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SIGNIFICANCE OF BUILDING MAINTENANCE MANAGEMENT SYSTEM TOWARDS SUSTAINABLE DEVELOPMENT: A REVIEW

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p>The notion of building maintenance is separated into two elements specifically building maintenance management and building maintenance technology. Building maintenance management should accurately be considered as unfolding how a system of maintenance endeavor might be prearranged to deal with a problem of building maintenance. It distinguishes that, aside from locating and remedying the building deficiency an effective programme to restrain overall cost of maintenance but also in an effort to maximize the gain and benefits of the savings. There are a few factors that influence the decision to accomplish the maintenance work. There are the maintenance needs that is the principal aspire of maintenance is to protect a building in its early stage and some major rationale for maintaining building are retaining its significance and value of investments, maintaining the building in a condition that it persists to accomplish its purpose and presenting a good outer shell. Besides that, the efficient maintenance management system embraces many skills and efforts that include identifying maintenance needs and the accurate and spot on remedies. In general, there have four types of maintenance which are breakdown or corrective maintenance, scheduled maintenance, preventive maintenance and also predictive maintenance. This paper will review and discuss some of the major elements of building maintenance towards achieving sustainable building.</p
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Journal of Engineering Studies and Research – Volume 21 (2015) No. 1 58
SIGNIFICANCE OF BUILDING MAINTENANCE MANAGEMENT
SYSTEM TOWARDS SUSTAINABLE DEVELOPMENT: A REVIEW
MD AZREE OTHUMAN MYDIN1*
1School of Housing, Building and Planning, Universiti Sains Malaysia, 11800, Penang,
Malaysia
Abstract: The notion of building maintenance is separated into two elements specifically
building maintenance management and building maintenance technology. Building
maintenance management should accurately be considered as unfolding how a system of
maintenance endeavor might be prearranged to deal with a problem of building
maintenance. It distinguishes that, aside from locating and remedying the building
deficiency an effective programme to restrain overall cost of maintenance but also in an
effort to maximize the gain and benefits of the savings. There are a few factors that
influence the decision to accomplish the maintenance work. There are the maintenance
needs that is the principal aspire of maintenance is to protect a building in its early stage
and some major rationale for maintaining building are retaining its significance and value of
investments, maintaining the building in a condition that it persists to accomplish its
purpose and presenting a good outer shell. Besides that, the efficient maintenance
management system embraces many skills and efforts that include identifying maintenance
needs and the accurate and spot on remedies. In general, there have four types of
maintenance which are breakdown or corrective maintenance, scheduled maintenance,
preventive maintenance and also predictive maintenance. This paper will review and
discuss some of the major elements of building maintenance towards achieving sustainable
building.
Keywords: building maintenance, maintenance management, maintenance technology,
sustainable building, repair, building defects, progressive decay
1. INTRODUCTION
Building owners consider the planned maintenance as a matter of serious apprehension, and yet building owner
cannot afford to tolerate their buildings to perish over a period of time. As it is undoubtedly unfeasible, and even
detrimental to restore all the older buildings, everybody apprehensive with those buildings, whether as the
owners, builders or the end users, ought to take a serious attention in this infinite dilemma of building. Now and
then, they have a certain amount of budget to handle or cover this problem and only waiting for the liable person
[1]. Building maintenance progression was on reservation and restoration commotion for the building of
structural and components. Building maintenance envelops every part of buildings, for example, rooms, toilet
windows, wall and their furniture. Building maintenance is a worldwide problem and extremely measured for the
untimely route of construction that the superiority of the building can be guaranteed [1].
Maintenance also can be referred as an operation that being done on a continuous basis to maintain the building
in a safe and the best form for the everyday use. Maintenance activities cover all the building like from the top to
* Corresponding author, email: azree@usm.my
© 2015 Alma Mater Publishing House
Journal of Engineering Studies and Research – Volume 21 (2015) No. 1 59
the bottom of particular building. This commotion will identify all part of it in order to ensure that it could be
used either on the structural, components and the materials holistically [1, 2].
