Honesty - the Best Policy Essay Example for Free

Honesty the Best Policy Essay Honesty is the human quality of communicating and acting truthful and with fairness, as best one is able. It is related to truth as a value. This includes listening, reasoning and any action in the human repertoire — as well as speaking. Superficially, honesty means simply, stating facts and views as best one truly believes them to be. It includes both honesty to others, and to oneself (see: self-deception) and about ones own motives and inner reality. Western views on honesty  Since the quality of honesty applies to all behaviors, one cannot refuse to consider factual information, for example, in an unbiased manner and still claim that ones knowledge, belief or position is an attempt to be truthful. Such a belief is clearly a product of ones desires and simply has nothing to do with the human ability to know. Basing ones positions on what one wants — rather than unbiased evidence gathering — is dishonest even when good intentions can be cited — after all even Hitler could cite good intentions and intended glory for a select group of people. Clearly then, an unbiased approach to the truth is a requirement of honesty. Because intentions are closely related to fairness and certainly affect the degree of honesty/dishonesty, there is a wide spread confusion about honestyand a general belief that being dishonest means that one always  correctly understands if their behavior is either honest or dishonest. Self-perception of our morality is non-static and volatile. Its often at the moment we refuse to consider other perspectives that there is a clear indication we are not pursuing the truth, rather than simply and exclusively at the moment we can muster up evidence that we are right. Socrates had much to say about truth, honesty and morality, and explained that if people really understood that their behavior was wrong — then they simply wouldnt do it — by definition. Unfortunately, honesty in the western tradition has been marginalized to specific instances — perhaps because a thorough understanding of honesty collides with ideologies of all types. Ideologies and idealism often exaggerate and suppress evidence in order to support their perspectives — at the expense of the truth. This process erodes the ractice and understanding of honesty. To an ideologist the truth quite often becomes insignificant, what matters most are their ideals and what ever supports their desires to enjoy and spread those ideals. Human beings are inherently biased about what they believe to be good due to individual tastes backgrounds, but once one understands that a decidedly biased approach to what is true — is inherently dishonest, one can also understand how idealism and ideology have poorly served the quest for an honest, moral society. Both honesty and morality require that we base our opinions about what is good — upon unbiased ideas of what is TRUE — rather than vice versa (determining what is true based on what we feel is good) — the way all ideologies would have us believe. The studies of Confucius about honesty Confucius recognized several levels of honesty, fundamental to his ethics: His shallowest concept of honesty was implied in his notion of Li: all actions committed by a person to build the ideal society aiming at meeting their surface desires of a person either immediately (bad) or longer term (good). To admit that one sought immediate gratification could however make a bad act better, and to hide ones long term goals could cloud a good act. A key principle was that a gentleman must strive to convey his feelings honestly on his face, so that these could help each other coordinate for long term gain for all. So there was a visible relation between time horizon, etiquette and ones image of oneself even in the mirror. This generates self-honesty and keeps such activities as business calm, unsurprising, and aboveboard. In this conception, one is honest because it suits ones own self-interest only. Deeper than Li was Yi or righteousness. Rather than pursuing your own interests you should do what is right and moral based on reciprocity. Here too time is central, but as a time span: since your parents spent your first three years raising you, you spent three mourning them after they die. At this level one is honest about ones obligations and duty. Even with no one else to keep you honest or to relate to directly, a deeply honest person ould relate to ancestors as if they were alive and would not act in ways that would make them ashamed. This was part of the moral code that included ancestor worship, but Confucius had made it rigorous. The deepest level of honesty was Ren, out of which flowed Yi and thus Li. Confucius morality was based upon empathy and understanding others, which required understanding ones own moral core first, rather than on divinely ordained rules, which could simply be obeyed. The Confucian version of the Golden Rule was to treat your inferiors as you would want your superiors to treat you. Virtue under Confucius is based upon harmony with others and a recognition of the honest reality that eventually (say in old age) one will come under the power of others (say ones children). So this level of honesty is to actually put oneself in context of ones whole life and future generations and choose to do or say nothing that would not reflect ones familys honour and reputation for honesty and acceptance of truth, such as eventual death. Partially because of incomplete understanding of these deeper notions of honesty among Westerners, in Asian countries it is common to refer to those who do not have them as barbarians. While sometimes Asian cultures sanction an almost intolerable degree of delay and ambiguity for Western tastes, it is very often to avoid lying, or giving a positive impression where doubt exists. These would be thought dishonest by Asians. Thus pressing for a decision on a matter where it is not yet possible to give an honest commitment or answer is seen as extremely rude in effect, forcing someone to choose to be either rude or dishonest. Both being unthinkable in traditional culture, one thus delays. A Buddhist teaching on honesty Thanissaro Bhikkhu taught: â€Å"Real honesty is being honest about what your possibilities are, what your potentials are. Thats where true honesty lies. It stretches us. It’s not simply admitting where we are that’s a beginning step, it’s not the end step. So be honest about where you are but also be honest about what your possibilities are. That keeps the challenge of the path always before us. †

Main Features And Characteristics Information Technology Essay

Main Features And Characteristics Information Technology Essay Over the past 50 years, the construction industry has witnessed exciting breakthroughs such as the advent of Critical Path Method scheduling, the introduction of Computer Aided Design and Drafting (CADD), the acceptance of integrated project delivery systems and the application of Alternate Dispute Resolution (ADR). In addition, the construction industry has also been impacted with two powerful global developments; the internet, revolutionising the communications infrastructure and also environmental awareness which focuses on the commitment to sustainability and lifecycle solutions (Bakhtar McDonough 2008). We are now approaching a virtual reality to create intelligent, integrated 3D models of construction projects allowing stakeholders to visualise and analyse the completed project before it is built. By implementing BIM, Risk is reduced, design intent is maintained, quality control is streamlined, communication is clearer and higher analytic tools are more accessible (Australian Institute of Architects 2005). It is BIM which also enhances collaboration through interaction of different stakeholders which can be used for stimulation, structural design, cost estimating, scheduling, fabrication, erection and facilities management (Bakhtar McDonough 2008). As the industry begins to integrate BIM in practice, it is likely to bring about change in work practice, project development approach and emergence of new roles and relationships, both at technical and management levels (Brankovic et al. 2007). Despite the apparent benefits the adoption of BIM in practice, the uptake has been slow. Workshops with industry focus groups have been conducted to identify the industry needs, concerns and expectations from participants who had implemented BIM or were BIM ready. Factors inhibiting BIM adoption include lack of training, low business incentives, perception of lack of rewards, technological concerns, contractual matters and resistance to changing current work practice. Successful BIM usage depends on collective adoption of BIM across the different disciplines and requires the support of the client (Brankovic 2008). So is Building Information Modelling (BIM) the real deal? Some say its a matter of when, not if, industry adopts BIM universally and increasingly, public-and private sector developments are calling for its use on large projects. Can they afford not to? (Hyslop 2010). 