Content uploaded by Panos Chountalas
Author content
All content in this area was uploaded by Panos Chountalas on Apr 30, 2019
Content may be subject to copyright.
1 0
GENERAL MANAGEMENT
1. Introduction
Even from the early 2000’s, it has been foreseen that
business is on the verge of a "next wave" of asset productivity
improvement, one that will go farther and be more difficult to
achieve than past initiatives (Schuman and Brent, 2005). The
drivers of this next wave were identified by the Boston
Consulting Group as being the exhaustion of traditional cost-
cutting, the downside of rapid growth, and the fundamental
changes in industry structure (Nicol and Amouyal, 1999).
This transformation process is undoubtedly linked with major
challenges for operating and production organizations, of which
the most fundamental is the two-fold necessity, primarily to
increase revenues, operational effectiveness and customer
satisfaction, while simultaneously reducing capital, operating
and support costs (Mitchell, 2002). In that context, the effective
management of physical assets plays an increasingly important
role for the optimization of business performance, especially for
the case of asset-intensive infrastructure sectors like water, gas,
electricity, oil or transportation.
All organizations have been managing assets for decades in
order to provide products and deliver services, but senior
managers were always in noticeable shortage of well-esta-
blished theories and methods to evaluate if this is being done
efficiently and effectively (Hodkiewicz, 2015). Critical questions
consequently emerged such as: "Do we have the right assets?",
"Are the assets delivering what we need now or in the future?",
"What are the costs of asset operation and the costs of failure?",
"How can new technology and new stakeholders’ expectations
affect our asset practices?", "What is the level of risk considering
our critical assets?". This seems like a spate of different ques-
tions, but one can distinguish a core theme among them: the
best possible way of designing and implementing asset activities
inside the organization.
This is where the contemporary asset management disci-
pline is called to provide answers, by ensuring that physical
assets are used optimally and decision-making concerning assets
are aligned with the organizational needs. Asset management is
associated with applying technical and financial judgment as
well as sound management practices to deciding what assets
are needed to meet business aims, and then to logistically sus-
taining the assets over their whole life, up to disposal – in
essence a life-cycle approach. In more abstract terms, the aim
of the discipline is to enable an organization to realize value
from its assets as it pursues its organizational objectives while
balancing financial, environmental and social costs, levels of
risk, quality of service and asset performance (Hastings, 2010).
A major shortcoming though exists; the term asset mana-
gement has been widely used up to now with fundamental diffe-
rences in interpretation and usage, stemming from numerous
academic and professional sources, like maintenance, project
management, financial markets and information technology, to
mention a few. Accordingly, every technical society, as well as
relative academic and sector groups, has been promoting their
view of understanding on asset management, from their own
perspective (Frolov et al., 2010). This introduces a significant
element of complexity to the study of the scholarship, not to
mention the difficulties that arise when a real asset management
system is going to be implemented, where also considerable
technical and operational competences are needed to be in
place.
Indeed, by the beginning of 2000, all these different views
QUALITY
Access to Success
Vol. 20, No. 169/April 2019
The Contemporary Landscape of Asset Management Systems
Petros C. KONSTANTAKOS1, Panos T. CHOUNTALAS2, Anastasios Ι. MAGOUTAS3
1MEng, MSc, DIC, ΜΒΑ, Hellenic Open University, School of Social Sciences, GR-26 335 Patras, Greece;
E-mail: std082532@ac.eap.gr
2Corresponding author, Adjunct Lecturer, University of Piraeus, Department of Business Administration,
GR-185 34 Piraeus, Greece; E-mail: pchountalas@unipi.gr
3Associate Professor, Central Greece University of Applied Sciences, School of Business and Economics,
Location Skliro, 34400 Psachna, Greece; E-mail: amag@teiste.gr
Abstract
The primary contributors to asset management literature stem largely from governmental organizations and industry
practitioners. Their contribution takes the form of guidelines and reports on best practices, resulting in a variety of
asset management frameworks, based on experience or specific personal understanding. Some of these frameworks
have been officially formulated into standards such as the PAS 55 in the UK, the International Infrastructure
Management Manual (IIMM) in Australia and New Zealand, and more recently the ISO 55000 suite. The purpose of
this paper is to present a critical overview of the asset management discipline and the established asset management
systems, thus outlining for the first time the contemporary landscape in the field. It is shown that the recent publication
of the ISO 55000 suite has fundamentally altered the asset management systems landscape. Specifically, this has
profoundly affected the PAS 55 which will not be further reviewed after the publication of ISO 55000, and the IIMM
which has already issued a 2015 version and a guideline for adjustment to the new ISO 55000 requirements. Further,
it can be estimated that with the introduction of ISO 55000 a new era of professional advancement in the field has
emerged, similar to the quality movement in the 1990’s.