There are numerous definitions that define maintenance work, For example, British Standard BS3811, define
maintenance as special task embarked on in sequence to remain or reinstate each amenity such as, each part of a
site, building and contents to a satisfactory benchmark. While, the Chartered Institute of Building defines,
building maintenance as work done to maintain, restore or perk up every facility for instant, every parts of the
building, the services and surrounded to an contracted criterion determined by the equilibrium between
necessitate and obtainable resources. Another definition for maintenance is a work done to control certain
condition of a building so that the outline lies within specific regions [3].
The word ‘control’ suggests an optimistic action that is premeditated so as to attain a definite outcome. On the
other hand, the term specified regions apparently has a meaning related to ‘satisfactory standards’ and would be
strong-minded in a parallel way.
In contrast, Lateef and Khamidi defined maintenance as the necessary processes and services commenced
protecting, shield, improve and care for the building’s fabrics and services to dish up their projected function all
through their whole life span devoid of radically disconcerting of their basic features and functions [2, 3].
In addition, building maintenance is defined as the mishmash of all technological and management actions,
including administration action, planned to engaged an item in, or restore it to a state in which it can perform a
required function [3] and defined as the effort in connection with diverse technical and administrations in order
to keep its physical asset in, or reinstate it to a condition where it can execute a necessary purpose [4].
There are two major factors that could influence it; maintenance needs and effectual maintenance management
system. In terms of maintenance needs, the primary endeavors are to maintenance and preserve that building
from its preliminary stage such as feasible and efficient serves on its purposes. As been mentioned earlier, the
core principles of building maintenance are to retain the value of the investment, to maintain the building in a
circumstance where it can fulfill its function and presenting the excellent appearances. While for the efficient
building maintenance management system embraces several skills included in identifying maintenance needs
and in order to indicate the accurate remedial work and their sympathetic of the modern management technique.
Every building, through abandon and worsening faces certain decrease from progressive crumble and encompass
an appropriate maintenance can be cheaper, faster and easier than main repairs on the building itself.
According to the global objective of a maintenance system are repair and replacement done when necessary
maintenance budget allocated to a basic need. While objective from Social Organization is to capitalize on the
overall building life and to achieve maximum contentment. Maintenance also a procedure that is carried out
within certain allocated budget. Objectives for a commercial organization are to warrant that their building
functions at an acceptable level and at the same time it could increase the building life entirely. In addition, this
organization also wants to balance between the maintenance spending and building effectiveness.
The objectives of building maintenance are to make certain that the buildings and their related services are in a
secure and protected condition, to guarantee the building are fit to be occupied, to ensure that the condition of the
building meets all legislative standards and requirements, to perform the maintenance work indispensable to
uphold the value of the physical assets of the building stock and also to accomplish the work essential to
maintain the superiority of the building holistically [5].
Besides, other specific maintenance objectives are to execute every day housekeeping and cleaning to sustain a
appropriately well turned-out facility, swiftly react and repair minor discrepancies in the facility, expand and
perform a system of frequently scheduled maintenance actions to avoid untimely failure of the facility and its
systems and the components as well, to complete the major repairs based on the least possible life-cycle cost [6],
recognize and make out the design and complete enhancement projects to diminish and curtail entirety building
operating and building maintenance costs, to operate the facility utilities in the most cost-effective mode while
providing required dependability, offer an trouble-free and complete reporting and recognition of essential repair
and maintenance work, to perform precise cost estimating to guarantee smallest possible cost solutions to
maintenance problems, to preserve an appropriate level of material and spare parts to hold opportune repairs and
perfectly track the costs of all the maintenance works done [6].
Journal of Engineering Studies and Research – Volume 21 (2015) No. 1 60
2. TYPES OF MAINTENANCE
As been presented earlier, maintenance can be categorized into two groups: unplanned and planned maintenance.
For planned maintenance that work that have a scheduled and carried out, i.e. daily cleaning of floor, weekly for
cleaning the window and a year to check the painting of the building facade. Whereas for the unplanned
maintenance where the work is carried out on emergency basis or when having problem in that building, for
example, when lift is having problems, so maintenance needs at that particular time. There are three types of
maintenance which are; corrective maintenance, preventive maintenance, and condition-based maintenance.