2.0 Main Features Characteristics BIM involves computerised design software tools that help create a model that reflects all of the building components geometric and functional qualities. The general contractor and trade subcontractors provide product-specific information for building components and that data is inputted into the model, including performance specifications, connection details and cost data. However, the model is more than a mere representation of the design in a three-dimensional computer graphic but rather, embedded within the design programs which feature rules that define which of the components relation to the other components (Pohl Short 2010). In order to be classified as true BIM, all information related to the building, including its physical and functional characteristics and project life cycle information should be held in a series of Smart or Intelligent objects. For instance, an air conditioning unit within a BIM model would contain the data about its supplier, flow rates, maintenance procedures, lead in times and clearance requirements (Scuderi 2007). In essence, BIM is a variation of the traditional construction project model in terms of technology and process. In a traditional project, design documents flow down from the architect, through the owner, to the contractor and then from the contractor to subcontractors, suppliers and fabricators. This downward flow of design documents and design information defines and reinforces the distinct roles, responsibilities and liabilities of the designer and contractor (Crandall Katz 2010). BIM, however, changes the traditional model through the use of advanced technology to edit the design documents and allows designers to attach specific information to each object of a project. Any changes in the BIM model automatically changes all relevant information attached to the particular object which saves design time and avoids potential design errors that occur (Katz Crandall, 2010). BIM is particularly useful for identifying potential construction conflicts (clash detection) at the design stage, and quantifying the materials required for construction. In theory, assuming that the information provided by the various stakeholders in the project is accurate and the rules embedded in the model are correct, BIM should reduce errors and omissions, resulting in aggregate reduction in professional liability and errors and omission claims. Yet, if the assumptions embedded in the computerised model is prove false, then the result would be a costly problem that all concerned should hope to be covered by insurance (Pohl Short 2010 p.1). A few cases of successful use of Building Information Modelling (BIM) approach in real world projects have been reported (Khemlani 2007a, 2007b) that suggest, even if the BIM applications and tools may not have matured fully they are very much usable in their present form and can enhance project collaboration and management in the Architecture, Engineering and Construction (AEC) industry well beyond the current state (Brankovic et al. 2007). 3.0 Benefits of adopting BIM The benefits of adopting BIM are staggering, that some are even sounding the warning that those who fail to jump aboard the BIM bandwagon will be quickly left in the dust . Building performance and predictability of outcomes are greatly improved by adopting BIM. An Engineers Australia Queensland Division Task Force 2005 report estimates that 60-90% of all variations are due to poor project design documentation. A BIM is one way of significantly improving design and documentation quality (Scuderi 2007). Stanford University Centre for Integrated Facility Engineering figures which are based on 32 major projects using BIM indicates benefits such as: à ¢Ã¢â€š ¬Ã‚ ¢ A 40% elimination of unbudgeted change à ¢Ã¢â€š ¬Ã‚ ¢ Cost estimation accuracy within three per cent à ¢Ã¢â€š ¬Ã‚ ¢ An 80% reduction in the time taken to generate a cost estimate à ¢Ã¢â€š ¬Ã‚ ¢ A saving of 10% of the contract value through clash detection à ¢Ã¢â€š ¬Ã‚ ¢ A 7% reduction in project time, and à ¢Ã¢â€š ¬Ã‚ ¢ A return on investment when using a 3D model of 5 10 times (Scuderi 2007). Other advantages include: 3.1 Visualisation and Design Features Ability to visualise a model before construction begins Eliminates and minimises the number of site related questions due to design errors Provides drawings, cross-sections and details in 3D which better describe complexities and allow images to be rotated for better visualisation BIM can be used as visual timeline to assess progress payments Easy to add information into the model and takes little time to change Once one change is made, all relevant components change automatically, saving time on updating design drawings individually Able to run detailed analysis such as sun shading modelling, thermal properties etc Easy to understand details about the building and individual components 3.2 Conflict Detection Data embedded into the BIM model for each component allows BIM software to identify potential conflicts during the design phase Eliminates/minimises construction errors by detecting problems early Saves time and money which would be previously wasted should an error occur during later stages of construction 3.3 Collaboration Coordination Allows communication between design team/s, engineers and contractors which can increase project efficiencies due to collaboration Remedy the deficient efficiencies early in the design process An increase in collaboration can reduce the number of Request For Information (RFIs) and change order which can shorten construction schedules. Laing ORourke saw a 70% reduction in RFIs on the 123 Albert Street project due to subcontractors being able to view their appropriate trade and solving/answering their own questions themselves (P Nunn 2010, pers. comm., 6 Aug). 3.4 Fabric Efficiency and Estimating Detailed specifications can be extracted directly from a BIM model and sent to a fabricator Saves time and avoids potential errors that could occur when contractors manually extract fabrication data Due to the increased visualisation and data information contained within each object, fabricated components are more likely to fit when delivered (e.g. steel fabrication) therefore reducing construction waste Suppliers can extract material estimates and project schedules directly from a BIM model which can save time and prevent delivery delays 3.5 Data Entry Reduces data entry and computational errors as there is no need to re-enter data or manually extract information from design documents BIM models can compare project components such as building codes and energy efficiency standards 3.6 Life-Cycle Management BIM models can be used throughout the life-cycle of a building Models can be used to determine maintenance requirements and can analyse compatibility and cost-effectiveness as well as providing visual representation of improvements 3.7 Sustainability Design BIM models are able to provide building analysis which allows sustainable rating tools to gain insight into a buildings performance Sustainable features can be incorporated and tested before construction, allowing what if scenarios which quickly evaluate design alternatives Allows the opportunity to make better decisions to iterate on a greener design Schedules of building material quantities can be obtained directly from the model to determine the amount of materials which can be reused, recycled or salvaged Sources for advantages of BIM: (Bakhtar McDonough 2008), (Cranda Katz 2010), (Middlebrooks 2006), (M Ryan 2010. Pers. comm., 8 July), 4.0 Issues that affect the adoption of BIM With any new technology, there is a period of adjustment and learning. There are many different views about BIM and its potential, however the consensus is that it represents a fundamental (some say revolutionary) change in the way a building project design is prepared and implemented (Sieminski 2007). Based on the QUT Research paper from the ICAN Conference in 2007 (Brankovic et al.2007), before greater adoption of BIM, the following issues need to be addressed: 4.1 Version management New technology requires software to be constantly upgraded; this has been an issue for many practitioners. Although most upgraded software allows you to use data generated from earlier versions, many significant changes inhibit these. This means that in order to have all collaborating stakeholders to be working on compatible versions, often compromises have to be made on efficiency (Brankovic et al. 2007). Laing ORourke has initiated various processes to reduce risk from upgrades in software. This involves contracting all collaborating stakeholders to use the same program and upgrading all relevant software before the commencement of their contract (P Nunn 2010, pers. comm., 6 Aug). This process has been implemented in the recent $110 million design and construct contract for a new health centre and common user teaching facility at the Griffith University Gold Coast campus which is set to be one of the first 100% BIM model projects in QLD . 