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technological improvements have made substantial improvements in the construction industry./BIM has opened up many opportunities. It has been an effective tool in managing the construction process. It is an information-oriented interface that acts as a powerful tool in every construction process. The benefits of using BIM have been featured in the construction industry and the world at large. Significant studies have shown that BIM technology benefits resource management. It provides an opportunity for financial management to control the cost and other issues that can be costly. The REAL-Time cost control has been regarded as one of the most significant benefits of BIM technology. BIM has further been identified with increased benefits in improving design quality. It has facilitated information sharing, thus enhancing the quality of information. Communication is an essential tool; required to accomplish different projects within an organization. BIM offers this platform with the intent of facilitating effective project designing and proper planning
BIM has promoted the accuracy and effectiveness of construction design errors. Besides, it has enhanced a faster working environment as well as operational efficiency. Therefore the BIM technology has had a positive impact on the projects. Its benefits can be divided based on five components, including the lifecycle costs, effective construction process design, and quality improvement. Furthermore, it has improved decision-making strategies and risk management strategies.
Shin et al., 2018 argued that BIM had had financial benefits for the construction industry. It has facilitated resource management in accomplishing real-time projects. This has been featured by successful BIM models applied in designing buildings and improving operational activities w within an organization. It has also facilitated planning, and this has been featured by the ability of the model to enhance communication.
BIM has become increasingly well known in the construction industry. It has contributed to many projects’ success due to the work practices’ efficiency and effectiveness. For instance, t has contributed to the preparation of cost preparation estimates. It has also improved surveying practices, and this facilitates the identification of the cost. It further improves estimation practice, thus reducing instances that are prone to errors and inaccuracies.
BIM technology has offered quantity surveyors an opportunity to improve reliability, including processes such as reducing the cost and impact of design changes. Understanding the effects that design changes have on construction is important in adjusting visualization.
3D models are replacing 2D methods BIM has facilitated this process by ensuring that information integration is achieved by creating information systems and information flow from the initial phase to the last phase. Therefore, information integration by BIM models controlling the information through accessible and accurate data.
- BIM usage has similarly become an influential tool required by quantity surveyors.BIM organization improves visualization improved productivity and quality of the construction planning. Accuracy and client satisfaction have also improved, and the rising demand for BIM-based services has featured this. Quantity surveyors can effectively exploit BIM technology.
A reliable cost estimate demands a useful mode that minimizes the estimation of errors. Efficiency is often required during the first phase of the construction process. Using 2D measurements and 2D designs have been associated with significant limitations. In response to such shortcoming, BIM identifies with the primary sources of errors at an early stage. It permits efficient assessment of data at an early stage, and this offers an opportunity for the surveyors to identify with a common source of problems. Prediction on cost can further affect design changes, and this requires accurate models that offer a proper estimation of errors and appropriate cost-effective models.
With the application of geometries properties, BIM can qualify many factors that improve estimate reliability.
- The construction and architecture industry is identified as one of the most prominent sectors contributing to the economy in different parts of the world. However, it suffers from dynamic issues affecting the quality of construction goals. Poor quality cost overrun and delays of project completions have threatened the efficiency of the construction industry. Time and cost estimation are essential factors that determine the quality of services offered to customers. To conduct proper estimation, plans and specifications should be completed with a primary focus on reducing instances of errors. Building Information Modeling BIM is one of the models that can be used to automate the processes within a short time. Besides, accurate estimates can be made, thus offering an opportunity for better budgeting and risk management strategies. It is a relatively new technology in the engineering and architect, and construction industry. It has had a major effect on the construction industry. The benefits have been further featured by improvements noted with the application of the method.
The 3D model geometry is a digital representation of the building’s geometry that enhances the decision-making process. Accurate geometrical representations of buildings within an integrated information environment. Therefore BIM has significant benefits that improve the quality of services and efficiency of construction services. Apart from the geometrical models, BIM can support scheduling analysis, cost estimation, and sequencing. As a new model in the construction industry, BIM has great potential for integration into different construction projects. BIM has improved accuracy in the construction industry. The process has been achieved through accurate geometric representations.