Keywords: asset management systems; ISO 55000; PAS 55; international infrastructure management manual (IIMM).
GENERAL MANAGEMENT
1 1
had led to a wealth of practices, processes, and ideas around
the subject of asset management, although in a scattered and
narrow-focused manner (Too, 2010). It was only during the last
decade that intensified pressures from stakeholders and
regulators, due to the ensued economic crisis, forced the
organizations to start thinking about asset management under a
value-driven approach, optimizing returns by the effective
allocation and utilization of assets to balance performance and
financial constraints (de Vroedt and Hoving, 2014). In that
sense, asset management is certainly a contemporary and
evolving topic, built on the foundations of previous approaches
and extended through the modern thinking of value-driven and
life-cycle management (Lloyd, 2010).
This thinking has led to the development of several
guidelines, reports and best practice cases in asset
management, which subsequently resulted in efforts to
standardize the subject, including the introduction of the
International Infrastructure Management Manual (IIMM) in 2000
continuously updated since −and PAS 55 in 2004 −updated in
2008. These documents reflected the pioneering work of
esteemed industry practitioners, academics and relevant
societies in asset management developed countries like
Australia and UK, to promote the subject under commonly
accepted practices. Inevitably, an international consensus was
accomplished, and this was represented by the launch of a set
of three ISO standards for asset management in 2014, under
the ISO 55000 suite, which constitutes a step change for the
asset management community (Hodkiewicz, 2015). For its
preparation, there was a participating sum of 31 countries,
including a significant number of representatives from large
organizations, governments and regulators that had the
opportunity to bring their ideas to the table. All these experts
aspire that the particular standards will make the difference in
asset management guidance for optimality and certification. In
this paper, a critical overview of these asset management
systems is presented, providing an outline of the contemporary
landscape in the field.
This paper is organized as follows. Section 2 illustrates a
timeline of the asset management discipline. Section 3 contains
further considerations on the strategic nature of asset ma-
nagement. An overview of the established asset management
systems (i.e. ISO 55000, PAS 55, and IIMM) is presented in
Section 4. Finally, Section 5 discusses some issues that
emerged from this study.
2. A timeline of the asset management
discipline
The management of physical assets suffers from a termi-
nology overload like any other evolving management discipline
(Lloyd, 2010). A confusing range of management systems
variants related to physical assets has been introduced by re-
searchers throughout time. Examples of this diversity are
broadly-known terms like maintenance management, strategic
asset management, engineering asset management, property
asset management, infrastructure asset management, enterprise
asset management and so on. It is therefore apparent that asset
management is relevant to all types of industry and all their
assets involved. In that sense, asset management systems
should correspond to the associated organizational alignment,
culture and business objectives of each specific organization or
industry.
On the other hand, all asset management systems have
quite the same final goals (i.e. adding value to the benefit of
stakeholders by coordinating the organization’s asset processes
in an effective way). One of the challenges of managing an
asset, especially a physical one, is that the latter is not sentient
and cannot follow the usual management edicts. Assets do not
respond to economy or politics but do respond to how they are
treated and used. In this context, an asset management system
is not confined merely into a way of "doing things" with assets,
but rather it is an interdisciplinary and "joined-up" process of
treating assets as sources of value (IAM, 2015).
Asset management, apart from been continuously evolving,
is not considered as a new discipline but rather as a recently
emerged one (Wijnia, 2016; Amadi-Echendu et al., 2010). The
first reference to a holistic asset management was traced in the
1970’s under the name of "terotechnology" (White, 1975). This
discipline was developed to promote industrial profitability based
on the sound fundamentals and traditional practices of reliability
and maintainability (Thackara, 1975). Indeed, associated fields
of asset management already existed in that era in the form of
"plant maintenance", which subsequently became "equipment
management" (IBM, 2007). In that sense, early asset manage-
ment approaches comprised only for optimal corrective mainte-
nance techniques, meaning that fixing actions were taken only
when equipment broke. As new technologies emerged in the
1980’s, especially in the field of information and communication
technology, various software systems and predictive mainte-
nance techniques furthered the scope of the asset management
discipline. This allowed organizations to follow a systematized
asset management orientation, simulating core function opera-
tions at hand.
The discipline further evolved in the 1990’s under the
concept of "Enterprise Asset Management". This trend was
enhanced by the dramatic reduction of public revenues due to
low tax rates, and hence the need to reduce costs came
forward, by exploiting all possible synergies inside the organi-
zations. Also, new costs arose due to stricter safety provisions
in industry, in the aftermath of major catastrophes that occurred
in the period. The key drivers were to reduce the corrective time
intervals by means of root-cause failure analysis and the im-
plementation of mature and effective software systems. It was
specifically the Piper Alpha disaster that alarmed society and led
to specific safety preventive goals for the industry, introducing
risk-oriented safety strategies.