4.2 Organisation and data management As more data is managed and stored electronically, standard practices and procedures need to be in place to deal with data organisation, storage and security. Managing the different versions of the project which relates to compatible set of data from different disciplines at specific stages need to be fixed (Brankovic et al.2007, p.7). While the ability to constantly update the data gives unprecedented flexibility, it also adds to the complexity relating to version management, data explosion and usability (Brankovic et al.2007). Issues exist in Database Management Systems (DMS) in relation to organisational issues for the Architects, Engineers and Contractors (AEC) domain and practitioners which poses a new challenge involving strategic decision making. Stakeholders are also finding that some programs produce a large file size which has led to hardware lagging the software (P Nunn 2010, pers. comm., 6 Aug). 4.3 Program training One of the greatest issues with the adoption of BIM is the training and development of staff and taking the resources off project work to do so (A Bryant 2010, pers. comm., 30 June). In recent years, the architectural industry has received major criticisms of the widening gap of the techniques and methods taught in architecture schools and what is practiced in the field. It is suggested that rather than giving separate introductory session on computational approaches and BIM applications, there is a need for integrating the same in design studios for students which will alleviate the concerns in some sections that believe computational approaches to be inhibiting design creativity (Brankovic et al.2007). 4.4 Cost of adoption The cost of adopting BIM is also an issue. For Revit systems and software, it costs approximately $10,000, plus training and cost of product libraries. The real costs depend on the extent you choose to develop a model. You can develop a simple or well built model which costs a lot more but again, depends on the value and use of the model. However, the benefits include the reduction in waste, ease of design, increase opportunity for sustainability and overall, the process is more efficient. The industry needs to value to outcome (A Gutteridge 2010, pers. comm., 1 July). Large and medium sized firms can afford the luxury of aligning teams to BIM as they would have some supplement workforce at certain points of time. Smaller firms however, would find this difficult to achieve as they would be unable to commit an entire team to BIM software at any given time or even over a period of time . Although the loss of billable hours during training is a concern, the short term productivity paybacks will quickly offset the loss. A recent online survey of Revit customers reported that although there was an average productivity loss of 25-50% during the initial training period, it took most customers only 3-4 months to achieve the same level of productivity using Revit as with the previous design tool. Building on that statistic, the estimated increase in productivity (as a result of migrating to Revit) ranged from 10% to over 100%, with more than half the respondents experienced productivity gains of over 50% and close to 20% experienced productivity gains of over 100% . Due to the large capital cost of training and BIM software, smaller firms may struggle to keep up with the technology. A viable option for small firms would be to seek offshore expertise. Leveraging outside experience and expertise would help them keep their team intact; facilitate better integration of BIM technologies within their business model and save a large amounts of billable hours . 4.5 Security of data Placing data on an integrated database in an electronic format raises security concern amongst the involved stakeholders. Some concerns are related to the following: Network security Intellectual Property (IP) Protection of copyrights These concerns however may be justified and alleviated by greater awareness and legal measures. For example, access should be controlled through secure log-ins with data check-in and check-outs which can be registered for each interaction. Therefore data hosts can manage the data under a contractual agreement with the data owner with the terms and conditions outlined accordingly in the documentation (Brankovic et al.2007). 4.6 Readiness of the tools Examples of the use of BIM approach in practice suggest that in the present state as well there are tools that can significantly improve the work process in the AEC industry documentation (Brankovic et al.2007). However, lack of tools supporting and integrating conceptual design activity has been a major concern (Khemlani 2007a). As more BIM applications are being developed to look at specific aspects of design process and allow integration with each other, the technical support which is bound to improve (Brankovic et al.2007). 4.7 Seamless Integration and standards Due to the various types of tools which have been introduced over the past few years, it is important that there is greater standardisation of processes, terminologies and products, early information exchange between different stakeholders. This will avoid re-work, provide capability to conduct preliminary analysis of project concepts, greater intelligence in tools to air computability of building data as they get more complex, and great automation in construction and fabrication to leverage the benefits of a better and precise model (Brankovic et al.2007). 5.0 Contractual Issues that affect the BIM adoption As BIM technology evolves further, it is apparent that there are a number of legal and contractual issues which warrant careful consideration. Unfortunately, the newness of BIM leaves us with more questions than definitive answers at this present time. For the owner, designer, or contractor participating in a BIM project for the first time, these questions should be carefully weighed, understandings reached and memorialised in appropriate contract document (Haynes 2009). 5.1 There isnt a BIM-specific standard contract form For many, a standardised BIM contract is the most important facet of BIM implementation. A standardised BIM form is recognised as the most logical starting point in the integration of BIM as a standard contracting method. Australia does not currently have a specific stand contract form, therefore contractors, clients and relevant parties must create their own contractual agreements with the relevant stakeholders for each project. 5.2 Ownership Creating an integrated BIM model involves the input of several stakeholders which focus on specific design elements such as mechanical and electrical services and the overall design. Therefore, the difficulty exists with the issue of legal ownership and copyright for instruments of service. Without modification in the underlying contract documents, the normal principle would be that the part that creates the BIM model would retain ownership of and the copyright of the model. This is consistent with the AIA American standard agreements whereby the ownership and copyright is retained by the drafting party, therefore, agrees to license its instruments of services (Haynes 2009). In some cases, owners/clients may insist that the various data and deliverables provided by the design professional be owned by the owner. In Queensland, the most common client who may wish to own the model is Project Services (P Nunn 2010. Pers. comm., 6 Aug). When there are numerous stakeholders involved in the design process, it is important that the intellectual property interests in BIM models and data be clearly addressed up-front by the parties. For example, Laing ORourke may choose to outsource consultants for particular projects; however it is made very clear that Laing ORourke own the copyright. Laing ORourke in Australia, don not have an issue with Intellectual Property (IP) as it is clearly defined in their contract documents (P Nunn 2010. Pers. comm., 6 Aug). 