BIM tool provides an accurate cost estimation to and this provides an opportunity for better planning with THE availability of the geometric properties. The surveyors produce spatial quantities such as the volume of the area of the projected budget. The mode has been further effective through an advanced accuracy in cost estimation models. This has been improved through the 3D visualization that outlines specific models required for building projects’ accomplishments.
Data visualization is significant to project management that emphasizes the supply of adequate information about specific projects. It also facilitates the projects’ equipping by manipulating information through spatial representation, information retrieval, and analysis of projected outcomes of the project. BIM visualization has acted as a core component that promotes the quality of the projects. It is possible to see the visualization of different designs and make alternative models that meet the required standard of the designed buildings. The model, therefore, allows a quick extraction of any plans. It achieves this by reviewing details and sections of the building. 4D BIM is one of the models that are useful when designing and constructing a building. It enables the owner to leverage value at the design stage, thus facilitating sequences and developing phasing sequences in construction documents. During the construction stage, the 4D BIM model offers better visualization of planned construction activities. Therefore, the process allows the contractor to plan and arrange the site according to a virtual 4D model. According to Hassan and Rashid (2015), the model can be applied in boosting supervision and reducing threatening practices that affect the timely completion of construction projects.
Harrison and Thurnell (2015) define BIM as a model that is composed of different objects that represent components of building and data related to each of the objects. It is a digital model that represents the building’s geometric and non-geometric data. The model has been effective in addressing critical challenges facing the construction industry. Moreover, quantity surveying has also incorporated the model as a crucial component required in improving the accuracy of construction and operation activities. Understanding the use of BIM models has promoted new developments in the engineering industry. As a result, improved construction materials and models have been achieved, thus facilitated productive outcomes across the construction sector. A similar trend has been applied to delivering quantity surveying services. Quantity surveyors rely on a number of factors to provide a reliable visualization model that promotes qualitative construction projection and analysis. The 3D and 4D models continue to emerge as the core models that provide accurate information on the construction projects. The case has been featured by the ability of quantity surveyors to extract qualitative models that provide real-time cost estimation. BIM, therefore, offers an opportunity to specifically focus on critical issues surrounding the implementation of different geometric modes. Besides, it enables the next step process and development of solutions for overcoming different construct6ion barriers to maximize the benefits of 3D models.
Ismail 2016 explains that the current benefits associated with the BIM range and information that is used throughout the building lifecycle. Technical benefits can be featured b the advancements noted on traditional CAD. It offers more intelligence and interoperability capabilities. The ability of BIM to provide digital representation is essential in transferring design data and specifications highlighted by software applications’ diff orms. The tool. Any changes required during the construction can be managed throughout the project life cycles. Therefore, the project reduced the chances of losses and improved the surveyor’s ability to initiate positive outcomes.
BIM offers optimized platforms required in addressing critical challenges facing the construction industry. New levels of spatial visualization building simulations and project management have enhanced the ability of quantity surveyors to improve on different construction and planting models. The strategy has been further enhanced through simulation models that address the technical context of strictures designs and critical issues that require advanced technologies. Effective project management is important in achieving outstanding outcomes. It offers solutions that enhance inter-organizational collaborations and productivity in the construction industry. Improvements in designs and productivity have been further achieved through continuous assessments of critical factors reducing construction operations’ efficiency. The process has also been improved by incorporating new technology as essentia.l commoners required for the functionality o emerging models in the industry
BIM has been influential in providing knowledge management benefits. It achieves this by providing comprehensive information on building to be captured during the design process. The model range from individual buildings to objects that go beyond those designs with simple to advanced structures. Accessing comprehensive information regarding a project facilitates timely communication and an efficient service delivery system. BIM incorporates building information such as geometry, spatial information, light analysis and properties of buildings and well as climatic and geographical factors. Furthermore, information on factors such as the-value fittings plays an important role in ensuring that designers and engineers keep in the rack with the required construction standards. Furthermore, addressing critical issues affecting construction materials and designs have played an important role in determining the range in which information is integrated into the existing systems. Construction-maintenance details are also provided through the BIM model. Such information becomes explicit to the project’s shareholders, contractors, and companies. In a situation that the designs require changes, BIM identifies with the required designed changes essential for management and standardization for different forms of projects. Proper integration of different models is important in identifying the right designs and improving maintenance models required to boost the quality of the buildings.