The types of maintenance include the service maintenance that maintenance items demanded by the renter or the
occupant. It also includes some emergency items. Next is what we called as a routine maintenance that includes
broad or general types of maintenance to the common areas. These particular aspects are not requested by the
tenant, but it is necessary in order to keep the building in excellent state [7].
2.1. Corrective Maintenance
Corrective maintenance is the maintenance carried out subsequent to the breakdown that has occurred and
projected to reinstate an item to a state in which it can execute its necessitated purpose. Whereas, preventive
maintenance is maintenance that carried at prearranged period of time and anticipated to diminish the possibility
of malfunction or the performance dilapidation of any particular item. Condition-based maintenance is defined as
preventive maintenance commenced as a result of knowledge of the condition of an item from the schedule or
incessant monitoring [7].
It should be pointed out that corrective maintenance is the simplest types of maintenance approach, where
building components are utilized until its breakdown. It covers all actions, which include repair of an element
that has failed to a point at which it cannot execute its essential purpose. Hence, corrective maintenance can be
tremendously costly because the breakdown or failure of a particular item can cause a great amount of significant
damage to other elements in the building. For examples, failure of the roof might cause harm to the ceiling and
the interior part of the building and the failure of an item can take place at a time which is not convenient to
equally the user and the maintenance personnel. This could formulate manpower and spare parts planning
exceptionally complicated. Figure 1 show the system life cycle.
Fig. 1. System life cycle [7].
Journal of Engineering Studies and Research – Volume 21 (2015) No. 1 61
Nevertheless, corrective maintenance is still a significant part of any maintenance management strategy [8].
Corrective maintenance related to correction of unforeseen variances and is almost constantly an emergency
modus operandi, leading to inescapable extra cost and it is also imperative to homogenize technical procedures
that permit the minimization of the negative aspects of this type of maintenance [6]. Its also consists of revamp
to the building and paraphernalia owing to natural wear and tear or defective preventive maintenance. With
equipment problems, there may be a question as to whether the meticulous items have to be replaced [5].
Corrective maintenance has a lawful role to play in the entire maintenance program, although a limited one. The
advantages of corrective maintenance can be viewed as a double-edged weapon, and thus skill and care is
necessary when determining which assets should be authorized to run to breakdown. Corrective maintenance is
most accepted to be the suitable maintenance approach for non-significant items and utility significant items
whose condition cannot be monitored and for which the cost of applying time-based preventive maintenance is
less than the cost of pertaining the corrective maintenance procedure [6].
2.2. Preventive Maintenance
On the other hand, the preventive maintenance is established to surmount the disadvantages of corrective
maintenance, by reducing the likelihood of the incidence of malfunction and avoiding unexpected failure.
Preventive maintenance task is done in agreement with a prearranged plan at regular, fixed intervals, which may
be based for example on an operating time. There are some advantages of preventive maintenance in excess of
corrective maintenance such as the maintenance could be intended in advance and executed when it is expedient
to the building’s user, the cost could be diminished by avoiding the cost of significant damage, the point in time
that a component of the building or the entire building is out of service, can be diminished, the health and safety
of the user can be improve and the planned maintenance task are frequently very challenging in terms of spare
parts and the labour cost.
In the category of preventive maintenance are included the ones programmed for predefined, customary
intervals, to make for certain components sustained good routine; this type of maintenance can reduce non-
planed work and allows the inference of overall costs [6, 9]. Other than that, the professional property manager is
trained to comprehend that foremost breakdowns can be prohibited. Preventive maintenance keeps a building
operating at pinnacle competence during regular scrutiny and repair. The intention is to determine minute
problems before they turn out to be big and costly according to their cost of maintenance [4, 6, 8]. Preventive
maintenance approach is most suitable when assets that are subject to expected wear-out unpreserved surrogate,
assets breakdown patterns are recognized and be able to be modelled effectively, assets that are extremely
synchronized for the health and safety reasons and also assets that can be in actual fact captures under the service
contract. Figure 2 show the total cost broadens with the meeting point of corrective and the preventative costs
that indicated the total cost required low point.