From 2000’s onwards, organizations have reached higher
levels of asset management maturity and converged in viewing
asset management under a holistic view. Especially for physical
assets in the infrastructure industry, a thorough definition of
asset management was provided in the beginning of the holistic
approach of the discipline by Mitchell and Carlson (2001) as "the
strategic, integrated set of comprehensive processes (financial,
management, engineering, operating and maintenance)to gain
lifetime effectiveness, utilization and return from physical assets
(production and operating equipment and structures)". Specific
emphasis has been placed on total life-cycles of assets, be-
ginning from the design until the disposal phase, as well as on
asset risk management and the pertaining human and societal
factors of influence. By this process, organizations were able to
exploit benefit opportunities that exceeded the maintenance
phase of the asset’s life-cycle alone. Also, the use of wireless
communications allowed for easier, timely and accurate data
acquisition and provided the capability of management tech-
nology integrated into the assets themselves (IBM, 2007).
Technologies like self-diagnostic automations and radio-
frequency identification (RFID) tags have the capacity to inform
operators in real-time about asset status, breakdowns and
performance metrics.
Based on the principle of value creation through coordinated
efforts, asset management may contribute significantly to the
transformation and advancement of actual job functions and
responsibilities within the organizations. In fact, asset manage-
ment has evolved from a simple maintenance process imprinted
in paper work and treated as a "necessary evil" in the 1970’s, to
the current position where asset management activities are core
functions of organizational strategies. The evolution of asset
management for physical assets and the corporate understan-
ding of the field are depicted in Figure 1.
Q U A L I T Y
Access to Success
Vol. 20, No. 169/April 2019
1 2
GENERAL MANAGEMENT
Today, asset management represents a fundamentally di-
fferent way of thinking about physical assets and how to use
them to deliver value. Being such a broad discipline, it is no
surprise that several asset management frameworks have been
developed on the basis of particular organizational practices or
specific personal understandings of individual experts. It is
stated in the scholarship that these frameworks, or quasi-
standards, are usually not grounded in theory and verification of
their academic fitness and their practical usefulness is essential
(El-Akruti et al., 2013). According to Frolov et al. (2010), the
collaboration between organizations and academic researchers
is under way to extend the body of knowledge in this area.
Instead of partial approaches, established bodies of knowledge
have tried to provide more mature asset management
frameworks for generic use, through means of standardization,
which are discussed in the following sections.
3. The strategic nature of asset management
As it was stated in the previous section, the concept of asset
management has been widely used in literature, but with fun-
damental differences in interpretation and usage across organi-
zations owning infrastructure assets. Regardless of the context
in which the term is expressed, asset management is about
evaluating performance and making key decisions throughout
an asset’s lifecycle (Sarfi and Tao, 2004). In other words, asset
management is a discipline that enables organizations to
allocate their assets (as resources) more efficiently to provide
higher levels of customer service and reliability, while balancing
financial objectives.
Thus, it is evident that, as a whole, asset management is a
useful strategic tool to promote general business goals of
infrastructure organizations. The strategic involvement of asset
management has been identified very early (see Miles et al.,
1978), showing that new business strategies may fail due to
inadequacy in their asset management activities, systems, and
technology. Later studies, focusing on the interfaces between
business strategies and close-related asset management
disciplines as project management and systems engineering
(Donovan, 2002; Morris and Jamieson, 2004; Srivannaboon and
Milosevic, 2005) resulted that there is usually an inconsistency
between strategic goals and the asset system delivered.
Furthermore, it was shown that when only accounting measures
are considered, based on short-term financial performance and
budgets, then the true long-term (or lifecycle) value of asset
utilization is missed (Kaplan, 1990; El-Akruti and Dwight, 2010).
But, while most of the reported research focus on discrete
asset activities such as construction, maintenance, and finance,
it is rare that the research extends to strategic aspects of the
asset management (El-Akruti et al., 2013). Even though the
usefulness of asset management has been well reviewed, its
holistic scholarship is clearly a contemporary topic (Too, 2010)
and strategic related aspects of asset management have only
emerged recently (Dornan, 2002; Mohseni, 2003, Närman et al.,
2006; Stapelberg, 2006; Haffejee and Brent, 2008).
Today, the advancement of this field, particularly in terms of
the volume of academic and theoretical development, is at best
moderate, despite the relatively increased attention from em-
pirical researchers and practitioners (Too, 2010). Albeit the
acknowledged key role of asset management in strategy
making, the contribution of asset management activities to the
development of an effective business strategy is still not defined
(El-Akruti et al., 2013). A plausible reason may be that re-
searchers are still unaware of, or unimpressed by, the con-
tribution that asset management can offer to the performance of
assets. To this end, Dixon (2017) proposes a useful way to "sell"
the concept of asset management by creating compelling stories
that interpret iconic achievements in asset management terms.