BIM has provided standard models encompassing semantic and geometric information of the building components. The step allows BIM users to collaborate by enhancing data exchange and facilitating their activities that promoting accurate identification of the right designs. It also highlights the different issues that arise during planning. As a result, planners can identify with minor errors that arise during design. Minor errors can be costly and detrimental to the entire construction process. Therefore the BIM model has offered an opportunity to review the assigns and geometrical aspects as well as other critical issues that directly influence the quality of the construction project. Seeking detailed information on geometrical components of the building materials has been influential in facilitating successful project outcomes. The process ensures that the models applied at the initial stages of construction meet the required standards. It also incorporates advanced evaluation models to ensure that the methods applied in adjusting various components of the building result in the desired outcomes as planned at the designing level. Such BIM effects have been impactful for quantitative surveying. This makes a huge contribution to the success of the project. It ensures that clients get the best project. In many cases, they focus on improving the efficiency of building designs.
BIM also has diversity management benefits as featured by its ability to meet diverse needs associated with facility management heritage and historical documentation maintenance and quality control. Monitoring and assessment models are also employed in regard to the required standards for construction policies and regulations. Identifying with construction regulations is essential in exploring the core benefits of BIM. The model has enhanced the ability of different communities and groups of an expert to address critical problems affecting the construction industry. In an attempt to review different issues that contribute to the poor quality of construction -projects, experts have integrated the model in reviewing different methods that can be applied in monitoring the changing needs and complexities in the construction industry.
BIM is viewed as a model that has integration benefits. The case has been featured has facilitated the increasing complexities of construction projects and their maintenance through an integrative approach. Therefore it creates a collaborative platform that enables different stakeholders to involve in the project’s lifecycle. Therefore, owners, designers, contractors, and owners of the project can apply BIM in construction projects and more efficiently utilize the knowledge BIM to improve on the existing projects. Identifying the changing trends of the construction industry has been influential in achieving different project’s outcomes. BIM is considered as one of the primary tools that address critical limitations noted with traditional models. The strategy to improve on such buildings has therefore been achieved through the incorporation of the BIM model.
Safety is an important aspect that should be considered in the construction industry. It is one of the factors that determine the range in which the projects should be designed. BIM offers an opportunity to review a number of factors that would contribute to the safety of the projects. BIM models stimulate maintenance and offer an opportunity to review different outcomes in regard to the rising need to improve the quality standards of the buildings and identify with the new technology models that could further facilitate the efficiency of the construction activity. It, therefore, serves as an accurate design model required in managing daily construction operations and other core activities within the construction industry.
BIM has advanced economic benefits. Return n Investments is one of the primary factors considers when establishing a specific project. In the context of BIM, ROI outcomes have been highly acknowledged, and this has been featured by the rising demands for the incorporation of the technology.
According to GFaffarhansoinnin, the ability of BIM to improve the accuracy and timely delivery of projects has improved ROI.s. Fewer contractual claims have been raised regarding losses, especially after the integration of the method as a primary construction model. It has also been applied as a primary tool for planning. Most of the surveyors apply the tool for feasibility studies, and this has improved on the determination of the building’s designs and qualitative measures required to achieve diverse financial and investment goals associated with the project. The rising need to establish durable and quality buildings have ensured that many clients understand technology integration during building. BIM has offered this opportunity as a critical aspect required in achieving dynamic goals.
Planning and scheduling benefits have also been featured through the projects. This enables the shareholders to plan n the building materials, and thus other components that can be ordered or desired electrically are planned on a timely basis. The ability of the construction designers to plan is necessary for determining the outcomes of the projects. BIM has saved on the significant cost associated with designing planning and supervision. Besides, information technology has facilitated dynamic outcomes associated with different construction projects.
