organization(Profession opportunities in building industry, 2010).

In the job life circuit, the most important factors affecting the outcome of the task often reside at the early stages. At this point, decisions should be based on competent economic analysis with due factor for adequate funding, the prevalent public and regulatory environment, and technical concerns. Architects and designers might focus on planning, in engineering field management, or functioning, but as job managers, they must have some knowledge of all such aspects to be able to comprehend properly their role and be able to make competent decisions. The principal role of the Architect is to design the works in accordance with the client's requirements in terms of design, time and cost constraints. The Architect is also responsible for ensuring that the works on site are relative to the contract documents. Technicians often spend as much or even more time on planning, management and other economic or public problems as on the original executive design and analysis problems which form the key of all educational programs. It really is upon the ability of designers to deal with all such problems that their performance will finally be judged. The greatest stumbling block to effective management in structure is the inertia and ancient divisions among planners, designers and constructors. While technical competence in design and advancement remains the foundation of executive practice, the interpersonal, economic and organizational factors that are pervasive in influencing the success and failure of construction tasks must also be dealt with effectively by design and structure organizations. Certainly, engineers are not expected to know every details of management techniques, but they must be knowledgeable enough to foresee the problems of management so that they can work harmoniously with professionals in related fields to conquer the inertia and historical divisions. The owners have much on the line in selecting a competent project supervisor and in providing them with the expert to presume responsibility at various periods of the task whatever the types of contractual agreements for applying the project. Naturally, the project manager must also own the leadership quality and the ability to handle effectively complicated interpersonal relationships within an organization. The ultimate test of the training and connection with a project supervisor for construction is based on his ability to apply fundamental key points to solving problems in the new and unfamiliar situations that have end up being the hallmarks of the changing environment in the development industry(The Design and Development Process, 2004). In the look and design of building constructions Health insurance and Safety is very important and the role of the Planning Supervisor is to get ready a Health and Safety plan. THE LOOK Supervisor ensures that designers adhere to Health and Safe practices obligations, and the apply for Health and Safe practices is kept up to date.

Project is conceived to meet market requirements or needs in due time. Various possibilities may be looked at in the conceptual planning stage, and the scientific and financial feasibility of each alternative will be evaluated and compared in order to select the perfect project. The funding plans for the proposed alternatives must be analyzed, and the project will be programmed with respect to the timing because of its completion as well as for available cash flows. After the opportunity of the job is clearly defined, detailed engineering design provides the blueprint for construction, and the definitive cost estimation will serve as the baseline for cost control. In the procurement and development level, the delivery of materials and the erection of the task on site must be carefully organized and controlled. After the construction is completed, there is generally a brief period of start-up or shake-down of the made facility when it's first occupied. Finally, the management of the facility is turned to the dog owner for full occupancy until the service lives out its useful life which is chosen for demolition or conversion(Job Management for construction, 2008).

Also We Can Offer!

Other services that we offer

If you don’t see the necessary subject, paper type, or topic in our list of available services and examples, don’t worry! We have a number of other academic disciplines to suit the needs of anyone who visits this website looking for help.

How to ...

We made your life easier with putting together a big number of articles and guidelines on how to plan and write different types of assignments (Essay, Research Paper, Dissertation etc)