Mobile Data in Construction-Free-Samples-Myassignmenthelp.com

Question: Discuss about the Mobile Data in Construction and CRM SCM in Construction. Answer: Introduction The industry of construction is very much unique as compared to the various other industries and the prime characteristic of any project of construction is very complex. In this age of technical and technological advancement, the construction projects are expected to integrate the usage of the high-level method of automation so as to deal with very complex processes in construction (Aloini et al., 2012). In another hand it has been observed that application of mobile computing is m facilitating computing services in any sector. The large scaled projects in the construction sector contain the large and massive bulk of information which is very much complex to be handled are accessed by various stakeholders, engineers, architects, superintendents and project managers (Ali, 2014). Further, it becomes more complex to retrieve the information and process the data in remote areas where most of the construction projects are situated The information is basically limited to the paper documents restricting the access and edit the information into the 2D based technical specification and drawings. With the advancement of economy and technology, the significance of integrating the digital management of information has become prominent. The supply chain management in the construction sector has been mostly implemented by the approaches of merger and joint which assists in building a comparatively complete chain in the industry (Chen Kamara, 2008). However, it is to be noted that the process engineering in the construction sector depend more on the supply chain management which is facilitated effectively through the integration of technology in this age of rapid advancement in technology. With the incorporation of the mobile and other forms of digital enhancement, the supply chain management can be effectively improved (Delsing, 2012). This can be very prominently observed through the shortening of the production and supply chain cycle with the use of information technology in various ways. The E-business applications that are based on the digital network have been very useful in improving the efficiency of the construction process. Literature Review According to Nourbakhsh et al, the literature provides regarding the Mobile application prototype of the onsite information management in construction industry, it has been stated that the incorporation of the information and communication technology in the construction industry has resulted in significant improvement in regards to business (Nourbakhsh et al., 2012). The use of information technology has been assisting in the implementation of construction projects in the areas like conducting conventional tasks, facilitates barriers in communication, management of information and enhancing the speed of construction processes (Liu, Wang Pan, 2011). It has also been stated that the construction industry is among those sectors which have been extremely slow in integrating the modern technological aspects within it. The fact that most of the construction companies depend on the manual paper work for their operation is very much relevant according to the real scenario. The industry of construction is very much labor intensive and includes information regarding all stages right from the beginning stage of the project till the end stage (Love et al., 2009). The bulk of information is found to be very diverse and heavy to be managed in a manual manner. In this journal, it has been stated that the amalgamation of the management of information associated with the construction and the integration of information technology in the form of mobile technology would be very much effective and assist in the faster and smoother implementation of business operations. The journal has reflected upon the real channeling that exists in the operation of the construction project which directly relates to the improvement in productivity (Nourbakhsh et al., 2012). It can be said that the productivity in the construction industry can be improved to a large extent by the integration of the mobile technology as it will enhance the communication between the human resource rights from the ground level of the site to the highest level of the authorities sitting behind the glass doors in the companies (Peng Guo, 2010). The information regarding the materials, labor, machinery supply chain management with various clients, etc can be very effectively conveyed at all levels of the management. The integration of information technology in the form of mobile technology can improve the onsite management of information in the construction sector. It is very much relevant that the management of the onsite information in the construction industry is very much essential to the success of the project (Radu et al., 2013). The affordability of the mobile devices and the increase in the speeds of the wireless network is believed and observed to make the use of technology in the business operations very much convenient. However, the literature also states that application in the information technology meant for the collection and accessing the information associated with the core construction has not been developed (Swarts, Lehman Lewis, 2016). The key groups of information that can be managed very effectively due to the integration of the information and mobile technology in the construction sector relates to the material management, cost