Especially in the infrastructure sector, it is believed that the
lack of advancement is due to the general belief that asset
management is only related to maintenance and its related
services and therefore is considered to be of less strategic
importance (Too, 2010). The focus of infrastructure organiza-
tions remains upon individual assets and their performance in
the short-run rather that examining the long-term needs using a
system-wide asset framework focus (Stapelberg, 2006). All
infrastructure organizations utilize specific frameworks and
guides on their individual assets, usually derived from the asset
manufacturers, but their overall system management is usually
developed empirically by their own practice and focus. Thus,
there are many different perspectives on what "Total Asset
Management" means to every different infrastructure organi-
zation, according to their level of complexity, design and specific
assets involved.
In order for the contribution of asset management to be
effective, key activities, relationships, and mechanisms need to
be mapped, established and managed inside an organization. In
other words, an asset management framework has to be ex-
plored, establishing core asset management processes and
enablers, in a holistic approach towards the success of the
organization’s strategy (Clash and Delaney, 2000). However, up
to today, there has been no research on what different or-
ganizations identify as being core to their successful asset
management (Hodkiewicz, 2015). As such, current literature in
this field tends to lack well-grounded theories (Frolov et al.,
2010).
QUALITY
Access to Success
Vol. 20, No. 169/April 2019
Figure 1. Evolution of asset management and corporate thinking
(Source: IBM, 2007)
GENERAL MANAGEMENT
1 3
4. Overview of Asset Management Systems
Organizations have been managing physical assets for de-
cades and by today there has been a considerable wealth of
practice, processes, and ideas around the subject of asset
management. Especially for the management of physical
assets, the focus today has been placed on embodying the
principles of life cycle analysis, systematic risk assessment, sus-
tainability, quality and environmental protection (Amadi-Escendu
et al, 2010; Too, 2010). As discussed in the previous sections, a
characteristic element of this discipline is its strategic and
interdisciplinary nature, sharing knowledge across numerous in-
dustrial and professional sectors (power, water, roads, resource,
local government etc.). It was thus unavoidable that significant
complexities arise due to the use of different terms, definitions,
and processes compounded by technical societies, research,
and sector groups, each one promoting their own particular view
of best practice in asset management. But, academics and
consultants who managed to move across the sectors have
seen that in many cases the differences were quite artificial and
there was much to learn from individual sectors towards com-
prehending asset management in a higher-level, strategic
approach (Hodkiewicz, 2015).
The above way of thinking and the need to overcome
complexities led to the development of standards in asset
management. Standardization is an excellent means to galva-
nize community’s best practices and is especially useful in the
infrastructure sector, where most benefits are expected, due to
the large amount and value of assets involved. Based on
previous efforts with standards like PAS 55 and IIMM, the launch
of an international standard for asset management in 2014 (i.e.
the ISO 55000 suite), represents a noticeable step change and
a first-time global consensus for the asset management co-
mmunity. Following, an overview is provided of the three above-
mentioned standards.
4.1. The ISO 55000 suite of standards
The ISO 55000 suite of asset management systems, like all
other international management systems, is by itself a recog-
nized framework of core enablers and practices in the field. The
advantage of this standard is that it is based on global asset
management practical experience and methods that have been
acknowledged and approved by an enlarged committee of inter-
national experts. In fact, the ISO 55000 suite was developed by
ISO Committee PC251 with the participation of 31 countries,
rendering it the most agreed upon global asset management
tool today.
The purpose of this standard is to adapt organizations' asset
management current systems to satisfy the standard's require-
ments. In the process of drafting ISO 55000, common and
successful practices have been identified, applicable to a wide
range of assets, organizations and different cross-cultural
backgrounds (Ma et al., 2014).
ISO 55000 suite is built on a firm foundation of PAS 55 – the
latter primarily referring to physical assets (Camparano and
Masic, 2018). The main difference is that the new standard
applies to any organization or type of asset – tangible or
intangible – as long as the assets are an important key factor in
achieving business goals. ISO 55000 is generic in scope and
does not focus on specific assets, but it is clearly stated that it
can be primarily used for the management of physical assets
(see ISO 55001, clause 1), like its predecessor PAS 55. The ISO
55000 suite is consisted of three standards: ISO 55000 (over-
view, principles, and terminology), ISO 55001 (management
systems – requirements), ISO 55002 (management systems –
guidelines for the application of ISO 55001).
Of the above, ISO 55001 is of most importance since it
specifies the requirements needed for an effective asset
management system. It describes "what" should be present in
the asset management system. ISO 55001 defines require-
Q U A L I T Y
Access to Success
Vol. 20, No. 169/April 2019
Figure 2. The Plan-Do-Check-Act Model and ISO 55001 requirements
(Source: IAM, 2015)
1 4
GENERAL MANAGEMENT
ments for an asset management system in the same way as ISO
9001 and ISO 14001 specify quality and environmental manage-
ment systems respectively (Ma et al., 2014), exhibiting
increased focus on the needs of stakeholders and on leadership
and commitment. It also specifically focuses on performance
management approaches related to asset management
(Schoenmaker and Lei, 2015). In doing so, ISO 55001 brings
multiple benefits – related to typical ISO standards – such as
consistency of business operations and overall efficiency of
organizations (see Păunescu, 2017).