Fig. 2. Total Cost broadens with the meeting point of corrective and the preventative costs indicating the total
cost desired low point [8].
Journal of Engineering Studies and Research – Volume 21 (2015) No. 1 62
2.3. Condition-Based Maintenance
Last of all, for the condition-based maintenance, maintenance carried out in reaction to an important worsening
in a unit as designated by a change in monitored limitation of the unit condition or performance [9]. This
maintenance notion distinguishes that an alteration in condition and routine of an item is the primary grounds for
carrying out the maintenance. As a result, an optimal time is required in order to execute the maintenance to
establish the real state of each component item in any particular building. For the purpose of gaining the full
benefit of using this type of maintenance. It should be pointed out that the condition of an item have to be
observed carefully in order to spot whether there is any proof of alteration from the normal state of an abnormal
form [9]. Figure 3 represents the ‘typical’ degradation process experienced by any types of equipment. In a
certain period of normal operation time, where the item has been running smoothly, a change might happens
which will affect the overall performance.
Fig. 3. Typical degradation process took place by any types of equipment [9].
2.4. Relationship between Preventive and Corrective Maintenance
There are two types of maintenance that are preventive maintenance and corrective maintenance. Preventive
maintenance is a routine, regularly scheduled maintenance of a piece of equipment that ensures its continued use
and maximize the life expectancy. Meanwhile, corrective maintenance is an emergency work orders that
maintenance activity work after damage or problems occur.
Nevertheless, preventive maintenance is suggested to diminish equipment breakdown owing the time program
and the cost aspect connected with the schedule servicing of any particular equipment is small in comparison to
the cost of coping with unforeseen and disastrous breakdown which entail not only main repairs but even the
replacement of pretentious components and the system as well [2]. Figure 4 show the different between the
preventive and corrective maintenance.
According to Figure 4, it show that preventive maintenance were better compare to the corrective maintenance
because we do some precautions on that building to prevent it became more worst compare we do some
renovation after it damage. The cost of corrective maintenance also more expensive compared to the preventive
maintenance because we do something like having little damage before it became worst.
Preventive maintenance has quite many advantages over that of a corrective maintenance program. The
advantages of preventive maintenance are can increased the component lifecycle and can reduce asset failure.
Other than that are having some possible energy savings and can estimate 12-18% cost savings in contrast to the
corrective maintenance. While the advantages of corrective maintenance are lesser short-term cost and can
require fewer staff since less work is being done [10].
Journal of Engineering Studies and Research – Volume 21 (2015) No. 1 63
As a disadvantage, the corrective maintenance could increase long-term costs due to unplanned equipment
downtime and probable derivative equipment or procedure damage. Preventive maintenance also have some
disadvantages on it, which are can be labor intensive and having some breakdown are still likely to occur despite
preventive maintenance work being carried out and it may include the performance of needless maintenance
requisite by the predetermined maintenance schedule [10].
Fig. 4. The different between preventive and corrective maintenance [11].
Although, each type of maintenance has their importance that need to be applied according to the problems that
occur on the structural on that building. When the building needs to have maintenance procedure, firstly need to
categorize that problems in each type of maintenance that can be apply according to the problems. Building
inspection also, cannot do the work of preventive maintenance when the problems need have in corrective
maintenance because it may effect on that structural itself.
3. BUILDING MAINTENANCE PERFORMANCE
Maintenance performance indicators are utilized to assess the efficiency of maintenance performed. Maintenance
performance indicators could be used for financial reports, for monitoring the performance of employees,
customer contentment, the health safety environment rating and overall equipment efficiency, as well as many
other applications. If maintenance performance indicators are recognized correctly then maintenance
performance can offer or recognize resource portion and control, problem areas, the maintenance contribution,
benchmarking, personnel performance and the contribution to maintenance and overall business objectives [11].
It should be noted that all the parameters set the edge of extent that to be calculated in the maintenance
management system for example it utilize the building evaluation notion in for the post-occupation to the public
office buildings in Malaysia which focuses on particular building components, services and also the noise
contamination and shuddering [7 - 9].