management, equipment management, information management , schedule methods and means, record keeping of the job site , quality control, safety and assurance of quality along with the future trends. The strength of this literature can lies in the elaboration of a various developed mobile application system in regards to the management of the flow of information onsite (Sattineni Schmidt, 2015). The literature encompasses the mobile applications such as CAD which assist the construction project with the drawings. The research methodology in the literature elaborates the various phases of the application of the information and mobile technology in the construction industry. However, the weakness of the journal lies in the lack of details regarding the real instances of application of information and mobile technology in the construction industry. In accordance to Anumba, Aziz Ruikar journal Mobile and Semantic Web-Based Delivery of Context-Aware Information and Services in Construction, more focus is given to the mobile communication technologies and the application of the Semantic Web (Anumba, Aziz Ruikar, 2012). The emphasis is given on the use of Web Services and Semantic Web technologies as aspects of the mobile technologies in the objective and purpose of overcoming the shortcomings that traditional information and communication technologies have in the conduction of communication among the workers and employees in the construction companies (Yeh, Tsai Kang, 2012). The elaboration of the limitations of the existing technologies and the processes at the beginning of the literature appears as a weakness to the structuring of the literature. However, the discussion and description of the architecture of the integrated service delivery in the mobile technology for the construction industry strengthen the content of the literature (Sattineni Schmidt, 2015). A detailed description of the technical aspects in regards to the integrated service delivery architecture is provided which facilitates in enhanced understanding of the matter. The various types of tiers associated with the system assist in gaining technical clarity of over the use of information technology in the construction industry. The literature has also focused on the education settings of the construction companies which provide a practical overview of the scenario. In Anumba Wang journal Mobile and Pervasive Computing in Construction: An Introduction, the role of mobile computing in the sector of construction is focused. Various decisions in regards to the designs of the mobile computing in the sector of construction are described in the assignment (Anumba Wang, 2012). Fundamental characteristics of mobile computing have been described that are very relevant to the application of the mobile technology in the enhancement of operations of the construction companies The adaptability of the functionality and various other technical aspects of the information technology in the system of the construction industry is elaborated in the journal which is very relevant in the real scenario (Peng Guo, 2010). The strengths of the journal lie in the categorization of various aspects such as mobility management, information dissemination and management, sensor networks, security, pervasive computing technologies and their application to the construction companies is very well described. The weakness of the journal paper lies in the lack of research methodology which could have provided with the practical instances of the application of the technologies (Nourbakhsh et al., 2012). Regarding the supply chain management of the construction companies and the integration of the technology, the journal of Peng Guo Research and Application of the Information System of Supply Chain Synergy Management in Construction Enterprise, the prime focus is on the improvement of service and satisfaction of the customers (Peng Guo, 2010). The model of construction is being elaborate in the journal which provides information regarding many layers. It is observed that following such layers in the operation of the construction sector, productivity can be enhanced by the use of information technology though the implementation of the web-based models of construction (Love et al., 2009). It was further noted that the association between the owners and the construction companies would be related to the strategies cooperative partnership which can be improved through the integration of information technology with the supply chain system. The aspects of the process management and the control system in the through the information system can result in enhancement of the productivity of the construction company in the form of excellent construction. This would provide satisfaction to the customers that would further enhance the brand image of the company (Liu, Wang Pan, 2011). The strength of the journal lies in the description of the elaborate design of the information system that is to be integrated by the construction company. The detailed description of the design of the information system provides with deep insights regarding the layers of the design and the ways in which the supply chain management of the construction company can be enhanced. Further, the journal also provides a brief regarding the integration of the information system within the system of the architecture of the supply chain management. The weakness of the journal happens to lie in the lack of the information regarding real scenarios in which the entire system would have been integrated and