Furthermore, ISO 55002 provides examples and describes
"how" to apply ISO 55001, but without being exhaustive or
detailed in describing methodologies and practices. ISO 55000
explicitly states that this standard can be used in combination
with any relevant sector or asset-specific standard and technical
guideline, specifically referring to PAS 55, IIMM, ISO 9001, ISO
14000, ISO 37500, and ISO 31000.
The ISO 55000 suite is the first management system
standard to implement the new "ISO Annex SL", which is a
standardized template for terminology and layout (Ma et al.,
2014). This provides a consistent basis for the integration of all
different management systems (such as ISO 9001 and ISO
14001) and enables coordinated monitoring, audit and certifi-
cation (Woodhouse, 2013). Other management system stan-
dards are also being reorganized to align with this new template.
The requirements' structure of ISO 55001 consists of 7 main
clauses and 23 sub-clauses. Figure 2 demonstrates a PDCA
grouping of the ISO 55001 requirements.
The ISO 55000 suite of standards is suitable for organi-
zations that just start to comprehend their asset activities.
Characteristically, in ISO 55002 (sub-clause 4.4) it is stated that
"In the initial development of the asset management system,
the organization should outline how it will establish, implement,
maintain and improve the system. An initial review of the organi-
zation’s current processes against the requirements of ISO
55001 will determine the areas that need to be developed to su-
pport the functioning of a compliant asset management system".
In ISO 55002 (sub-clause 6.2.1) it is also suggested that
existing information should be used as quickly as possible to
develop an interim asset management plan, which can lead to a
better understanding of strengths, weaknesses, and priorities of
current asset management practices.
Therefore, it is acknowledged that when organizations are in
the initial steps of establishing a structured asset management
system, a quick review against the requirements of ISO 55001
is beneficial to identify gaps and priorities for future develop-
ment. Existing information on organizations’ present asset
activities can facilitate the exploration of opportunities, barriers
and feasibilities in establishing an asset management system,
along with promoting integration with other existing organiza-
tional functions (e.g. quality, safety risk and human resources),
which are all accounted for – explicitly or as a reference – in the
requirements of ISO 55001. The ISO 55001 clauses can also be
used as self-assessment benchmarks in contemporary maturity
models, as the one provided by the Institution of Asset
Management, to identify the level of an organizations’ asset
management competence (IAM, 2015).
4.2. The PAS 55 standard
PAS 55 has been an international success since its first
publication in 2004. It has been increasingly recognized as a
generically applicable definition of good practices in the whole
life cycle and optimized management of physical assets. PAS 55
has been revised in 2008 and comprises two parts: PAS55-1
which specifies a checklist of 28 requirements for an effective
asset management system, and PAS55-2 which provides
practical guidance on the implementation of the standard.
PAS 55 has been withdrawn as a formal specification in
2015, after enabling a 1-year overlap with ISO 55000 for
organizations to transfer their certifications to the new
international standard. Nevertheless, all key elements of PAS 55
are retained strongly, although under a different structure, in the
ISO 55000 suite, including principles such as alignment of
objectives, life-cycle costing, risk management, leadership, con-
sultation, communication, competency development and infor-
mation management (BSI, 2014). In Figure 3, a PDCA grouping
of the PAS 55 requirements is provided.
QUALITY
Access to Success
Vol. 20, No. 169/April 2019
Figure 3. The Plan-Do-Check-Act Model and PAS 55 requirements
(Source: BSI, 2008)
GENERAL MANAGEMENT
1 5
By reviewing the two standards and by comparing Figures 2
and 3, it is apparent that the cross-mapping of individual re-
quirement clauses cannot be compared on a one-to-one basis
(Woodhouse, 2013; Ma et al., 2014). Further diverging from PAS
55, the ISO 55001 standard is designed to apply for any asset
type, albeit recognizing the particular applicability for the mana-
gement of physical assets. This introduces a generalization of
language and requirements in order to facilitate the implemen-
tation and interpretation of the standard within different asset
management contexts. Other significant changes include the
importance given on asset management policy and strategy to
cover stakeholders’ needs, the reduced steps in risk assess-
ment which is directly referred to the respective ISO 31000 risk
management system and the tightened requirements for audited
and documented information (Woodhouse, 2013).