BIM offers engineering stakeholders an opportunity to utilize the model in making important decisions that support the goals of the project. The data-sharing aspect provided by BIM has ensured that constant evaluation of the information is achieved. It has also provided a platform for sharing knowledge and the exchange of visual information, among other factors that have prompted efficient outcomes during the process. Virtual designs offer an opportunity for stakeholders to share different concerns and issues regarding the project. The exchange of visual information has played an important role in ensuring that the person engages directly in facilitating the project’s proper management. It also enables a comparison of different forms of the project. The process has been achieved through constant analysis and review of choices and alternatives that exist within a given scope of work. As a result, decision-making models are improved, and organizations can have the ability to positively impact the communities by ensuring threat their projects reduce environmental impacts.
BIM is an important tool that allows the construction personnel team to rehearse on complex procedures and evaluate outcomes associated with specific designing issues. Equipment and workforce assessment has also been improved through the use of BIM. Multidisciplinary integration is one of the practices that incorporate BIM as a critical tool for workforce and construction analysis. It is used in the identification and resolution of issues that arise in advanced construction stages. It promotes efficiency by reducing cases of errors and improving the detection of conflicts. Conflict detection further reduces the number of requests for information. Fewer RFI’s means fewer change orders are required, resulting in more accurate cost management and significant cost savings. Therefore the model has been effectively reducing risks that arise in both beginning and advanced stages.
Identifying the right construction guidelines is important in achieving construction goals. It is one of the factors that determine the effects of evaluation models applied in the supervision of the project. BIM has provided an easier way of monitoring different chances and outcomes within a specific system. The majority of contractors have considered BIM as an important tool that reduces the chances of reworking. Besides, contractors can also minimize different risks associated with the construction. The model minimizes the risks by reviewing complex details and procedures before focusing on on-site work. Identifying with the right guideline is important in reducing critical cases that arise during construction. It avoids misinformation and facilitates communication. By improving proper communication and better planning processes, the model has also improved the contractors’ ability to address critical security issues associated with the project.
Ethical issues and malpractice are common in many areas of the construction sector. The efforts to address such cases have had minimal success due to improper policy system that guides personnel in the construction industry to address critical issues affecting their work. One of the challenges associated with the construction sector is the poor quality of work and contractors’ inability to deliver their work on the agreed timelines. As a result, many concerns have been raised regarding the and the practice of personnel in the construction industry. Besides, the working ethics have tampered with complexities associated with multiple parties involves and diverse activities that are conducted during the construction process. Accomplishing projects with minimal ethical issues is important in building the reputation of construction personnel or specific contractors. BIM has offered an opportunity to manage personnel and address conflicts that arise between clients and contractors. One of the primary challenges associated with the field is the fact that many experts are required for a single project. Engineers, architects, quality control personnel, and other shareholders take primary roles in the accomplishment of the task. Therefore adhering to the common standards or guidelines has been challenging for this personnel. In response to critical issues that arise in the industry, most of the designers and quantity surveyors have applied the BIM in improving communication and addressing conflicts that arise between different parties. Understanding the nature of disputes between clients and contractors is also critical in identifying the right tool required to improve service delivery models in the field.
Reworking is one of the challenges faced by contractors. It is one of the issues that contribute to slowed work progress, thus affecting timely service delivery. BIM has reduced overworking rates, as featured in traditional models and other different activities featured during construction. The tool has also been applicable in reducing construction risks. The process is achieved by the model’s ability to provide detailed procedures for accomplishing a specific project. Therefore a contractor often goes through the guideline and procedures before on-site visits.
The construction industry’s key players are ranked in order of clients project manager, architect, principal contractor, and engineers. The above parties played a significant role in determining the outcomes and efficiency of the project. Contractors have become influential in determining the type of model required to manage different activities and tasks within the construction project. The BMI model has further facilitated the ability of the stakeholders to communicate and deliver different contribution s to the outcome of the project. Apart from enhancing the quality and reducing the chances of poor quality of the project, the BMI has been impactful to many communities. It also introduced new developments n the architectural industry. For instance, it has provided an opportunity for different outcomes and reviews regarding the nature of services provided and delivered to the clients.
