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The Computerized Maintenance Management System an Essential Tool for World Class Maintenance


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The management of maintenance in a large industrial operation is complex and has a significant impact on the profitability of the business. Managing this process effectively without computer-based support is almost impossible, but achieving successful implementation of these systems requires a major change-management program over many years. It is not surprising then that there is a low success rate among even large organizations worldwide in implementing an effective Computerized Maintenance Management System (CMMS) to support improved reliability and performance. This paper focuses on understanding the reasons behind the low success rate achieved and outlines the essential elements that must be included to ensure a disciplined and well-resourced program that can deliver success. Emphasis is put on the need to gain and retain the support of top management to overcome the barriers to change by convincing them that such support makes good business sense.
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Procedia Engineering 138 ( 2016 ) 413 420
Available online at
1877-7058 © 2016 Published by Elsevier Ltd. This is an open access article under the CC BY-NC-ND license
Peer-review under responsibility of the Scientific Committee of SYMPHOS 2015
doi: 10.1016/j.proeng.2016.02.100
“SYMPHOS 2015”, 3rd International Symposium on Innovation and Technology in the Phosphate
The Computerized Maintenance Management System
An essential Tool for World Class Maintenance
Michael Wienker
, Ken Henderson, Jacques Volkerts
ThyssenKrupp Industrial Solutions, ThyssenKrupp Allee 1, 45143 Essen, Germany
The management of maintenance in a large industrial operation is complex and has a significant impact on the profitability of the
business. Managing this process effectively without computer-based support is almost impossible, but achieving successful
implementation of these systems requires a major change-management program over many years. It is not surprising then that
there is a low success rate among even large organizations worldwide in implementing an effective Computerized Maintenance
Management System (CMMS) to support improved reliability and performance. This paper focuses on understanding the reasons
behind the low success rate achieved and outlines the essential elements that must be included to ensure a disciplined and well-
resourced program that can deliver success. Emphasis is put on the need to gain and retain the support of top management to
overcome the barriers to change by convincing them that such support makes good business sense.
© 2015 The Authors. Published by Elsevier Ltd.
Peer-review under responsibility of the Scientific Committee of SYMPHOS 2015.
Keywords:eAM; CMMS; Implementation; Reasons for low success rate; Change Management; Management of Maintenace
Proactive world-class maintenance management is nearly impossible without computer-based support. But the
success rate in implementing these Computerized Maintenance Management Systems (CMMS) is surprisingly low.
This paper will point out 6 key reasons for failure and will highlight some recommended actions to ensure an
improved likelihood of success.
* Corresponding author. Tel.: +49 201 8284531.
E-mail address:
© 2016 Published by Elsevier Ltd. This is an open access article under the CC BY-NC-ND license
Peer-review under responsibility of the Scientific Committee of SYMPHOS 2015
414 Michael Wienker et al. / Procedia Engineering 138 ( 2016 ) 413 – 420
1. Maintenance Management a complex process that needs IT support
Maintenance of equipment is a significant part of the total operating costs in most industry sectors but its real
impact is often under-estimated. The “Iceberg Model” (see Figure 1) highlights the hidden cost impact of
maintenance upon the business which is much greater than just the Direct Costs associated with traditional
Figure 1: Total Costs of Maintenance - the "Iceberg" Model
For many companies, reducing these hidden costs requires a shift from the traditional reactive approach (“fix it
when it breaks”) to a proactive reliability-based approach. For such a shift to be sustainable, a number of key
elements must be put in place including:
x A clear strategy
x Policies to support the strategy
x Procedures & processes to enable implementation of the strategy & policy
x Tools to support this implementation
x A well-established Maintenance Business Process with checks and balances
These key elements form the basis of “maintenance management”.
Such maintenance management is a complex process requiring an effective combination of technical and
economic expertise.
One part of maintenance management is to interpret the data available and turn it into useful information in order
to manage the equipment in the best possible way. To do so, the data must be gathered and analyzed in a structured
manner otherwise it cannot be effectively utilized.
Michael Wienker et al. / Procedia Engineering 138 ( 2016 ) 413 – 420
Managing this process effectively without computer-based support is almost impossible and that is where a well
implemented CMMS or eAM system is one of the key tools that is essential to underpin proactive maintenance
2. CMMS Implementation 6 Key reasons for failure
Despite the importance of the CMMS as a key tool in maintenance management, the degree of success achieved
in successfully implementing such systems, even in large, wellresourced organizations, is surprisingly poor.