Q U A L I T Y
Access to Success
Vol. 20, No. 169/April 2019
Figure 4. The asset management process of IIMM
(Source: IPWEA, 2015)
4.3. The IIMM standard
The IIMM standard is now at its fifth edition published in
2015, which has been driven largely by the introduction of the
new ISO 55000 suite of standards (IPWEA, 2015). IIMM is
recognized as one of the leading documents in infrastructure
asset management and its specialty is placed on providing "how
to" practices and methodologies in the area. IIMM can be
utilized as a major supplementary resource in implementing the
ISO 55001 requirements, with the latter describing "what is
needed" (IAM, 2015).
When comparing the IIMM with ISO 55001, it is evident that
they are formulated under two very different structural forms.
ISO 55001 provides a framework starting from general strategic
options and ending to operational elements of asset mana-
gement. Instead, the IIMM is structured as a guide to lead the
user through logical steps of defining requirements, developing
life-time strategies, implementing planning and finally identifying
the asset management enablers as supporting elements to the
management system. IIMM’s structure is depicted in Figure 4.
5. Discussion and conclusions
From the aforementioned analysis, it is apparent that the
recent publication of the ISO 55000 suite has significantly
changed the asset management systems landscape. The pur-
pose of the new ISO standard is to provide a framework of good
practices that can guide all asset management systems and
activities inside an organization in order to advance alignment
between strategic and operational levels towards a value-
maximizing common approach. The central idea behind the term
"value" incorporates an optimization process between perfor-
mance, risks and life-cycle asset costs.
All the basic principles that empower this standard are
already well known and extensively reviewed in the asset mana-
gement scholarship, though under a great number of different
professional perspectives (i.e. engineering asset management,
maintenance, project management, financial management etc.).
The basic difference, and certainly the basic advantage, is the
fact that for the first time, a wide international community has
made a consensus upon the implementation of an asset
management holistic framework. Indeed, the standard provides
an opportunity for organizations to standardize an otherwise
complex process involving numerous asset management
activities, practices and even systems that exist inside them.
The standard itself is generic in nature and applies to any
asset type. Given the vast differences between business orga-
nizations, their interpretations on "success" and the even larger
differences between asset types, it can be reasonably con-
cluded that the standard is mainly addressed to higher
organizational levels, strategic or tactical, where relevant simil-
arities and benchmarking opportunities may be possible. Thus,
the ISO 55000 suite is particularly applicable as a "shell"
framework, providing an overarching system that includes all
relevant management activities and other functional frameworks
that affect assets, as quality, environment, sustainable develop-
ment, and accounting.
The core of the standard is a proposed set of requirements
that describe "what" is needed for a successful asset
management system. No guidelines on "how to" are provided
and technical details for implementation are explicitly referred to
1 6
GENERAL MANAGEMENT
the relevant specialized documents, (e.g. ISO 31000, ISO 37500,
and ISO 9001), not excluding other more specific asset
practices and regulations that are already in place (e.g. safety,
IT, controlling). The strategic character of the standard is thus
evident, rendering it a suitable tool for good practice in strategic
planning for managing assets.
The latter can be significantly beneficial for organizations
who utilize a great number of physical assets for their opera-
tions. Especially for the infrastructure sector, it is expected that
mainly large organizations, public and private, will seek confor-
mance to the standard as a proof of excellence in their strategic
asset management decision-making approaches, advancing
their professional credentials and justifying their strategic
actions in the eyes of the public opinion and the market
respectively. In that sense, it can be estimated that with the new
standard, a new era of professional advancement in the field
has emerged, similar to the quality and sustainability optimi-
zation in organizations, initiated in the 1990’s.
Moreover, the whole issue of ISO 55000 seems to be fully
consistent with the modern privatization trends in the global
economy. While history will be the ultimate judge, there is strong
evidence that the standard addresses some crucial points in
current business reality. The framework facilitates the practice of
dividing public infrastructure into core units that will retain the
ownership of critical physical assets and other secondary units
whose functions may be outsourced to the private sector through
long-term leasing or contracting. Indeed, there is broad
evidence in international practice on such processes. Then, core
principles of the standard have already become obligatory by
international and state legislation. The European directives
2014/24 and 2014/25 on public procurement have for the first
time introduced a life-cycle asset provision, enforced into the
European member states. The life-cycle concept, besides the
obvious benefits that introduces in rational decision-making, it
can also be considered as a reliable tool to address long-term
costs, refining the details of potential long-term outsourcing ini-
tiatives.
The ISO 55000 suite has already affected the precedent
established asset management systems like the PAS 55, which
will not be further reviewed after the publication of the ISO
standards, and the IIMM which has already issued a 2015
version and a guideline for adjustment to the new ISO require-
ments (IPWEA, 2015). Nevertheless, it is expected that PAS 55
will continue to be used as an expanded guidance tool on the
management of physical assets (Woodhouse, 2014), while IIMM
will carry on being one of the best practical guides in ISO
implementation (IAM, 2015).