5.3 Standard of Care There is a concern that the universal use of BIM will eventually alter both the standard of care and historical protections afforded to design professional by the doctrine of privity  [1]  . Until recently in America, the doctrine of privity of contract shielded architects and engineers from negligence claims by parties with whom the architect did not have a contract (Sieminski 2007). Many jurisdictions in America now allow claims without privity when it is clear that a contractor reasonably relied upon information that the design professional misrepresented in a context in which the contractor clearly would be relying upon that information (Sieminski 2007). Therefore, contractual issues would become problematic in the future, in that, one of the requirements of the example claim above reasonable reliance may appear to be presumed in a BIM environment. 5.4 Insurance Contracting parties, contract insurers and sureties need more certainty and an accurate gauge of their exposure when writing insurance policies and bonds. While there are many positives about BIM, there are currently too many unknowns for insurers to write BIM policies (Faulkner 2007). Just as BIM technology is evolving, so must the insurance industry evolve to consider whether its current products adequately cover the new risks created by this technology or whether additional instruments are necessary to allow project participants to manage these risks in a prudent manner (Haynes 2009). From the design professionals perspective, it is important to carefully examine the adequacy of their professional liability arising out of negligence of the design professional during the preparation of BIM models. When design professionals assume additional responsibility as a gatekeeper or model manager, then additional risks undertaken and thereby must be covered under the standard professional liability policy. Similarly, when a contractor involved in creating BIM construction models, utilises them for planning, fabrication, estimating or scheduling, the need for professional liability is even more important (Haynes 2009). 5.5 Interoperability One of the largest challenges being actively addressed by technology developers and end-users are the interoperability of existing BIM programs and the creation of multiple accurate models to fulfil specific purposes (Miner Thomson 2006). The term interoperability refers to the ability of various project participants to share and exchange information electronically through the use of different software systems. Due to the different types of design/BIM programs on the market, there are no guarantees that the different software can be used by all stakeholders or work flawlessly together (Haynes 2009). There have been several attempts to standardise the language interfaces of various BIM software, however have not been formalised. In the meantime, however, provisions must be made among parties concerning the consequences of inconsistencies or errors that arise as a result of interoperability. This issue of software compatibility also flows into a concern with remedies for defects in software (Haynes 2009). Up until now there has yet to be a lawsuit based on the use of BIM, however its only a matter of time before misunderstandings or relative risks and responsibilities of parties will be noticed. The use of BIM in the construction process will continue to be affected by the contractual relationship between project participants, the world of litigation and evolution of technology. It is important for those involved to continue to assess the interrelationships of these variables and prepare for more technological advances which are inevitably on the horizon . 6.0 BIM adoption in Australia Vs America 6.1 Uptake of BIM Despite the potential benefits of BIM, its uptake in Australia has been slow (Branksovic et al. 2010). Based on the National Guidelines of Digital Modelling written by the CRC in Australia 2009, slow adoption in the industry exists due to voids which exist in practice as the industry is yet to make full use of the possibilities that new software technologies have provided. There appears to be little multidisciplinary BIM, and very little over the whole building lifecycle (National Guidelines of Digital Modelling, 2009, p.20). According to a recent survey by the American Institute of Architects (AIA), however, America has experienced a 160% increase in use in the main architectural community during 2005 to 2009 (Ireland 2010). The AIA survey also reveals that more than 75% of responding architects reported very heavy or heavy use of BIM technology in their projects in 2009. Were well past the tipping point now, says Markku Allison, resource architect for AIA. At our 2005 convention, the opening plenary session was about BIM, and of the nearly 4,000 architects in the room we got the impression that 85% had never even heard of BIM. Now when we go on the road, everyone knows what BIM is, and the audience can offer up success stories about using BIM (Ireland 2010). However, in Australia it is said that the Architects are against the adoption of BIM due to the large setup costs (P Nunn 2010, pers. comm., 6 Aug). 6.2 Which stakeholders are driving the adoption of BIM? After interviewing a number of industry professionals in Australia, the general consensus was that different stakeholders were driving the adoption of BIM, all for different reasons. Client benefits from BIM through the Facility Management perspective and ongoing building operation Architects Engineers benefit from the speed in design (once the initial design is complete), there is no need to draw sections and details are they are all within the model to start with Builders benefit through the ease of coordination, reduction in buildability issues and the use of clash detection (M Ryan 2010. pers. comm., 8 July). Paul Nunn from Laing ORourke, however, indicated that clients such as Project Services and companies such as Laing ORourke are currently driving the adoption of BIM (P Nunn 2010. pers. comm., 6 Aug). Andrew Gutteridge, and architect from Arkhefield Australia believes that Architects are the ones who need to get to speed first architects have a lot to learn (A Gutteridge 2010. pers. comm., 1 July). On the other hand, Architects currently make up the largest group of user of BIM technology in America (Ireland 2010). In 2008, a SmartMarket Report published by New York-based McGraw-Hill Construction revealed that more than 43% of architects were using BIM on more than 60% of their projects. However, the use of BIM requires more than the adoption of its technology by one group in the architecture, engineering and construction (AEC) industry (Ireland 2010). 6.3 BIM Standard Form Contracts The construction industry is only beginning to catch up with the contractual liability issues that arise from the non-traditional roles played by the various project participants. The American Institute of Architects (AIA) has developed IPD Agreements which include the following contracts: AIA C196-2008 Standard Form of Agreement between Single Purpose Entity Owner or Integrated Project Delivery AIA C197-2008 Standard Form of Agreement between Single Purpose Entity Non-Owner or Integrated Project Delivery These contractual agreements also incorporate a separate Exhibit (AIA Document E202-2008) that might also be used with their other, more traditional contract documents on IPD project using BIM technologies (Pohl Short 2010). In addition to these contractual agreements, the AIA and the new ConsenusDOCs organisation have issued their respective BIM documents which address, at least in a preliminary manner, many of the legal and contractual implications of utilising BIM technology. ConsensusDOCs 301 Building Information Modeling (BIM) Addendum was released by the ConsensusDOCs organization in June 2008. This document is intended as an exhibit to be appended to a standard construction or design agreement, to address certain key legal and contractual questions, and give the parties a platform on which to reach an agreement on how to manage the various risks derived from this technology. ConsensusDOCs 301 was followed later in 2008 by the AIAs issuance of its E-202 Building Information Modeling Protocol exhibit, which like its predecessor outlines a number of practical issues and formulates certain procedures and protocols for the parties to follow with respect to the development of their BIM models. Again, both the CD301 and the E-202 are designed as exhibits to be appended to an existing design or construction services agreement (Haynes 2009). Unlike America, Australia has no standard contract form for the implementation of BIM. However, contractors such as Laing ORourke have established their own in-house protocols which provide detailed information based on the British standards (P Nunn 2010. pers. comm., 6 Aug). In Australia, the Australian Institute of Architects and Building Smart in conjunction with CRC Construction Innovation have produced a National Guidelines for Digital Modelling. The guidelines are readily available; however, not enough people are taking them seriously. The uptake in the industry is increasing, but not fast enough. There are still many misconceptions about BIM and there is a lack of understanding about the value of BIM in the industry (A Butteridge 2010. pers. comm., 1 July). The Queensland Government have vouched to release all government projects in 3D within the next two years (P Nunn 2010. pers. comm., 6 Aug). America is two steps ahead, with five states mandating the use of BIM which has forced the market to adopt and invest in BIM technology. 