According to internet research, the number of successful CMMS implementations is only around 25 40 % and the
number of users that use a CMMS or eAM at its full capability is only 6-15%.
Six (6) key reasons for poor implementation success are:
1. Attempting to implement a new maintenance management strategy & the associated processes & tools such as a
CMMS to an organization that is not “ready”.
2. Believing that the CMMS is the “strategy” rather than one of the “tools” to facilitate effective implementation of
the Maintenance Management Process.
3. Inadequate IT infrastructure. The failure to ensure that IT related issues are resolved. (e.g. poor network capacity
and speed demotivate people quickly).
4. The failure to sell the benefits of the CMMS to senior management & hence sustain their support over the often
long duration of the implementation.
5. The failure to understand the need for a well-designed “change management” process.
6. Inadequate resources to carry out the implementation.
The following sections look at these issues in more detail.
2.1. Organization not “ready”
Many CMMS implementations fail because the maintenance organization is not “ready” to be supported by a
complex computer system. The key question for an organization wishing to implement a CMMS is:
“At what stage of maintenance evolution is our organization right now?” (see Figure 2)
Figure 2: Evolution of Maintenance Strategies
416 Michael Wienker et al. / Procedia Engineering 138 ( 2016 ) 413 – 420
Before adopting a CMMS in an organization the maintenance strategy has to have moved from a reactive to, as a
minimum, a proactive approach. It is mandatory that a well organized preventive strategy is in place and is being
followed in all parts of the organization. A proper workflow that describes all steps of this strategy is the basis for
implementing the CMMS as a tool that will give a good value to all departments and at the end a measureable added-
value to the company.
2.2. CMMS a tool to support your maintenance strategy
The greatest misunderstanding of the role of a CMMS is the belief that it is the maintenance strategy itself, not
just a tool to support the existing maintenance strategy of an organization.
This belief that the CMMS will change maintenance in an organization from a reactive to a proactive approach is
quite common and often results in poor usage of the available modules of such systems. It is not unusual that the
wrong use of these tools together with a lack of data implementation leads to the CMMS only being used as a “work
order system” without the power of analysis and reporting. In a worst case scenario, the effort expended on the
CMMS by a company’s experienced maintenance personnel may result in maintenance performance becoming
worse because of the lack of time for those people to carry out the previous well understood maintenance essentials
that kept the process at a reasonable level.
2.3. Inadequate IT Infrastructure
The IT infrastructure of the organization is an often underestimated critical step in the implementation process of
a CMMS or eAM system. For the successful integration of a “new” tool the speed and capacity of the infrastructure
needs to be ensured. One point is the internet connection that needs to be on the top level to exchange data rapidly
and reliably. This is especially true now that many CMMS and eAM systems are “cloud-based”. As well, the need
for a reliable & fast intranet shouldn’t be underestimated either; documents need to be kept up to date, secured and
accessible for all people across the organization.
The consequence of poor infrastructure is that people who want to use the system are interrupted or slowed down
in their daily work and are quickly turned-off from using the tool. This may lead to the reversion to or the re-creation
of local databases (e.g. MS Office) by these frustrated employees and the benefits of having a CMMS will be lost.
The implementation can also be hampered technically by inadequate printing capability. The tendency towards
centralization of printers and the connection of these via the organization network raise the necessity for the planning
department to have access to suitable software to enable the printing of complete work packages with minimal effort.
Even for large CMMS (e.g. SAP, Oracle eAM, etc.) this option is not always available. The lack of a print package
solution will also decrease significantly the productivity of the planning department.
2.4. The failure to sell the benefits of the CMMS to senior management & hence sustain their support over the
often long duration of the implementation.
Many projects (IT particularly) have unrealistically short milestones and it is not uncommon that deadlines are
exceeded. When this happens, the critical support of senior management can be lost. Implementations also fail
because the benefits are not sold clearly enough to the management and realistic timeframes are not established.
Management is turned-off after continual extensions to projects and stop supporting, particularly when they are
unaware of the real benefits of maintenance tools. “Time is money.” and the effective return on investment of
CMMS and eAM systems must be sold together with the long implementation duration.
2.5. The failure to understand the need for a well-designed “change management” process.
Many Companies struggle with implementing a CMMS or eAM system. Often maintenance craftsmen and
supervisors resist the effective use of such systems. The problem is often a change-management issue, not a
technical problem related to the CMMS itself.