Other conceptual models and guidelines for asset mana-
gement, stemming from professional bodies like the Conceptual
Asset Management Model in the UK (IAM, 2015) and the Asset
Management Model in Australia (AMC, 2007), have major diffe-
rences in structure compared to ISO 55000. However, they still
illustrate the key management mechanisms already embodied
in ISO 55000 and, as core-principle frameworks, they will further
facilitate developments in practice and academia, in conjunction
with more detailed structures like the Global Forum for
Maintenance and Asset Management's (GFMAM's) 39 subjects
(Visser and Botha, 2015) or others, proposed by researchers
(e.g. El-Akruti et al., 2013).
These recent developments are bound to draw the attention
of large organizations around the world, and especially those
that incorporate expensive and large volumes of infrastructure
assets for their operation (e.g. electricity and water supply
sectors). The bi-fold pressure on those organizations is that in-
frastructures age with time resulting in increasing costs on
maintenance, while society continuously poses higher demands
for services’ quality, risk minimization, and sustainability.
Therefore, over the coming years, one can reasonably
expect an increasing range of industry sector and asset-type
guidance material to emanate, in order to interpret and apply
ISO 55001 requirements in different circumstances. Also,
significant challenges will potentially emerge in re-examining the
roles of asset owners, asset managers, operators and service
providers along with refining governance and regulatory frame-
works and stakeholders’ confidence (Woodhouse, 2014).
It is necessary to mention though that up-to-now, due to the
very recent publication of the ISO 55000 suite, there is no empi-
rical evidence on the benefits of its implementation (Hodkiewicz,
2015) and thus verification of the framework’s fitness for
particular asset management purposes is still essential. In that
sense, organizations, professionals, and academic researchers
are urgently required to extend the body of knowledge in this
area.
References
[1] Amadi-Echendu, J.E., Willett, R., Brown, K., Hope, T., Lee, J.,
Mathew, J., and Yang, B. S. (2010). What is engineering asset
management? In Definitions, concepts and scope of engineering
asset management (pp. 3-16). Springer, London.
[2] AMC (2007). What is Asset Management? The Asset Journal, 1(1),
4-5. The Asset Management Council, Australia.
[3] BSI (2008). PAS 55-1: Asset Management. Part 1: Specification for
the Optimised Management of Physical Infrastructure Asset. The
British Standards Institution Group, UK.
[4] BSI (2014). Moving from PAS55 to ISO55001: The new
international standard for asset management: Transition guide.
The British Standards Institution Group, UK.
[5] Camparano, A., and Masic, J. (2018). Municipal asset
management in China’s small cities and towns: Findings and stra-
tegies ahead. Journal of Infrastructure, Policy and Development,
2(1), 142-173.
[6] Clash, T., and Delaney, J. (2000). New York State's approach to
asset management: A case study. Transportation Research
Record: Journal of the Transportation Research Board, 1729, 35-
41.
[7] De Vroedt, M.E., and Hoving, M.P. (2014). Changing data needs
from a life cycle perspective in the context of ISO 55000. In
Electricity Distribution Conference – South East Asia, 20-23 May,
KL-Malaysia.
[8] Dixon, M. (2017). Asset management: making the 'unreasonable'
reasonable? Infrastructure Asset Management, 4(1), 3-7.
[9] Donovan, A. (2002). The Use of System Engineering for the
Procurement of Significant Assets. Faculty of Engineering,
University of Wollongong, Australia.
[10] Dornan, D.L. (2002). Asset management: Remedy for addressing
the fiscal challenges facing highway infrastructure. International
Journal of Transport Management, 1(1), 41-54.
[11] El-Akruti, K., and Dwight, R. (2010). Research Methodologies for
Engineering Asset Management. In ACSPRI Social Science
Methodology Conference 2010, Sydney, Australia.
[12] El-Akruti, K., Dwight, R., and Zhang, T. (2013). The strategic role
of engineering asset management. International Journal of
Production Economics, 146(1), 227-239.
[13] Frolov, V., Ma, L., Sun, Y., and Bandara, W. (2010). Identifying core
functions of asset management. In Definitions, Concepts and
Scope of Engineering Asset Management (pp. 19-30). Springer,
London.
[14] Haffejee, M. and Brent, A.C. (2008). Evaluation of an integrated
asset life-cycle management (ALCM) model and assessment of
practices in the water utility sector: technical note. Water SA,
34(2), 285-290.
[15] Hastings, N.A. (2010). Physical asset management (Vol. 2).
Springer Science and Business Media, London.
[16] Hodkiewicz, M.R. (2015). The development of ISO 55000 series
standards. In Engineering Asset Management-Systems,
Professional Practices and Certification (pp. 427-438). Springer
International Publishing.
[17] IAM (2015). Asset management - an anatomy. Version 3, Tech.