4. MAINTENANCE WORK
Generally, three types of maintenance work were involved; there are normal work, urgent work, and emergency
work. This types of work were been apply according to the types of failure and their action time. One to three
weeks were taken for ordinary work, whilst for jobs right away, the action taken in less than one week. Instant
action must be taken for emergency work in one to two days. Among the activities maintenance involved in the
type of work such as the following:-
4.1. Work Service
Cleaning services were involved in work service for their facilities and equipment. These services require
scheduling and should be conducted in accordance with priorities and frequency of the equipment or facilities
need to maintenance. Quantity of services is dependent on size range and number of devices in a building. More
Journal of Engineering Studies and Research – Volume 21 (2015) No. 1 64
and more large size and equipment coverage, more service jobs required and vice versa. Among the examples of
the works such as machines, windows, floors and others [12].
4.2. Repair Work
Repairs carried out to address failures and defects of the facility and equipment building covering
incompatibility methods and materials used in construction. Thus, appropriate services focused on the early
stages after construction is completed. Urgent repairs can reduce maintenance requirement more frequent in the
future. Repair work implemented based on the complaints and consumer reports or the owner damage building
components pump, tiles, lighting, air conditioning and so on affect the comfort of many [13].
4.3. Replacement Work
All materials, components and equipment for a building have levels and different rates of damage influenced by
the quality, the environment, and frequency its use [14]. Thus, the replacement used for ensuring that each of
these items that are at a critical point replaced as corrective action cannot be made. Scheduled inspection should
be done continuously for each recorded items intended to identify failures and damage. Replacement can prevent
adverse effects on performance and function of the building. Among the items that must be observed consists of
the structural, mechanical, system electrical and water system are the main lifeline buildings [15].
4.4. Work Protection
Protection involves work aimed at controlling functions, including the appearance of a building performance.
Protection should be given during the life of the building involved as the building is vulnerable to damage and
defects caused by factors such as weather, frequency of use and others. Protection can avoid any defect and more
serious damage in the future. It can guarantee resistance of each component during use. For example, the action
is to paint on exterior surfaces of buildings for reaction control weather and fungal attack or function [15].
5. CONCLUSIONS
This paper has explained the theories of maintenance comprehensively. It will help future researchers to be
acquainted with maintenance issues. It should be pointed out that building maintenance management should
appropriately be regarded as describing how a system of maintenance effort could be organized to deal with a
problem of building maintenance. It shows that, apart from locating and remedying the imperfection of an
effective program to restrain maintenance cost, but it also to enhance the advantage of the investment. There are
many factors that influence the verdict whether to perform maintenance procedure for a building. It includes the
maintenance needs, the major intention of maintenance is to protect a building in its preliminary stage and some
main purpose of maintaining building are retaining the value of investments, maintaining the building in a
condition that it continues to fulfil its purpose and presenting a good exterior and façade or building envelope.
Besides that, the effectual maintenance management clinches many skills that includes identifying maintenance
needs and to identify the correct remedies. Every building through disregard and worsening faces certain death
from progressive decompose and appropriate maintenance is cheaper, faster and easier than major repair.
REFERENCES
[1] Arditi, D., Nawakorawit, M., Issues in building maintenance: Property manager’s perspective, Journal of
Architectural Engineering, vol. 5, no. 4, 1999, p. 117-132.
[2] Arditi, D., Nawakorawit, M., Designing building for maintenance: Designer’s perspective, Journal of
Architectural Engineering, vol. 5, no. 4, 1999, p. 107-116.
[3] Hou Yin Lee, H., Scott, D., Overview of maintenance strategy, acceptable maintenance standard and
resources from a building maintenance operation perspective, Journal of Building Appraisal, vol. 4, 2009, p.
269–278.
[4] Ines, F.C., Jorge, de B., A systematic approach for maintenance budgeting of buildings facades based on
predictive and preventive strategies, Construction and Building Materials, vol. 24, no. 9, 2010, p. 1718-1829.
[5] Imad, A., Maintenance practices in Swedish industries: Survey results, International Journal of Production
Economics, vol. 121, no. 1, 2009, p. 212-223.