Architects and engineers have been influential in the construction industry. It ensures that the right techniques are applied to achieving the project’s goals. In many cases where BMI techniques were applied, the role of engineers and architects is further improved, and this opens up new opportunities for exploring the reality of different ideas according to the required standards. Identifying with dynamic challenges in the construction industry has facilitated the need to incorporate BMI as a primary tool required in achieving outstanding goals in the construction industry.
Restructuring is an important method that is applied in delivering quality construction of the buildings. It is one of the ways applied when designs are changed. BMI has improved the ability of designers to identify with the new models required to address and design new models required to achieve and meet the required standards of the final product. The model has further facilitated the ability of contractors to meet the diverse demands of the customers. Therefore BMI has had diverse benefits to the project shareholders. It has further improved the nature and the range in which designs are planned and changed based on the conditions required to achieve critical issues.
‘The current implementation of the BMI has facilitated inter-organizational designs and coordination of construction procedures and designs. Automatic detection of design-related errors. It is also being applied as a tool required for adopting automated building designs. It has improved labor productivity since the model improves manpower management. Construction fatalities have also been reduced through geotechnical and safety protective planning. Therefore, BIM is expanding globally, and this has contributed to the rising improvements noted in the construction industry.
- The rationale of the study is to find how BIM has benefited the construction industry. BIM offers the most effective model required for improving construction designs. It achieves this by reducing complexities associated with complex construction issues. Implementation of BIM has also been attributed to the changing trends of climate change and the need to implement sustainable practices. BIM, therefore, offers a solution to a number of design models required in achieving low waste production and less impact on the environment
Ireland is one of the countries whose construction industry faces significant threats in terms of quality planning and management. Apart from quality issues, the construction sector has had a significant impact on the environment. This has been feathered by noise, light air, and water pollution in the region. Therefore, BIM has been applied in modern construction by incorporating 2D,3D 4D, and 5D models. The geometrical models have been influential in determining the number of resources labor and management models required for a particular product. Therefore BIM has been effective in delivering quality projects that meet the required standards. Furthermore, the technology takes into consideration the changes and the need to meet different forms of sustainable goals. Therefore BIM is a reliable tool required by every quantity surveyor. It facilitates resource management and planning. The strategy has been influential in addressing critical issues facing the community. Furthermore, it has reduced complexities linked to surveying models required in the construction industry.
- The aim of the study is to find different method s of construction and professional services that have been improved by the implementation of BIM. The study will, therefore, focus on the construction industry as a primary sector whose work has been improved significantly through the influence of BIM technology.;
- The primary objective of the study is to identify the impact of BIM on the construction industry. To investigate the range of quantity Surveyors familiarity and knowledge of BIM. To find out different ways that BIM has improved different operations within the construction industry. To identify possible problems that can be resolved using BIM in QS firms. To identify the benefits of BIM in terms of cost-saving and timely delivery of services to the clients.
- How much of an impact has BIM made in the construction industry to date, and how it will improve construction methods in the future for the construction professional
7.2 BIM is one of the new technologies that has been applied across different countries. It was gaining its dominance due to significant application across different sectors in the construction industry. It has also been identified as one of the most accurate models applied by quantity surveyors. The model has, therefore, been implemented differently across many countries in the world. For instance, the UK has gradually adopted the technology as a critical component of the construction industry. Furthermore, the rising threats and complexities associated with the quality of construction work have been addressed by the BIM model. It has, therefore, enhancing the work of quantity surveyors by ensuring that resources are well-strategized and planned to meet the required standards.
- The methodology that will be applied for the study include interviews and questionnaires. The interviews will be applied to different groups of participants. The study will target participants across eight construction industries. The team will consist of quantity surveyors, engineers, and architects. Targeting these participants is important inaccessible, reliable information regarding the BIM tool’s efficiency in achieving successful outcomes in the construction industry. Most of the contractors have different views regarding the efficiency of the model compared to traditional methods. Therefore seeking divergent views through the interviews would offer an opportunity to review different challenges facing the personnel in the construction industry
Study preparation is important for successful data collection. Therefore a notice will be sent to the companies to inform and seek a permit for the study. After that the questionnaires will be delivered to the participants. The method will seek to collect the views of participants based on critical issues affecting their work. It will also aim to identify improvements achieved through the use of BIM. The respondents will be required to make their views through fixed questions and choices provided through the questionnaires. The purpose of this model is to identify with critical and specifically focus on areas that BIM has affected in terms of quality achievements and improvements of operations. The process will be conducted gradually, and thereafter, results are collected after the views and information have been provided by the participants.