7.0 Future of BIM Based on the QUT Research paper from the ICAN Conference in 2007 (Brankovic et al.2007), in order for greater adoption of BIM in Australia, the following issues need to be addressed: 7.1 Incentives and drivers Architects, Engineers and Contractors will continue to see the benefits of adopting BIM especially with large projects involving the Government (Project Services). The drive from the Government and clients will provide enough incentives for stakeholders to invest in BIM. A successful adoption of BIM is expected to lengthen the initial design process but reduce the construction cost and time (Brankovic et al.2007). In addition to this, the effort required by the architects and other design disciplines to put in the additional information can be considerably reduced if the commercial vendors have enough incentives to provide country specific product libraries and standards. Such specifications need to be in place to allow a sustained market for BIM applications. This in turn will also facilitate the working of regulatory authorities enabling automatic code checking and building standards (Brankovic et al.2007 p.10). 7.2 Market needs and distribution As previously discussed, small and medium sized firms within the industry will need to decide on when and if their firm will adopt BIM over the next two years. Although the capital costs are high, small f

The Benefits of Studying Abroad

The Benefits of Studying Abroad Knowledge can be gained in many ways. One of the ways is to study abroad. Studying abroad gives students an experience of a life time for students to gain such invaluable experience. It is an excellent opportunity to come into close contact with a distinct culture in their day-to-day life and return home with plenty of cherished memory. For instance, students can experience four seasons in abroad wherever they choose the country that have four seasons, where it will be the most cherish moments for students that never experience the seasons. Study abroad had many benefits. First and foremost, it is a great growth experience. Study abroad challenged students to live among different types of peoples in different condition. Gilbert Keith Chesterton says â€Å"The whole object of travel is not to set foot on foreign land; it is at last to set foot on ones own country as a foreign land.† The lifestyle and social be different, forcing the student to expand their social skills in order to get assistance from lectures, school staff classmates, as well as to make friends among their peers. In addition, â€Å"students will also derive much benefit from expansion of their communication abilities later in life†. As a result, these students will eager to know more knowledge as they able to cope in the situation. Stated by Laurence Sterne, â€Å"The desire of knowledge, like thirst of riches, increase ever with acquisition of it†. Moreover, this experience will cause them to mature, increase of confidence and self-esteem, and ultimately make the student a more â€Å"well-rounded person†. Furthermore, the students will â€Å"having a greater perspective of the world around them to appreciate societal differences†. Second, study abroad provides the opportunity to travel. Students can venture out and check their surrounding during weekends or academic breaks. Study abroad is not all about being a book worm; it is about getting to know a new and interesting land. Being in a new place, get to know people who have different way of living, and becoming familiar with new cultural and urban environment. Addition to, students have opportunities to confront the realities of people and cultures coming together around tourism. In other words, they able to see the reality of life, that are consists of many differences peoples and cultures by naked eyes. Furthermore, there are lots of interesting places to be visited. Students should appreciate their time and use their time to explore the world more as well as learning the world itself by venture out while academic break. In fact, â€Å"the beginning of knowledge is the discovery of something we do not understand† says Frank Herbert. In particular, k nowledge is something to be earning by not knowing the meaning but it is something to seek by exploring the world. Consequently, students should travel around while there in abroad to seek for more knowledge. Besides that, study abroad will help to develop personal skills. Being immersed in an entirely new cultural setting is scary at first, but it is also exciting. It is an opportunity to discover new strengths and abilities, conquer new challenges, and solve new problems. Students will encounter situations that are wholly unfamiliar to students and will learn to adapt and response in effective ways. For instance, students will face communication problems when they speak to the native speaker in that particular country throughout the academic session, being often to speak foreign language, they able to speak as the native speaker without problems. Moreover, they can solve academic problems together even though the group consist variety of races. In particular, students can be edifying the situation after a while in abroad. Furthermore, students develop a better perspective on world affairs through international study and understand the depth and breadth of differences that abound in glob al community. This personal development broadens the students chances in the future. Most of all, study abroad enhances employment opportunities. Through employers eyes, a student who has studied abroad is self-motivated, independent, willing to embrace challenges, and able to cope with diverse problems and situations. Moreover, â€Å"study abroad reflects positively on resumes and increases the chance of employment with international and multinational organizations†. For example, nowadays, before hiring an employer, they will see the resumes first then interview the candidates one by one or grouping. In the resumes, it reflects the candidates capability and the potential to serve for the company but, the company will see which candidates study abroad and they will be given the priority to these candidates first for the job as they pass the interview sessions. In other words, these kinds of students have greater chances getting a good career than average students that study locally. An average student does not expose to the globalization. In addition, abroad s tudents not so stiff to get a job due to the degree acquired from those universities are recognize by multinational organizations. As well as experience of living and studying in foreign country, negotiating others cultures and able to speak foreign language fluently will all set apart from the majority other job applicants. In conclusion, study abroad has many benefits. First benefits are gain great growth experiences. Students gain and learn new things while in abroad about their lifestyle and social. Second, provides the opportunity to travel around the surrounding. They can learn more as the students travel around to gain more info about the foreign country and others. Then, develops students personal skills by adapt the situation and slowly to cope with the social life in foreign country. Finally, study abroad enhances employment opportunities that are by the value of education and reputed institutions to broaden the chances to get a good job.