[6] Al-Khatam, J.A., Building maintenance cost, Master of engineering report, College of Environmental
Design, King Fahd University of Petroleum & Minerals, Dhahran, Saudi Arabia, June 2003, p. 1-66.
[7] Igal, M.S., Building evaluation methodology for setting maintenance priorities in hospital buildings,
Construction Management and Economics, vol. 21, no. 7, 2003, p. 681-692.
Journal of Engineering Studies and Research – Volume 21 (2015) No. 1 65
[8] McKone, K.E., Schroeder, R.G., Cua, K.O., The impact of total productive maintenance practice on
manufacturing performance, Journal of Operations Management, vol. 19, 2001, p. 39–58.
[9] Pintelon, L., Srinivas, K.P., Vereecke, A., Evaluating the effectiveness of maintenance strategies, Journal of
Quality in Maintenance Engineering, vol. 12, no. 1, 2006, p. 7-20.
[10] Mohd, F.K., Olanrewaju, A.L., Arazi, I., Building maintenance: A path towards sustainability, vol. 7, no. 2,
2010, p. 32-37.
[11] Myeda, N.E., Kamaruzzaman, S.N., Pitt, M., Measuring the performance of office building maintenance
management in Malaysia, Journal of Facilities Management, vol. 9, no. 3, 2011, p. 181-199.
[12] Mohd-Noor, N., Hamid, M.Y., Abdul-Ghani, A.A., Haron, S.N., Building maintenance budget
determination: An exploration study in the Malaysia government practices, Procedia Engineering, vol. 20, 2011,
p. 435-444.
[13] Olanrewaju, A.L., Mohd, F.K., Arazi, I., Building Maintenance management in a Malaysia University
Campuses: A case study, Department of Civil Engineering, Universiti Teknologi PETRONAS, 2010, p. 76-89.
[14] Odediran, S.J., Opatunji, O.A., Eghenuare, F.O., Maintenance of residential buildings: User’s practices in
Nigeria, Journal of Emerging Trends in Economics and Management Sciences, vol. 3, no. 3, 2012, p. 261-265.
[15] Zainal, A.A., Model proces generik pengurusan penyelenggaraan bangunan sekolah, Universiti Teknologi
Malaysia, PHD Thesis, 2007.
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University buildings require maintenance in order to create a conducive environment that supports and stimulates learning, teaching, innovation, and research. The prime objective of maintenance is to ensure, as far as practicable, the continued peak performance of the building throughout its design life. This paper seeks to report the maintenance management system of a university institution in Malaysia. Primary data was gathered through the analysis of a case study. The objectives of the case study are to identify, describe and assess the maintenance management system used by the university. The major conclusion drawn from the case study was that although university building maintenance practices are corrective and cyclical there is a lack of a comprehensive maintenance management framework that guides the decision-making processes. The case study also revealed irregularities in the university’s maintenance management system.
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This paper draws on an exploratory study of determination of the maintenance budget in government-owned buildings. Today situation witness drastic developments in government policy direction with the establishment of a strategic and effective asset management. The Government's main focus is to establish robust guidelines in determining budget allocations for maintenance of government building projects. The purpose of this study is to investigate the current and various practices used in the management of the maintenance budget determination by the Government of Malaysia in particular by the Public Works Department or the local authority and the challenges faced by the maintenance contractor in the project. Discussions will lead to a critical analysis of the current scenario, the gap in knowledge and challenges. Scientific surveys and reviews will also focus on effective practice models that have been implemented by other governments throughout the world.
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The purpose of this paper is to investigate the maintenance practices that are used in Swedish industry. The study was performed by conducting a cross-sectional survey within Swedish firms that have at least 100 employees. The main results achieved from the study show that the role of maintenance is not highly recognised. There is a need to spend and invest more in maintenance, which is considered by the majority of Swedish industries as a necessary expense. Although about 13% of the maintenance department time is spent on planning maintenance tasks, nevertheless, about one third of the time is spent on unplanned tasks. There is a need for more adoption of maintenance concepts such as total productive maintenance (TPM) and reliability-centred maintenance (RCM). The lack or ineffectiveness of planning and scheduling can significantly restrict the maintenance department in achieving its objectives and can thus prevent the company from maximising business profits and offering competitive advantages.