The study will target companies that apply BIM on a daily basis. Identifying with such a group of entities will offer reliable information on the weaknesses of the model as well as critical challenges faced in applying it. However, the study’s target is to find different ways that the method has improved the work of quantity surveyors as well s the quality of construction work. Therefore 100 questionnaires will be sent to various construction industries. On the other hand, interviews will be collected on different days. This will mean that the participants will be identified within a similar construction environment. The interviews will, therefore, target both junior and senior employees. However, this will majorly focus on quantity surveys. Interview questions will be presented to the participants, and data collected will be recorded for further analysis. Analysis of the data will be achieved through different methods. The work will employ video recording tabulation and visual presentation in recording the data. Data recording is important in providing a simplistic model of analyzing the trends in which BIM has changes different practices within the construction industry.
Data analysis will be further achieved by comparing different trends that technology has changed in terms of cost-effectiveness. On the other hand, analysis of the method’s primary weakness will be analyzed along with their factors that directly affect the construction industry.
- Despite the potential benefits of utilizing BIM, its implementation in future projects is not properly established. Management of the BIM outputs and overall effectiveness of using BIM is a difficult task. Most of the quantity surveyors revealed various complexities associated with the model. Despite making the work easiest, it was reported that BIM was associated with significant risks of financial and legal risks. One of the -primary challenges associated with BIM is the intellectual property rights and cyber attacks of the BIM tools. This has contributed to the primary challenges linked to legal risks. The risks have been attributed to the rising information sharing models that further risks the accessibility of information to the team members. Therefore cybersecurity is one of the primary concerns raised regarding the efficiency of BIM. Furthermore, it isn’t easy to use a similar BIM model for different tasks. Accessing the capacity to apply such a strategy is a difficult task, and this has raised concerns regarding the ability of the construction personnel to tackle different construction issues using a similar BIM model. The other issue is that the integrated nature of BIM model has raised significant issues regarding the ability of the team to determine the level of responsibility associated with the parties involved in the construction industry. Legal concerns also exist ad problems with ownership of data have emerged as the key factors that contribute to the model’s inefficiency. Licensing issues similarly pose a major threat to the users of BIM. Quantity surveyors have raised significant concerns regarding the complexities and difficulty of accessing the licensure of the model. Joint authorship of different BIM models has similarly raised concerns regarding the high chances of encountering errors. The case has been featured with increased risks associated with the accuracy issues raised regarding liability and warranties of a specific work and model. Therefore, designers are faced with accuracy issues, and therefore more efforts are required to address a critical issue that directly the efficiency of the model.
BIM managers should be assigned to track various forms of errors, especially those linked to decision-making. The process of implementing BIM is complex; it requires several parties to sign consent and agreement of the model access and software. Security information and transmittance also offer a platform to review critical issues affecting the BIM implementation. To avoid arguments regarding BIM implementations and responsibilities, new forms of contracts have been implemented with the intention of assigning specific r4esponsibilities to individual personnel. Besides, the BIM protocol covering the legal issues should be drafted to amend the main contract and adopt the right BIM model.
Other BIM challenges raised included the conflicting legal that has been featured when enforcing the clauses of principals of contract. Other issues include the additional cost that often arises when reviewing BIM data. Cost analysis changes have, therefore, posed a significantly challenged quantity surveyors APPLYING the method.;
From the data collected from the quantity surveyors. It is evident that the model has not been well implemented across most of the construction sectors. The mechanism of implementing it was considered to the complex, and this raised significant threats to the need benefits of BIM on the quantity surveyor’s side. The current mechanism for integration f the model has played an important role in achieving different goals. However, issues of security threats licensing and legal concerns have further complicated the process followed to achieve the project’s objectives. Quantity surveyors barely share similar working platforms with contractors or engineers. Their work is threatened when changes are introduced into the functional. BIM system. Addressing such inconsistencies has been challenging for the team. Besides, identifying a person with a specific responsibility has further complicated the rate at which BIM model functions. Therefore BIM has significant limitations when considered as a primary level.