Michael Wienker et al. / Procedia Engineering 138 ( 2016 ) 413 – 420
Often implementations start with the focus on the technical side in areas such as creation of PM Plans,
Codifications, user training, etc. but the human aspect is ignored, forgotten or simply considered too late. This leads
to poor implementation regarding the usage and every database dies before it can give any value because either no
data or unreliable data are entered.
The change management challenge is in 2 parts:
x Underestimation of the resistance to change that will be faced during the implementation, and
x Dealing with the unrealistic expectations of the positive changes (see Figure 3) that CMMS or eAM system will
The problem is often one of shortfalls in the communication process and distribution of information in the early
stages of the change process. People are not aware of what will come, what will happen, where it shall lead to and
how they will be taking part in the process. The delay in properly communicating a plan means that not only is the
time for resistance to build up extended, it also creates a vacuum in which the initial feelings of unfounded
optimism” that some people held then turn to doubts. & they lose faith in the system. As in all situations, change is
not perceived by everyone as positive and reactions like anger or negotiation can’t be ignored and need to be
intercepted and addressed within the change management.
Even when the major change management process is well considered, some companies struggle to reach the point
of satisfaction because of omitting to nominate a “champion” from the senior management to drive the project.
Without such a leader the organizational awareness &/or power is missing for identifying the department or even
person needing more clarification, support and training to overcome the peak of the change curve.
Within the change management process must be recognized the need for a disciplined approach which reflects a
good balance between the often conflicting targets of implementing a system that can assist the maintenance
management process and deliver useful, correct and fast reports and that of achieving a perfect database. The desire
to compile a complete database before starting the roll-out rather than being satisfied with a reasonable degree of
completeness, provided it is accurate, will cause unnecessary delays & frustration and with little payback for the
extra work.
Figure 3: Change Curve - Reaction to positive change
418 Michael Wienker et al. / Procedia Engineering 138 ( 2016 ) 413 – 420
2.6. Inadequate resources
An often under estimated point is the required hours that must be spent on the implementation of a CMMS or eAM
system. It takes a major effort just to gather the required data and convert it into a format suitable for uploading into
the system. In addition to this, the roll-out of the system requires constant follow-up and feedback to ensure that the
defined processes & procedures are being followed & that “parallel systems” are being progressively eliminated.
Many companies try to use only in-house resources but considering the number of man-hours and work-
management effort required, this is often not realistic.
3. Possible strategies & solutions to avoid the 6 key reasons of failing
3.1. Organization not “ready”
It is understandable that an organization wants to have the best and newest tools when implementing new
processes. But an important step before implementing a new “tool” like a CMMS or eAM System is to assess the
current status of the organization against the curve for the “evolution of Maintenance Strategies”.
This is best done by an external company because when done by internal resources with long-term relationships
among the people, the assessment scores are often more favorable than they should be.
The management of an organization needs to be aware that implementing a CMMS to improve their maintenance
and the resultant increased profit from the added-value generated will only be successful if a well-structured
maintenance strategy is in place and follows a proactive approach. If the assessment shows that this is not the case
then focusing on achieving this outcome is an essential first step to get the organization “CMMS ready”. Without
this step then failure will almost certainly follow.
3.2. CMMS a tool to support your maintenance strategy
Management and people of an organization have to realize, understand and accept that a CMMS is not a
maintenance strategy itself. The effective use of a CMMS is only a tool, but an important one, to improve
maintenance management.
Only by understanding the role of a CMMS in the maintenance strategy will it be obvious which information the
system must generate to support the strategy. From this understanding of the outputs required, the necessary inputs
can be determined such as what data needs to be fed to the system, which structure needs to be set up and which
workflow process the system needs to be able to support.
It is essential that crafts people and maintenance leaders must work as a team with operators and operations
leaders to achieve significant improvements in the total operations process. Total operations success is the goal.
Profitable long-term business survival is the tangible result. The CMMS is the tool which provides a common
platform to implement the strategy in departments all over the organization. It will help to communicate quickly and
effectively and will bring many benefits to the organization including:
x Improved Planning & Scheduling
x High quality reporting & easy access to history data
x Reduced time for spare parts & tools assembling
x Reduced stock
x Overall increasing productivity
x Etc.
3.3. Inadequate IT Infrastructure
To ensure that the IT infrastructure is “ready” to support the use of the CMMS or eAM system the needs must be
clarified and the infrastructure has to be assessed according to this.
