Building Information Management for Facility Management: Benefits, Challenges and Future Directions

This paper discusses the benefits, challenges and future directions of Building Information Management (BIM) for Facility Management (FM). It identifies major aspects of BIM to describe the BIM-enabled FM process of implementation. The paper systematically categorizes and evaluates the current research in BIM-enabled FM area.

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ABSTRACT
Reason – Building data administration is progressively being embraced amid development
ventures. Outline and development hones are changing in accordance with the new framework.
BIM is proposed to help the whole venture life-cycle: the outline and development stages, and
furthermore office administration. In any case, BIM-empowered FM stays in its early stages and
has not yet achieved its maximum capacity. The motivation behind this paper is to recognize real
parts of BIM keeping in mind the end goal to infer a completely BIM-empowered FM process by
(Azhar, Khalfan& Maqsood 2015).
Discoveries – Through a broad writing survey, the paper abridges numerous advantages and
difficulties. Real parts of BIM are recognized keeping in mind the end goal to portray the BIM-
empowered Frequency Modulation process of execution which was grounded by advancement
dispersion hypothesis. Real study territories of the structure which was proposed include the
following: arranging and regulations; esteem acknowledgment; interior authority and
information; obtainment; FM; particular application zones; information catch systems;
information combination; learning administration; and lawful and approach affect, (Azhar,
Khalfan& Maqsood 2015). Every component is upheld by writing. At long last, holes are
featured for examination in the research of the near future.
Creativity/esteem – The paper efficiently orders and assesses the current study, in this way
As added to the accomplishment of a definitive vision of BIM-empowered FM. The proposed
structure illuminates office administrators, and the BIM-empowered FM usage process. Further,
the comprehensive overview recognizes holes in the assemblage of learning, uncovering roads
for future research.

INTRODUCTION
Building data administration is generally received amid the design process, building and
development stages, yet it building process has been moderated among experts who are
associated with the office administration stage. A portion of the early meanings of BIM in the
writing put little accentuation on the part of BIM in the entire life-cycle of building, (Bryde,
Broquetas & Volm 2013).
Need for Building Information Management in Facility Management
Office Management assumes a key part in guaranteeing the compelling usefulness of the
manufactured condition. Office Management is a calling which envelops different controls to
make full acknowledgement of usefulness of the assembled condition by coordinating
individuals, place, process and innovation, (Barison & Santos 2010).
The capacity to help office administration is thought to be a critical esteem included element for
the building data administration approach. Building Information Management uses bleeding edge
advanced innovation to set up a process able portrayal of all the physical and utilitarian qualities
of an office and it is associated with the venture data, and is expected to be a store of data for the
office proprietor/administrator to utilize and keep up for the duration of the existence cycle of an
office. The accentuation on FM through BIM, guarantees a change in perspective in activities
industry, (Becerik-Gerber et al 2011). Normally, proprietors and other development venture
partners center around the underlying outline also, development expenses of a building, in light
of the fact that these happen inside a significant brief day and age with a possibly serious effect
with respect to the entire existence of the office. Notwithstanding, the progressing upkeep and
operational expenses of a working amid its whole life far exceed the very first cost of capitation
of development,( Dossick &Neff, 2009). For a normal site, it is trusted that under 10 for every
penny of the cost of the whole life is rises by plan and development, though more than 90 for
each penny is taken up by office administration. The critical speculation by customers and
proprietors amid the being used stage presents us with a chance to consider the part and effect
that Building Information Management could have on Facility Management.

Building Information Management adoption in Facility Management
Alluding to Douglas (2009), main thrusts and hindrances for BIM-empowered FM have been
distinguished in inquire about investigations. In any case, the usage endeavors are still in early
stages. Activities are convincing, yet that the usage of BIM amid the building task and upkeep
stages has slacked, contrasted with its utilization amid plan and development stages. Offices
chiefs ought to take part in BIM at a substantially prior stage, when they can even now impact
the plan and development. In any case, a standout amongst the most basic contemplations and
difficulties is the way to give the operational needs of the proprietors/office administrators to
greatest the impact right off the bat in the plan procedure, (Eastman et al 2011).
This paper gives an efficient order and investigation of the current research in Building
Information Management empowered Facility Management zone. It gives a strong system in
light of execution which is grounded by the innovation appropriation hypothesis. This paper
likewise distinguishes ebb and flow inquire about difficulties.