The differing rates of BIM adoption vary across different countries. Therefore the governments a procurement policy is instructive, and this explain the variations of the BIM adoption noted across different countries. BIM use will, therefore, raised significant threats to hose planning to apply the method as a primary tool or as a been model in the construction industry. Identifying with the construction policies and regulation is important in reducing conflicting cases that could affect the BIM efficiency in delivering timely projects.
7., THe review shows that BIM, like any other construction model, has its strengths and weaknesses. The model design special models through substantial interconnectivity through design layers. The method has been effectible in promoting QS works, and this has been featured with cost-effectiveness, accuracy, and reliability of the model. The efficiency has also been featured by the contractors’ ability to reduce instances that can lead to losses. As a result, the QS has had an opportunity to apply advanced skills in promoting the construction project’s quality. Furthermore, it has promoted the ability of the QS to estimate the value of different projects that require designing and redevelopments. The literature suggests that successful BIM adopters consider the market place that the project is being introduced. Besides, it also reviews the nature and amount of different resources required for the completion of a particular project. Addressing critical issues facing the project’s outcomes is important in addressing the model’s limitations and weaknesses.
The most common issues regarding the BIM include lack of demand. Most of the countries have not incompletely integrated the method as an important construction tool required in the construction industry. Considering that the model is costly, most of the companies have opted for cheaper methods that have efficient ROI. Moreover, the complex procedures required to apply the BIM technology have further threatened the demand for the BIM services. The views raised by QS showed that BIM lacked the anticipated flexibility needed in the construction industry. In terms of benefits, it had minimal impact to offer dynamic solutions that have been adjusted based on the changing trends and needs for the projects. The construction industry is one of the areas whose work need different changes and adjustments at any stage. BIM lacks the appropriate flexibility required in the construction industry. Moreover, the need to review different ranges and highlights the dynamic influences initiated by BIM is important in achieving the model’s outcomes.
Experience is an important component required for the success of a project. It determines the range at which QS applies skills and critical thinking skills in addressing issues associated with BIM. Quantity surveyors with minimal experience explain a challenge in addressing the risks associated with BIM. On the other hand, a rising trend was noted between experienced and inexperienced QS. The reports from data analysis showed that errors and risks linked to BIM were better addressed by QS, who had the experience of over five years. This was featured by the ability to adjust to the changing demands of the BIM requirement and strategic response provided when there was a need. Comparing different designs is an important step required in reducing the effect of the errors. It is only QS with outstanding skills and experiences that can handle critical issues such as this. The trend of such effect was also noted in many areas where cost-adjustment was required. The step further enhanced the ability of other shareholders to review plans and additional resources to accomplish different forms of projects. The BIM model has been influential in achieving the project’s goals. However, the achievements will depend on QS’s ability to apply diverse skills and experience in addressing critical issues that initiate the occurrence of errors. QS also raised significant concerns.
BIM inequalities in the market have also raised concerns regarding the demand and the need to review different outcomes associated with the method. Quantity surveyors have raised concerns regarding low demand for the model. This has been further featured by inadequate policies put in place to address critical problems associated with the BIM model. Therefore, small companies tend to suffer since the adoption of the BIM model is less, and therefore, they are less experienced. Investments in hardware and software are still low. This raises concerns regarding raining requirements needed to improve QS skills in implementing the model as part of the construction model. Development of BIM procedures and business investments that focus on BIM incorporation is also important in achieving diverse project outcomes. A comparison of different designs and possible outcomes is essential in identifying the right BIM procedures required in designing a specific building Reduces rework and improved safety and reduced risks. Identifying with the right models is vital in achieving the projects’ goals.