Michael Wienker et al. / Procedia Engineering 138 ( 2016 ) 413 – 420
The internet connection, the intranet and the printing environment need to well-prepared so that the performance
of the system will be seamless, fast & reliable.
A software solution for printing work order packages with all necessary documents (attached to a work order) can
be purchased from a third party. Some suppliers even are able to implement the server structure of the organization
so that always the latest versions of documents are printed with the work order e.g. safety documents. A suitable
printing solution will also ensure that all parts of the work packages are printed automatically once the process has
been initiated.
3.4. The failure to sell the benefits of the CMMS to senior management & hence sustain their support over the
often long duration of the implementation.
Well implemented a CMMS will bring many benefits to the organization but the biggest added value that has to
be sold to the senior management is the ability of the CMMS to “turn data into information” that can be used to
analyze problems and help identify solutions that will improve performance by reducing the hidden costs shown in
the “Iceberg Model” .This includes the ability to calculate MTBF, MTTR, OEE etc. and produce “Top Ten “ reports
that assist maintenance managers to more quickly target problem areas & optimize the use of resources. This is the
real power” of the CMMS.
While the benefits of the CMMS in reducing the hidden costs are substantial, they are sometimes a little difficult
to predict. What is well proven is that a properly implemented CMMS will lead to a reduction of direct maintenance
cost by 5 -10 % within three years driven by a significant improvement in planning (workforce utilization) and
inventory control (including stock levels). The ROI (Return on Investment) for a properly implemented CMMS or
eAM is often less than 1 year.
It is important that these benefits are sold to the management but in terms of establishing the project duration
there should be a conservative safety factor chosen. It is critical that the senior management is aware of the often
long implementation time and supports the project over the whole period.
3.5. The failure to understand the need for a well-designed “change management” process.
It is human nature that change is feared by many people and the only way to break through these human barriers
is to develop a well-planned change management process where all employees are addressed in an open
communication from the first step of the process. It is absolutely essential that all employees, from the craftsmen to
the manager, know what the overall vision is, what the steps of the implementation process are and which milestones
have to be reached. Important points which need to be addressed and communicated within all of the organization
departments include:
x Clearly-defined roles & responsibilities.
x Clearly-defined guidelines.
x The need to work across the whole organization & not in silos.
x The understanding that resistance to change is normal and the provision of information/feedback opportunities to
answer concerns.
x The projection of realistic expectations of the changes & benefits that will occur.
The senior management has to be aware that it is not uncommon that such a major change management process
can last for several years. Companies that have successfully implemented such system have usually nominated one
Senior Manager as the “champion” of the project implementation. This person needs to be sensitive to the employees
to identify who needs to be addressed, trained and convinced in order to pull the whole organization through to the
stage of acceptance and satisfaction.
Within the change management process the “champion” together with the implementation team and the
management need to have a common understanding about how the usage of the system can be taught to the people of
the organization. It is critical that the parties agree a disciplined approach which reflects a good balance between
420 Michael Wienker et al. / Procedia Engineering 138 ( 2016 ) 413 – 420
implementing a system that can deliver useful, correct and fast reports and that of the perfect database. The
CMMS needs to be set up correctly, reflecting the policies and procedures of the organization and while ensuring
that a satisfactory initial database exists, the concept of continuous improvement by doing updates and additions
needs to be promoted as a necessary part of ongoing system management.
3.6. Inadequate resources
During the budget development phase proper consideration must be given to manpower issues and adequate
contingencies provided.
Based on the total man-hours estimated and “readiness” of the organization, the implementation team should be
mixture of:
x CMMS supplier personnel
x Key Users (own company staff released for the project duration)
x Own Company staff (temporarily released from normal duties)
x Experienced contractors
By bringing in external personnel, management can release some of their own staff to avoid the situation of too
much part-time involvement. A high level of in-house resourcing usually fails since attention (and responsibility)
stays with the day to day operational activities. The implementation of a CMMS is a complex project that requires
full-time involvement of knowledgeable & experienced personnel.
Having a full-time project implementation team that includes external support also helps by freeing up future
users to take ownership of the system as soon as possible after the start of the implementation project. Many
companies have found success by nominating “key users” who they send to workshops to learn the advantages, the
use and the benefits of the system for the organization so that they are able and willing to support the
implementation of the system in every aspect. These key users should be chosen based on the following
x Open-minded to new techniques.
x Representative of the different areas of the plant areas and departments of the organization.
x Well connected socially in the organization.
x Leadership skills.