Stragetic Management Essay -- Business and Management Studies

Stragetic Management 1. Introductiom --------------- USQ MGT8039 Strategic Leadership S2, 2005 Study Book (p 1.11), sighted that Hoskisson, Hitt and Ireland (2004, p.37) defined strategic leadership as â€Å"the ability to anticipate, envision, maintain flexibility and empower others to create strategic change as necessary†¦ managing through others, managing an entire enterprise rather that a functional subunit†. 2. Critical Analysis -------------------- Strategic management can be described as a process undertaken by top-level management. Thomson el all (2002, pp. 3-15)) elaborate that strategic management is process about defining the purpose of existent of an organization, formulating a long term strategy to fit the organization’s external and internal situation, build sustainable advantage and improve organization performance. In contrast, strategic leadership is a function that drives the strategic management process in the organization. In view of this, the author would like to adopt a stand that strategic leadership is different from strategic management but both intertwined and co-exist to compliment each other. Strategic management will not exist without strategic leadership. The scope of top level management in this respect shall encompasses the Board of Directors, CEO and top management and the strategic leadership which, they exercise would be in-conjunction or individually. Emergence of globalization whilst giving new opportunities for organization to new markets, also exposes organization to new challenges for competitions and rapid changes of competitive environment. The strategic management undertaken by organization to address these challenges required strategic leadership to drive the task of crafting and executing the organization strategy. According to Richardson (1994), modern strategic management needs to be met by a multi-skilled strategic leadership response and not adopt a stand of â€Å"this by and large, is the only way to do strategic leadership†. Nicholls (1994) proposed that in order to counter the fast-changing business environment, organization through the role strategic leadership must adopt the fundamental changes in the way they think and behave with respect to both people and customers. In the process of strategic management, decisions making would have to take place to determine ... ...e, Trends Source: http://www.autoblog.com/entry/6449113922489878/ Despite raking in $10 billion in earnings last year and looking like it will surpass that mark this year, Toyota is not happy. Chairman Fujio Cho lambasted his own company last week, saying â€Å"The sense of crisis we feel, despite increasing sales and profits, stems from our fear that we have no kept up. Particularly fears that we have not kept up with environmental issues†¦Ã¢â‚¬  Ok, Fujio, I know it’s noble to be hard on yourself, as that’s how Toyota got to this point in the first place, but what about the unbridled success of the Prius and the manifold hybrid concepts like the Volta and Lexus’ pending RX hybrid SUV? It’s still not even close to enough, apparently, as Chairman Cho revealed plans to get 300,000 hybrids on tarmac by the end of next year. But, wait, this isn’t really about environmentally-responsible transport, is it? No, I didn’t think so: Toyota has long been forced to compete only with itself as far as quality and reliability were concerned; this year, however, the untarnishable reputation pitted slightly around the edges as Hyundai passed Toyota in J.D. Power’s Initial Quality Study. Stragetic Management Essay -- Business and Management Studies Stragetic Management 1. Introductiom --------------- USQ MGT8039 Strategic Leadership S2, 2005 Study Book (p 1.11), sighted that Hoskisson, Hitt and Ireland (2004, p.37) defined strategic leadership as â€Å"the ability to anticipate, envision, maintain flexibility and empower others to create strategic change as necessary†¦ managing through others, managing an entire enterprise rather that a functional subunit†. 2. Critical Analysis -------------------- Strategic management can be described as a process undertaken by top-level management. Thomson el all (2002, pp. 3-15)) elaborate that strategic management is process about defining the purpose of existent of an organization, formulating a long term strategy to fit the organization’s external and internal situation, build sustainable advantage and improve organization performance. In contrast, strategic leadership is a function that drives the strategic management process in the organization. In view of this, the author would like to adopt a stand that strategic leadership is different from strategic management but both intertwined and co-exist to compliment each other. Strategic management will not exist without strategic leadership. The scope of top level management in this respect shall encompasses the Board of Directors, CEO and top management and the strategic leadership which, they exercise would be in-conjunction or individually. Emergence of globalization whilst giving new opportunities for organization to new markets, also exposes organization to new challenges for competitions and rapid changes of competitive environment. The strategic management undertaken by organization to address these challenges required strategic leadership to drive the task of crafting and executing the organization strategy. According to Richardson (1994), modern strategic management needs to be met by a multi-skilled strategic leadership response and not adopt a stand of â€Å"this by and large, is the only way to do strategic leadership†. Nicholls (1994) proposed that in order to counter the fast-changing business environment, organization through the role strategic leadership must adopt the fundamental changes in the way they think and behave with respect to both people and customers. In the process of strategic management, decisions making would have to take place to determine ... ...e, Trends Source: http://www.autoblog.com/entry/6449113922489878/ Despite raking in $10 billion in earnings last year and looking like it will surpass that mark this year, Toyota is not happy. Chairman Fujio Cho lambasted his own company last week, saying â€Å"The sense of crisis we feel, despite increasing sales and profits, stems from our fear that we have no kept up. Particularly fears that we have not kept up with environmental issues†¦Ã¢â‚¬  Ok, Fujio, I know it’s noble to be hard on yourself, as that’s how Toyota got to this point in the first place, but what about the unbridled success of the Prius and the manifold hybrid concepts like the Volta and Lexus’ pending RX hybrid SUV? It’s still not even close to enough, apparently, as Chairman Cho revealed plans to get 300,000 hybrids on tarmac by the end of next year. But, wait, this isn’t really about environmentally-responsible transport, is it? No, I didn’t think so: Toyota has long been forced to compete only with itself as far as quality and reliability were concerned; this year, however, the untarnishable reputation pitted slightly around the edges as Hyundai passed Toyota in J.D. Power’s Initial Quality Study.