the research findings regarding the matter which would have provided with data in the real cases (Chen Kamara, 2008). In the journal of Swarts, Lehman Lewis The use of social customer relationship management by building contractors: evidence from Tasmania, the focus is primarily given on the use of social media in the provision of enhanced satisfaction to the customers (Swarts, Lehman Lewis, 2016). The role of social customer relationship management in regards to the construction industry is being stated. It is observed from the literature that the construction companies can use the social media platforms in establishing and improving their relationship with the customers. It is further observed that CRM when integrated with the social media platform which is again integral aspect of information technology. Importance has been given to the relationship and association of the construction companies with the customers which are conventionally done through contacting the clients and customers physically. As per Yeh, Tsai Kangs literature associated with The iHelmet, the prime focus was regarding the use of enhanced technology in the form of wearable device which assists in the drawings of the constructions and associated information (Yeh, Tsai Kang, 2012). The strength lies in the tangible form of technology in construction however; it lacks more prominence in the association with the customer's satisfaction. The journal by Davide Aloini and team has provided elaboration regarding risks implementation but very less information regarding information technology. Conclusion It was observed that the construction companies have obtained the knowledge regarding using business automation process through the information technology so as to provide their customers high-quality services. The implementation of CRM in the technology level in regards to providing success to the construction companies has been studied in the paper. Further, it was observed that the role of information technology come with various types of threats which are to be taken into consideration by the construction companies. The use of mobile devices and other aspects of information technology would assist in making a critical decision within very less time. It was very well recognized that the exchange of information in the business operations of the construction industry is a continuous and extensive process throughout the life of any construction project. However, it is to be observed that the mobile technology and other information technology come with their own set of pros and con. Thus, the construction companies need to allow the integration of the information system within the various aspects of the system of business with careful considerations. The development of the information system in the form of mobile technology and SCM would definitely enable construction companies to gain enhanced productivity along with providing high-quality customers service. References Anumba, C.J., Aziz, Z. and Ruikar, D., 2012. Mobile and Semantic Web?Based Delivery of Context?Aware Information and Services in Construction. Mobile and Pervasive Computing in Construction, pp.11-25. Anumba, C.J. and Wang, X., 2012. Mobile and pervasive computing in construction: An introduction. Mobile and Pervasive Computing in Construction, pp.1-10. Aloini, D., Dulmin, R., Mininno, V. and Ponticelli, S., 2012. Supply chain management: a review of implementation risks in the construction industry. Business Process Management Journal, 18(5), pp.735-761. Ali, G., 2014. Supply Chain Management in Construction Industry. Advances in Management, 7(8), p.17. Chen, Y. and Kamara, J.M., 2008. Using mobile computing for construction site information management. Engineering, construction and architectural management, 15(1), pp.7-20. Delsing, J., 2012. Communication Technology in Mobile and Pervasive Computing. Mobile and Pervasive Computing in Construction, pp.26-36. Liu, C., Wang, Y. and Pan, Q., 2011. Construction and Development of CRM Technology and Industry Chain in China. Intelligent Computing and Information Science, pp.118-123. Love, P., Edwards, D.J., Standing, C. and Irani, Z., 2009. Beyond the Red Queen syndrome: CRM technology and building material suppliers. Engineering, Construction and Architectural Management, 16(5), pp.459-474. Nourbakhsh, M., Mohamad Zin, R., Irizarry, J., Zolfagharian, S. and Gheisari, M., 2012. Mobile application prototype for on-site information management in construction industry. Engineering, construction and architectural management, 19(5), pp.474-494. Peng, S. and Guo, J., 2010, December. Research and Application on the Information System of Supply Chain Synergy Management in Construction Enterprises. In Software Engineering (WCSE), 2010 Second World Congress on (Vol. 1, pp. 252-255). IEEE. Radu, I.O., Hora?iu, S.C., Bogdan, B.L. and Mihai, G., 2013. Aspects regarding the role of information technologies in the assurance of supply chain management performance. THE ANNALS OF THE UNIVERSITY OF ORADEA, p.1495. Swarts, K. M., Lehman, K., Lewis, G. K. 2016. The use of social customer relationship management by building contractors: evidence from Tasmania. Construction Management and Economics, 34(4-5), 302-316. Sattineni, A. and Schmidt, T., 2015. Implementation of mobile devices on jobsites in the construction industry. Procedia Engineering, 123, pp.488-495. Yeh, K.C., Tsai, M.H. and Kang, S.C., 2012. The iHelmet: An AR?Enhanced Wearable Display for BIM Information. Mobile and pervasive computing in construction, pp.149-168