For the complex process of maintenance management it is necessary to have powerful tools to support the day-to-
day workflow in an effective manner, to generate information that identifies key maintenance issues that impact on
the hidden costs of the “iceberg”, to improve overall business performance, etc. One tool that can deliver this support
is a CMMS or eAM software. Without such a system world-class maintenance is difficult to achieve.
For the successful implementation of such a system it is mandatory to ensure that:
x The organization has already moved from a reactive to a proactive maintenance strategy with the associated
policies and procedures implemented.
x The people of the organization are aware that a CMMS/ eAM system is only a tool and not a maintenance
strategy but know how to use it to support the strategy
x The IT infrastructure is ready to provide a reliable and fast access.
x The senior management understands the added-value a CMMS/ eAM system will bring and is willing to support
the project over the whole implementation time.
x A well-designed change management process is in place.
x There are enough skilled people to drive the project over the whole duration.
If these 6 issues are addressed, the chances of achieving successful implementation will be significantly
... Maintenance management in large industrial operations is complex and has a significant impact on the profitability of business income. Thus, it seems that maintenance management is almost impossible without the support of a computer base [1]. Therefore, in the near future, CMMS will be able to assist in the management of relevant maintenance activities in an efficient and effective manner [2,3]. ...
... In achieving more effective maintenance management it requires a change from traditional management to ICT technology-based management. Therefore, it should be in line with the passage of time and in line with the latest technological evolution [1,3]. In maintenance management, CMMS acts as a repository of information or data related to maintenance concepts, asset counts, spare parts, personnel information and planning methods. ...
... In maintenance management, CMMS acts as a repository of information or data related to maintenance concepts, asset counts, spare parts, personnel information and planning methods. This information is important in helping management analyze and plan maintenance operations [1]. CMMS is reactive, as it can provide unlimited feedback based on predefined parameters, where as more data is entered into the database the more trend analysis is possible. ...
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Public transportation services are essential to any metropolitan area. To meet the rising passenger demand, emergent and disruptive technologies have been used for the railway sector. This paper assesses the maintenance crew scheduling problem and presents a mathematical programming model which optimizes the daily scheduling of technicians in a railway depot. The aim consists in minimizing the labour costs, while assigning maintenance workers to maintenance tasks, considering the skillset required for each one of them. In fact, this is the key aspect added to the literature by the present maintenance crew scheduling model: the skills of technicians. Using data collected from a Portuguese train operating company, an integer linear programming model is formulated and applied to the case study while monitoring the rolling stock schedule and the maintenance tactical plan. The optimized results indicate that the maintenance team could be reduced, suggesting that maintenance crew scheduling and associated labour conditions may need more flexible approaches. This model is also part a broader framework, as it is connected to two different models: a tactical maintenance planning model, and an operational maintenance scheduling model. All together, these models provide a decision framework that can support maintenance planning and scheduling decisions.
Conference Paper
Comparing the maintenance of the built environment with the same activity applied to the generality of manufacturing products, important specific characteristics emerge, both in process and product technologies. In fact, the close link between maintenance and quality for the built environment acquires, plus, more significant implications of a social and collective nature, both if applied to buildings and public spaces, and if it refers to private residential constructions. Despite this, taking into account the trend towards “constructuring” that seems to direct the future of construction under the influence of the digitalization, it is equally useful to keep in mind the advances in the field of maintenance in manufacturing production, between tradition, consumerism, sustainability and digitization. After having developed some general issues, the contribution explores the theme by focusing on the Italian scenario. The scientific insights and regulatory developments on building maintenance are summarized, highlighting the hiatus with the operational reality, characterized by socio-economic and cultural obstacles. The clear predominance of reinforced concrete in Italian constructions of the last century leads to the argument