Research objectives
The main set objectives on this particular paper includes the following;
1. Direct basic audit of exploration which thinks about on BIM for the Frequency Modulation
territory through the viewpoint of execution cycle of life;
2. Give a solitary wellspring of data on these exploration endeavors through a durable
furthermore, deliberate arrangement;
3. Conceptualize a system for execution.
4. Determine suggestions for later study and the industry with respect to basic holes to be filled,
(Gu & London 2010).
Building Information Management empowered Facility Management
(Hergunsel 2011) said that either the structure is brand new or a current one, a definitive target of
a BIM display is to utilize it in FM, which can possibly essentially diminish life-cycle cost.
Various angles identified with BIM-empowered FM were considered, including: audits, FM
necessities recognizable proof, practical contextual analyses, and systems. Among the
examinations that caught upkeep prerequisites, some gave careful consideration to existing
structures. So as to distinguish FM necessities, these investigations utilize individual and master
interviews. While a few examinations were committed particularly to breaking down the
necessities on looked after data, others dissected the prerequisites from the viewpoints of the
building conveyance group, the offices administration group, and the building inhabitants.
Collective practice and FM learning administration
Before beginning the improvement process, it is indispensable to catch users'needs with the goal
that the framework can meet their desires; as is done in programming designing, in which client

necessity investigation is a significant stage in the advancement cycle. Comparative client
interview is basic in BIM-empowered FM before framework advancement, if the innovation is to
have an effect. Coordination and coordinated effort that underlines FM and learning based BIM
have been evaluated by specialists. Community oriented practice and learning administration are
associated, influencing the life-to cycle into an input circle, (Latiffi et al 2013).
Propelled applications in Facility Management.
Building upkeep systems ought to be proactive instead of receptive. These incorporate prescient
support systems. Along these lines, further developed disintegration expectation models, for
example, the gamma procedure and the Markov display, have been created to accomplish
proactive basic leadership for better BM, (Lenox & King 2014). They likewise contend that
these preventive and prescient Frequency Modulation frameworks ought to be produced with a
comprehension of later demands. With the exponential development of setting mindful
unavoidable processing frameworks, future Frequency Modulation frameworks are conceived to
be inserted with knowledge. Henceforth, BIM-empowered Frequency Modulation programming,
applications and the middleware are relied upon to have all the more intense calculation,
examination, stockpiling, representation, investigation, and distributed computing capacities,
(Laudon & Laudon 2016) With the headway of the electronic business creating ever quicker,
littler and less expensive transistors, preparing power, execution increment and vitality
productivity increment and cost diminishes, making computerized building frameworks, for
example, BIM-empowered Frequency Modulation, significantly more progressed, insightful and
proactive. The future BIM-empowered Frequency Modulation will be proactive in basic
leadership, more powerful, and connected with different frameworks, for example, computerized
observing, huge information investigation, and will have mechanized, versatile and proactive
basic leadership.

Advantages
Enhanced Space Management
Effective use of Energy
Improved Lifecycle Management
It takes into consideration simple cooperation of the plan group
It takes into consideration better arranging of plan
It enables the creators to see potential issues ahead of time and fix them in great time
It gives a superior visual of the task and empowers more prominent comprehension of every one
of its components
Disadvantages
It requires specialized ability/absence of specialists
It is even more a theory than a bit of programming
It is probably going to convey issues identified with data possession and plan obligation of the
model
Contradiction with the accomplices who may not utilize BIM can likewise be a test for the BIM
innovation
The lawful issues related with the utilization of BIM innovation have not been widely tended to
BIM programming is exceptionally costly and may not be monetarily reasonable for little
activities.

REFERENCE
Azhar, S., Khalfan, M. and Maqsood, T., 2015. Building information modelling (BIM): now and
beyond. Construction Economics and Building, 12(4), pp.15-28.
Bryde, D., Broquetas, M. and Volm, J.M., 2013. The project benefits of building information
modelling (BIM). International journal of project management, 31(7), pp.971-980.
Barison, M.B. and Santos, E.T., 2010, June. An overview of BIM specialists. In Proceedings of
the International Conference on Computing in Civil and Building Engineering(pp. 141-146).
Nottingham University Press Nottingham, UK.
Becerik-Gerber, B., Jazizadeh, F., Li, N. and Calis, G., 2011. Application areas and data
requirements for BIM-enabled facilities management. Journal of construction engineering and
management, 138(3), pp.431-442.
Dossick, C.S. and Neff, G., 2009. Organizational divisions in BIM-enabled commercial
construction. Journal of construction engineering and management, 136(4), pp.459-467.
Douglas, J., 2009. Building performance and its relevance to facilities
management. Facilities, 14(3/4), pp.23-32.
Eastman, C., Teicholz, P., Sacks, R. and Liston, K., 2011. BIM handbook: A guide to building
information modeling for owners, managers, designers, engineers and contractors. John Wiley
& Sons.
Gu, N. and London, K., 2010. Understanding and facilitating BIM adoption in the AEC
industry. Automation in construction, 19(8), pp.988-999.
Hergunsel, M.F., 2011. Benefits of building information modeling for construction managers and
BIM based scheduling.
Latiffi, A.A., Mohd, S., Kasim, N. and Fathi, M.S., 2013. Building information modeling (BIM)
application in Malaysian construction industry. International Journal of Construction
Engineering and Management, 2(A), pp.1-6.
Lenox, M. and King, A., 2014. Prospects for developing absorptive capacity through internal
information provision. Strategic Management Journal, 25(4), pp.331-345.

Laudon, K.C. and Laudon, J.P., 2016. Management information system. Pearson Education
India.