Myths of Cultures and Civilizations Essay -- Civilization, Myths, Lege

From before the dawn of civilization as we know it, humanity has formed myths and legends to explain the natural world around them. Whether it is of Zeus and Hera or Izanami-no-Mikoto and Izanagi-no-mikoto, every civilization and culture upon this world has its own mythos. However, the age of myth is waning as it is overshadowed in this modern era by fundamental religion and empirical science. The word myth has come to connote blatant falsehood; however, it was not always so. Our myths have reflected both the society and values of the culture they are from. We have also reflected our inner psyche, conscious and unconscious, unto the fabric of our myths. This reflection allows us to understand ourselves and other cultures better. Throughout the eons of humanity’s existence, the myths explain natural phenomena and the cultural legends of the epic hero have reflected the foundations and the inner turmoil of the human psyche. Over the recent centuries, the definition of myth has decayed into a word synonymous with falsehoods and lies. This idea of myths being completely false and therefore useless is a fairly modern one. To combat the rise of empirical science in the 1900s, theologians brought the idea of wholly literal, fundamental religion into being to combat ideas that did not perfectly align with the tenants of the religion (May 24). This was the final death blow to the idea of the metaphysical myth that was already wounded from thousands of years of being denounced as pagan or barbaric. The rise of empirical science also lent to the decay of the meaning of myth. Science was able to explain the natural world far better than a myth ever could; however, it lacked the metaphysical aspect. Due to these rising ideologies, myths hav... ...ng, Ph.D.. n.p. 2002. Web. 25 Mar. 2013. Drysdale, Jilian Miller. â€Å"Faces of the Goddess.† Synchronicity. Dec. 1999/Jan. 2000: 29-31. Sirs Renaissance. Web. 29 Mar. 2014. Freud, Sigmund. The Future of an Illusion. New York: Norton & Company Inc., 1961. Print. Henderson, Joseph. â€Å"Ancient Myths and Modern Men.† Man and his Symbols. Ed. Carl Jung. New York: Doubleday & Company Inc., 1964. 104-158. Print. Jung, Carl. â€Å"Approaching the Unconscious.† Man and his Symbols. Ed. Carl Jung. New York: Doubleday & Company Inc., 1964. 1-104. Kromholz, Susan Foster, and P. Kyle McCarter. â€Å"Why Myth Endures.† Johns Hopkins Magazine. Aug 1990: 32-37. Sirs Issues Researcher. Web, 07 Apr. 2104. May, Rollo. The Cry for Myth. New York: Norton & Company, 1991. Print. Sels, Nadia. Myth, Mind, and Metaphor: On the Relation of Mythology and Psychoanalysis. n.p. 2011. Web. 25 Mar 2014.

Human Population Essay

Census Bureau of the United States has estimated that the current world human population is about 6,818,500,000 people. In 2009 the United Nation estimated the world human population to be around 6,800,000,000. This is an indicator that the human population is growing at a very alarming rate with an annual birth rate of approximately 134 million per year against 57 million deaths (Freeman. 1974). The alarming increment in the number of human on earth has raised queries as to whether the planet earth is becoming over populated. The human population is experiencing scarcity of resources due to the overpopulation. In order to them to counter this problem they have come up with ways that have in turn threatened the ecosystem. For instance there planet earth is warming up, the air is being populated, and the levels of atmospheric carbon dioxide have risen (Freeman. 1974). It is estimated America enjoyed a low population of less than 100 million in the years 1950s. During this period there was a series of epidemics that were believed to have been introduced by their encounter with the explorers from Europe leading high death rates. Evidences provided by archaeologists indicated that most deaths of the current world were cause by diseases by the old world such as influenza, smallpox, and measles. However, with time the natives developed immunity towards these diseases (Collinson. 2002). The life expectancy for children increased tremendously in the 18th Century and so did the human population due to introduction of vaccines, effective medication, and improved sanitation. As a result the United Kingdom alone is said to have doubled in every 50 years population. India’s population has since grown from 125 million in 1750s to 1. billion. The 20th Century recorded the highest increment in human population worldwide. This is also attributed to increased agricultural produce and improved medical knowhow (Collinson. 2002). Researchers have indicated that the rate of population growth has decreased except in the Middle East, Latin America and Sub-Saharan. However some countries such as Eastern and Central Europe and experiencing negative factors as a result of decrease in population. Japan and Western Europe are said to fact similar threats in the near future as a result of change in fertility pattern. A study done by the United Nation in 2006 showed that the drop in population growth was as a result of demographic transition. The report also indicated that should this pattern of growth remain unchanged, there might be zero rate of growth by the year 2050. Research indicates that Asia has the largest number of people of approximately 3. 8 billion, which is 60% of the world human population, while Africa has 12% (Zuckerman. 1996). Prediction The rapid increases in human population lead Thomas Malthus to predict in 1798 that the world would run short of food supply by the mid 19th Century. Paul R.  Ehrilich, in 1968 predicted that famine would occur in 1970s and 1980s. However various economists challenged them as various measures had been put in place to counter the foreseen problem. For instance, the massive awareness of green revolution lead to increase in food production whose increment has been concurrent with the rapid growth of the population. Analysts have however warned that despite the increase in food production, the prices are sky rocketing making its accessibility to those who have the means, and thus a larger number of human population experiencing malnutrition (Collinson. 002). Green Revolution The introduction of Green Revolution lead a 250% increase in food production for the year 1950 to 1984. However, the green revolution being supported by fuel irrigation among other things such as pesticides and fertilizers lead to acute prices of food. Therefore, despite the discovery saving the continent from dire famine, it has not entirely addressed the accessibility of food by the poor. United Nation reported that as at 2005 approximately 850 million people were facing malnutrition due to lack of purchasing power of food. The high production of oil is an indicator that oil is crucial for daily survival. Farming is now mechanized where by bio-fuel is required which has had an effect on the prices of the farm produce (Freeman. 1974). Overpopulation Overpopulation is said to be a serious threat for the next generation. Generally is a state whereby there are more humans on earth than the earth can handle; in terms of provision of enough resources that would make them live happily and live it a fit place for the next generation users. However some countries provide incentives for people to increase their birth rate. This is said to have an impact of the growth of the economy and military security. Other critics have challenged such countries saying that the world is overpopulated and that failure to control birth rate is in fact increasing death rate by default. On one hand, some politicians call for countries, especially MDCs to increase their population size to maintain their economic growth and military security. On the other hand, critics denote that one out of five people living here today is not properly supported and believe that the world is already limited in resources (Freeman. 