that there will be a profound difference: on the one hand, future constructions ex novo, in which a technical culture now oriented towards quality can facilitate the implementation of effective maintenance interventions; on the other hand, the buildings inherited from the recent past, for which a replacement maintenance, which accompanies gradual realistic renewal processes, will replace the usual maintenance interventions, which are no longer sufficient. While one wonders what is left of the night what of the night so that a widespread quality of the built environment can make maintenance processes sufficient, the biblical watchman suggests an answer («If you would ask, then ask; and come back yet again» [Is 21:11]), indicating the way - steep but indispensable - of a general rethinking on the culture of construction, shared in a holistic key. Confrontando la manutenzione dell’ambiente costruito con la stessa attività riferita, in genere, ai prodotti manifatturieri, importanti caratteristiche specifiche emergono, sia nelle tecnologie di processo che di prodotto. Infatti, per le costruzioni lo stretto legame tra manutenzione e qualità acquisisce, in più, notevoli implicazioni di ordine sociale e collettivo, sia se applicata a edifici e spazi pubblici, sia se riferita all’edilizia residenziale privata. Nonostante ciò, tenendo conto della tendenza al “constructuring” che sembra indirizzare il futuro dell’edilizia sotto gli influssi della digitalizzazione, è ugualmente utile tener presente gli avanzamenti nel campo della manutenzione nella produzione manifatturiera, fra tradizione, consumismo, sostenibilità e digitalizzazione. Dopo aver sviluppato alcune questioni di ordine generale, il contributo approfondisce il tema focalizzando lo scenario italiano. Gli approfondimenti scientifici e gli sviluppi normativi sulla manutenzione edilizia vengono sintetizzati, evidenziando lo iato con la realtà operativa, caratterizzata da ostacoli socio-economico e culturali. La netta predominanza del calcestruzzo di cemento armato nelle costruzioni italiane dell’ultimo secolo porta a argomentare che esisterà una profonda differenza: da un lato, le future costruzioni ex novo, in cui una cultura tecnica ormai orientata sulla qualità potrà agevolare l’attuazione di efficaci interventi manutentivi; dall’altro le costruzioni ereditate dal recente passato, per le quali una manutenzione sostitutiva, che accompagni graduali processi realistici di rinnovo, rimpiazzerà gli abituali interventi manutentivi, non più sufficienti. Mentre ci si chiede quanto resta della notte perché una diffusa qualità dell’ambiente costruito possa rendere bastevoli processi di mantenimento, la sentinella biblica ci suggerisce una risposta (“se volete domandare, domandate” [Is 21,11]), indicando la strada - irta ma irrinunciabile - di un generale ripensamento sulla cultura della costruzione, condiviso in chiave olistica.
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Çalışmada, sanayideki dijital dönüşüm süreçleri ile Türkiye’de bakım yönetim ve kestirimci bakım bilişim sistemleri kullanımlarının firmaya özgü durumlar karşısındaki olası farklılıklarının incelenmesi amaçlanmıştır. Ampirik yöntemin benimsendiği çalışmada, 641 bakım sektör profesyoneline uygulanan anket ile elde edilen veriler sistem ve bütüncül yaklaşımlar ışığında parametrik olmayan Kruskall Wallis ve Mann Whitney fark testlerine tabi tutulmuştur. Bakım yönetim bilişim sistemleri, bakım performans göstergeleri ve kestirimci bakım bilişim sistemleri test değişkenlerinin firmaya özgü durumların kullanım şeklinin literatür ile paralel olan ve olmayan farklılıklar gösterdiği ve Türkiyede düşük verimlilik düzeyi olduğu yönünde bulgulara ulaşılmıştır. Makalede, çoğunlukla alt-sistem düzeyinde özel çalışmalara odaklanan literatürdeki boşluğa işaret edilerek bakım bilişim teknolojisi yatırımları, organizasyonel seviyede yapılan değerlendirmeler ile firmaya özgü durumlar ele alınmış, bilgisayarlı bakım yönetim ve kestirimci bakım bilişim sistemlerinin gösterdiği farklılığın yanı sıra bakım performans göstergelerinin bu iki değişkenle ilintisi bütüncül bir yaklaşım ile ortaya konulmuştur.
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A computerized maintenance management system or CMMS is software that centralizes maintenance information and facilitates the processes of maintenance operations. It helps optimize the utilization and availability of physical equipment like vehicles, machinery, communications, plant infrastructures and other assets. CMMS is essential because they make it easier and more efficient for maintenance managers and departments to meet their primary objective: reliable uptime. The purpose of the study was to identify the factors affecting to the success of CMMS in multinational beer companies. A quantitative study was performed and structural modelling was used to analyze data with the aid of SmartPLS software. Results suggested that the Data standard, role assignment and Continues improvement are significant predictors of successful CMMS and findings contribute to the existing literature on computer science. Further managerial implications are encouraged for better implementation of CMMS.
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