Rep., The Institute of Asset Management, UK.
[18] IBM (2007). The evolution of asset management. [Online]. IBM
Global Business Services Available at:
QUALITY
Access to Success
Vol. 20, No. 169/ April 2019
GENERAL MANAGEMENT
1 7
https://www-935.ibm.com/services/uk/igs/pdf/best_practices_in_asset_management_final.pdf, [Accessed 21 December, 2017].
[19] IPWEA (2015). IIMM Supplement 2015: Meeting ISO 55001 Requirements for Asset Management. The Institute of Public Works Engineering
Australasia.
[20] Kaplan, R.S. (1990). Measures for manufacturing excellence. Harvard Business Press, Boston, MA.
[21] Lloyd, C. (2010). Asset Management: Whole-life management of physical assets, ICE Publishing.
[22] Ma, Z., Zhou, L., and Sheng, W. (2014). Analysis of the new asset management standard ISO 55000 and PAS 55. In Electricity Distribution
(CICED), 2014 China International Conference (pp. 1668-1674). IEEE.
[23] Miles, R.E., Snow, C.C., Meyer, A.D., and Coleman, H.J. (1978). Organizational strategy, structure, and process. Academy of Management
Review, 3(3), 546-562.
[24] Mitchell, J.S., and Carlson, J. (2001). Equipment asset management – what are the real requirements. Reliability Magazine, 4, 14.
[25] Mitchell, J.S. (2002), Physical Asset Management Handbook (3rd Ed.), Clarion Technical Publishers, Houston, TX.
[26] Mohseni, M. (2003). What does asset management mean to you? In Transmission and Distribution Conference and Exposition, 2003 IEEE
PES (Vol. 3, pp. 962-964). IEEE.
[27] Morris, P., and Jamieson, A. (2004). Translating corporate strategy into project strategy. Project Management Institute, Pennsylvania-USA.
[28] Närman, P., Gammelgård, M., and Nordström, L. (2006). A functional reference model for asset management applications based on IEC
61968-1. In Nordic Distribution and Asset Management Conference.
[29] Nicol R., Amouyal P. (1999). Asset productivity: The next wave. Internal Innovation Series, The Boston Consulting Group.
[30] Păunescu, C. (2017). The importance of certification of organizations' management systems to ISO standards. Quality-Access to Success,
18(157), 45-49.
[31] Sarfi, R., and Tao, M. (2004). Asset Management – Realising a practical strategy. Energy Pulse: Insight, Analysis and Commentary on the
Global Power Industry.
[32] Schoenmaker, R., and Lei, T.V.D. (2015). Towards a line-of-sight, implementation of performance measurement by road agencies: A European
and Western Australian perspective. International Journal of Strategic Engineering Asset Management, 2(4), 370-394.
[33] Schuman, C.A., and Brent, A.C. (2005). Asset life cycle management: Towards improving physical asset performance in the process industry.
International Journal of Operations and Production Management, 25(6), 566-579.
[34] Srivannaboon, S., and Milosevic, D.Z. (2005). The Make-up of Project Management Elements as Influenced by Business Strategy: a case
study approach. In Technology Management: A Unifying Discipline for Melting the Boundaries (pp. 370-380). IEEE.
[35] Stapelberg, R.F. (2006), Risk Based Decision Making (RBDM) in Integrated Asset Management: From Development of Asset Management
Frameworks to the Development of Asset Risk Management Plans. CIEAM Cooperative Research Centre for Integrated Engineering Asset
Management, Brisbane, Australia.
[36] Thackara, A.D. (1975). Terotechnology – What it is all about. Chart Mechanics Engineering, 22, 88-90.
[37] Too, E.G. (2010). A framework for strategic infrastructure asset management. In: Amadi-Escendu et al., Definitions, concepts and scope of
engineering asset management, (pp. 31-62). Springer, London.
[38] Visser, J. K., and Botha, T. A. (2015). Evaluation of the importance of the 39 subjects defined by the global forum for maintenance and asset
management. South African Journal of Industrial Engineering, 26(1), 44-58.
[39] White, E.N. (1975). Terotechnology (physical asset management). Mining Technology, 57(5), 293-297.
[40] Wijnia, Y. (2016), Towards Quantification of Asset Management Optimality. In Proceedings of the 10th World Congress on Engineering Asset
Management (WCEAM 2015) (pp. 663-670). Springer International Publishing.
[41] Woodhouse, J. (2013), ISO 55000 [Online] Available at: http://www.assetman – agementstandards.com/resources/ISO55000+
introduction+v1.1.pdf [Accessed 22 March 2017].
[42] Woodhouse, J. (2014). Briefing: Standards in asset management: PAS 55 to ISO 55000. Infrastructure Asset Management, 1(3), 57-59.
Q U A L I T Y
Access to Success
Vol. 20, No. 169/ April 2019