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A survey was conducted of the largest 230 property management firms in the United States to investigate their current maintenance practices. The findings shed light on property management firms' policies concerning outsourcing versus using in-house maintenance services; their use of preventive/routine/corrective/ deferred maintenance; the frequency of their meetings with tenants; their policies about cleaning, inspection, repair, and replacement; the way they select maintenance contractors; the severity of the maintenance-related complaints they receive from tenants; the extent to which they are involved in the design process of the buildings they subsequently manage; and the frequency with which designers come back to assess their buildings' performance after the projects are completed. Property managers should be cognizant of building users' concerns and they should also make designers aware of these concerns; the performance of buildings is likely to be enhanced if designers and property managers take action in the design and operation phases, respectively, in response to users' concerns.
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The degree to which the design of a building embraces maintenance considerations has a major impact on its performance. A survey was conducted of the largest 211 building design firms in the United States to investigate the relationship between design practices and maintenance considerations. The findings shed light on the extent to which maintenance issues are considered when designers specify building materials and service equipment; the level of designers' knowledge in maintenance-related issues; the degree to which design personnel is exposed to training in maintenance-related matters; the extent to which designers consult property managers and maintenance consultants; the relative importance of maintenance issues to other design factors; the level of difficulty in cleaning, inspecting, repairing, and replacing various building components; and the magnitude and frequency of maintenance-related complaints that designers receive from clients and tenants. The performance of buildings is likely to be enhanced if designers are cognizant of maintenance-related matters.
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The sustainability of infrastructure demands an attention. One of the ways to achieve this is the adoption of maintenance as essential practice. The level of this practice among various users demands urgency for policy formation. The study examined the maintenance practice among users of residential buildings in Nigeria. The study data were collected through questionnaire administered on the users of residential buildings in the study area. The data collected were subjected to descriptive statistical tool. The study found out that all the respondents carried out one form of maintenance activities to other. Majority does not have maintenance manual and economic is the major factor that affects the practice of maintenance among users of residential buildings. The study recommends a need for more advocacy, policy and awareness on the essence of maintenance as a practice for national sustainability.
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Purpose – To provide a framework that can identify and evaluate the effectiveness of a given maintenance strategy in a company. This can help in the strategic management of maintenance. Design/methodology/approach – The framework is developed using Hayes and Wheelwright's four-stage framework on manufacturing strategy as a guideline. To gain a clearer understanding of the framework and its usefulness the subject topic is elaborated in two phases: definition of maintenance strategy, framework description and operationalization using case examples. The scope of the paper is limited to performance measurement of maintenance strategies. Findings – It is found that the framework is applicable and useful for the strategic management of the maintenance function. The case example depicting the fourth stage shows that maintenance can also contribute to enhancing the competitive advantage of a company. Practical implications – Given the current position of maintenance, the framework used in this paper also suggests the strategic direction to progress for long-term effectiveness. It helps in stimulating practising managers to manage maintenance with a strategic thinking and mindset. It also helps them to visualize the capabilities of maintenance in enhancing the competitive advantage of a company. Originality/value – Unlike other functions like manufacturing and business, the strategic literature on maintenance is meagre. Many tools and techniques have been developed and applied in other fields. However, the applicability of those tools to maintenance function has never been tried. In that respect this topic is new. It helps in managing maintenance more effectively, given its growing technical and technological complexity.
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In this paper we investigate the relationship between Total Productive Maintenance (TPM) and manufacturing performance (MP) through Structural Equation Modeling (SEM). We find that TPM has a positive and significant relationship with low cost (as measured by higher inventory turns), high levels of quality (as measured by higher levels of conformance to specifications), and strong delivery performance (as measured by higher percentage of on-time deliveries and by faster speeds of delivery). We also find that the relationship between TPM and MP can be explained by both direct and indirect relationships. In particular, there is a significant and positive indirect relationship between TPM and MP through Just-In-Time (JIT) practices.