974). Causes of Rapid Human Population Growth The world has seen a rapid increase in human population due to low death rate and increased birth rates. Above all the high skilled science and technological advancement have contributed in reduction of death rates. These innovations lead to increment in production and supply of food, the public health sector has been able to provide clean water and sanitation as wel l as introduction of effective antibiotics and vaccines which have contributed to prolonging human lives. In the past developing countries way of life was wanting. However, there has been the processes of education and global interactions that has lead to enhancement in their standards of living, and thus longitivity of lives. These innovations have seen discovery of treatment for diseases that once killed so many people such as measles, malaria, and flu (Zuckerman. 1996). Food Production and Distribution There also has been innovation in the agricultural sector, the biggest break through being genetically modified food as well as irrigation. For instance in the United states there was an increase in production from 631 million tones to 1. 65 billion tones between the years 1950 and 1984. This is an indicator that the amount of food produce increased tremendously that can cater for increasing human population (Hutchinson. 2008). These technologies has also allowed new breed of seeds, fertilizers and modern machinery which in turn has lead to expansion of agricultural sectors across the globe. Studies indicate the production of food has increased by 24% in the last 10 years. However, these expansion in food produce has not been witness evenly particularly in African Countries. Researchers have also confirmed that there is no food shortage in the world, but equitable distribution should be considered. There are very many people particularly in African countries that do not have sufficient cash to buy food (Collinson. 2002). Public Health Survival of daily living is depended on basic needs such as safety shelter, food, and clean water. Initially inaccessibility of clean water would contribute to wiping out children from cholera. Studies indicate that in the year 1990, less than 50% of the human populations were capable of getting access to safe drinking water, however there has been in increase of accessibility of clean water to 75% afterwards. It was forecast that the accessibility to clean and safe drinking water was to increase by 14% in the year 2000 throughout the world (Hutchinson. 2008). Housing Due to the rapid increase in human population, there has been the need to expand on housing. This has therefore resulted in evolution of urban centers which are highly populated. Due to high demand in housing, accommodation has become very expensive. As a result there has emerged high class, middle class, and low class societies. The poor are forced to live in slums, whereby women and children are exposed to threats such as rape and exploitation. There have been strategies by various governments throughout the world to eradicate poverty in vain. Cheap housing schemes have been designed by some governments; unfortunately the number of the poor is appalling (Collinson. 2002). Consequences Studies have confirmed that the poorest countries have the largest number of human population. Research has also confirmed that there is a correlation between poverty and fertility as well as high child hood mortality rate. Therefore the people who enjoy high standards of living have low fertility rates, these people also have a longer life span as opposed to the poor as well as lower infant mortality rate. In a nutshell poverty and overpopulation are associates of increase of death and diseases. This is because lack of adequate sanitary housing and clean drinking water lead to health issues (Freeman. 1974). Developing countries have the highest number of human population as opposed to the developed countries. For instance one in every five persons in the Soviet countries live below the poverty line, as opposed to one of every eight person in America. Poverty is said to have been caused by the acute increase in population after the end of the 2nd World War. Poverty has the lead to death of mankind. Instead of allowing poverty to persist, it is important to limit our number be-cause in dense populations too many lack adequate food, water, shelter, education and employment. High fertility, which has been traditionally associated with prosperity, prestige, and security for the future, now jeopardizes chances for many to achieve health and security (Hutchinson. 008). Many governmental and non governmental organizations have been set up to ensure that the projected population in the coming years will be concurrent with production of food, water, heath care, technology, and education. For instance the development countries have put in efforts to ensure that both the social and economic conditions are at par. Programmes such as World Food Programme have been designed to ensure equitable distribution of food especially in developing count ries.

Dollard & Pavlov Case Study Personality Psy

Jon Britton Personality Psychology Dr Humbert Case Study #10 3-18-2013 Dollard & Pavlov The first and foremost primary drive shown by Jack is in the form of wanting to maintain a stable life. He has worked himself into a suitable position in the restaurant business and he is driven to succeed by not wanting to fail. His biggest fear is to fail and be a ‘loser’ so this is his main primary drive and it is working well for him.The way that he reduces this primary drive is he begins to take classes in college in order to advance further in the restaurant industry. These classes will enable him to get a degree and then he will be able to make more money and gain a more stable position. His primary secondary drive is roughly parallel to his primary in the sense that his fear of not succeeding is driving him to do something outside of his normal operating procedure, that is taking classes in college at an age where he feels that he is too old to do so.Once he starts to partake in the classes he finds that he is doing better than he could have imagined which further compliments the secondary drives at work. There were definitely cues which helped Jack step outside of his normal boundaries, it came in the form of hearing some of the younger people where he works talk about being in school and getting their degrees.This helped to motivate Jack in making his decision to take the classes, probably because it made him feel younger, and gave him a greater sense of accomplishment when he finally did make the decision to take the classes. The four main processes underlying the classical conditioning model according to Pavlov are unconditioned stimulus, unconditioned response, conditioned stimulus and conditioned response. These four components, can work in unison to produce the precise conditions necessary for a classical conditioning experiment / environment to take place.