Standards provide recognized best practices and guidelines but exceeding standards can provide greater value. Three sentences:
Standards establish a baseline for asset management practices, processes, and systems but exceeding standards through proactive maintenance, predictive analytics, and integrated organization-wide systems allows organizations to optimize performance, manage risks, and achieve excellence in asset management. Integrating building information modeling (BIM) and asset management through the project lifecycle can improve long-term performance and reduce whole-life costs beyond what standards alone require. Adopting open standards for spatial data and common data protocols facilitates sharing of information and integration across organizations for better decision-making.
CCS335 _ Neural Networks and Deep Learning Laboratory_Lab Complete Record
The Value of Exceeding Standards for GIS and Asset Management
1. The Value of Standards
and why GIS and AM practitioners should exceed them
AGI Asset Management Special Interest Group
Geospatial and Location Analytics for Asset Management
Julian Watts MBA (under) VGCPAM, BApplSc
Principal Consultant, Atkins Management Consultants
Committee Member AGI AM SIG, Council Member IAM, Fellow RGS
9th December 2013
3. Some Stats
• Presently, there are more than 500,000 published
standards worldwide
• About £1bn per annum being invested in
standard creation and maintenance
Source: www.electronicdesign.com/products/don-t-underestimate-value-standards
4. The Value of Standards Governance
Value of a Governance Standard
Recognised Best Practice
Improved Effectiveness
Addressing Emergent Issues
Economic Opportunity
Value to the Organisation
Risk Management and Stewardship
Business Value and Alignment to Strategy
Emerging Threats
Transparency
Competitive Advantage
Value to the Vendor
Better Decisions and Outcomes for Customers
Transparency and a Level Playing Field
Reducing Complexity
Raising Standards
“Board level governance of
Information Technology is
no longer a bureaucratic
nicety, it is as critical to the
strategy and stewardship of
an organisation as financial
audit. Implemented well,
governance not only
delivers an essential
safeguard but offers an
effective, sustainable
competitive advantage.”Source: Standards Australia Limited 2012
5. The Value of Standards in IT
Source: The Value Of Standards - A Delphi Study
6. ISO Standards used in the Oil & Gas Industry
Source: www.ogp.org.uk/pubs/440.pdf
7. Federal Geographic Data Committee Digital
Cartographic Standard for Geologic Map
Symbolization
8. Show most urgent/expensive or
unsafe aspects across all currently
selected assets
Detailed information
Quick navigation by
map or list
• Allowed the Environment Agency to quickly
identify structures requiring urgent work.
• Combining multiple assets without the
need to refer to each individual paper report.
Only requires a web browser
Environment Agency Using Open Standards
9. The INSPIRE Standard
A spatial information Infrastructure for Europe that defines:
● Meta data (Catalogue and discovery service)
● Data specification (for 40 spatial themes related to the environment)
● Network services (discover, view, download, transform evoke)
Facilitates sharing of spatial data amongst public sector in Europe
To be implemented in stages between 2010 and 2019
ISO19115 and ISO19139 – Metadata Standards
● Allows great flexibility in the recording of metadata for both datasets and services
● Widely supported by all GIS
● Metadata standards adopted for INSPIRE
UK GEMINI 2.1 – UK Metadata Standard
● The UK metadata standard
● Application schema of ISO19115 and ISO19139 for compliance to INSPIRE
11. The Public are now part of our Information
Systems
Source: Spatial Summit – Phillip Dooley, Symphony3
12. Central Government Driven Initiatives
• Required to utilise PAS 1192 on any Government
spend over £5m from 2016
• Target to reduce public sector construction costs
by 15-20%
• If extended to all major projects, then between £1 billion and £2.5 billion per
annum savings within the UK can be realised in the construction phase alone.
• There is potentially even greater value in the post-construction in-service
phase.
13. The Management System for Assets
PAS 55-1 and ISO 55001
ISO 55000: Asset management –
Overview, principles and terminology
ISO 55001: Asset management –
Management systems – Requirements
ISO 55002: Asset management – Management
systems - Guidelines on the application of ISO
55001
15. PAS 55 definition of asset management
Asset management represents a cross-disciplinary approach to achieve sustained and best
value-for-money in the selection, construction/ acquisition, utilization, maintenance and
renewal/ disposal of physical infrastructure, plant and equipment.
Adapted from: BS PAS 55:2008
Asset Management
Systematic and coordinated activities and practices through which an
organisation optimally and sustainably manages its physical assets,
and their associated performance, risks and expenditures over their
lifecycle for the purpose of achieving its organisational strategic plan
Asset Management System (not an IT system!)
Organization’s policy, strategy, objectives and plans and the
activities, processes, systems and organization necessary for their
development, implementation and continual improvement
Asset
A physical item which has a value to the organization and has a
specific function, location and unique identification; for example a
road section, rail segment, equipment, tank, building, bridge, etc.
16. ISO 55000 definition of asset management
*Capabilities include people, resources, processes, information and technology
Adapted from: ISO 55000 CD2
Asset Management
coordinated activities of an organization to realise value
from assets over their life cycle in delivery of its objectives
Asset Management System
set of interrelated or interacting elements of an organization
to establish policies and objectives, and capabilities* to
achieve those objectives
Asset
something that has potential value to an organization and
for which the organization has a responsibility.
ISO 55000
Asset Management
Overview, Principles
and Definitions
(draft)
AM requires integration of engineering, business management, finance and IT
17. Differences between PAS-55 and ISO 55000
Note that unlike PAS 55, there is no specific requirement in ISO
55001 for taking a whole life approach to asset management
decisions; however, this can be mandated by the organisation through
its Asset Management Policy and Decision Criteria for investment
planning agreed with its stakeholders.
18. Innocent Aware Developing Competent Optimising Excellent
Learning Applying Embedding Integrating Optimising
Score Attribute Description
0 Innocent
The organization is starting to learn about the importance of asset
management activities
1 Aware
The organization is aware of the importance of asset management activities
and has started to apply this knowledge
2 Developing
The organization is developing its asset management activities and
embedding them
3 Competent
The organization’s asset management activities are developed, embedded
and are becoming effective
4 Optimising
The organization’s asset management activities are fully effective and are
being integrated throughout the business
5 Excellent
The organisation’s asset management activities are fully integrated and are
being continuously improved to deliver optimal whole life value
Generic Description of Maturity Scores
Adapted from DRAFT ISO55001 PAS 55/ISO 55001 Certification threshold
21 3 4 50
Asset Management Maturity Scale
23. What is the Difference between 1192-2 & 3?
PAS 1192-3 focuses on the operational phase of assets irrespective of
whether these were:
• Commissioned through direct capital works
• Acquired through transfer of ownership or
• Already existed in an asset portfolio.
However, like PAS 1192-2, PAS 1192-3 applies to both building and
infrastructure assets.
24. Guidance for Leveraging the Relationship
between BIM and Asset Management
The benefits from an integrated, enterprise-wide and life cycle approach
to BIM and Asset Management, will include:
• Greater clarity on long-term in-service performance expectations and the
consequences of design-stage decisions over life cycle performance and cost.
• Reduced project start-up costs due to availability of better information at the beginning
of the project.
• Reduced construction and operational costs as a result of reduced construction
defects.
• Better life cycle management resulting from more readily available consolidated design
and construction information as a single source of data.
• Reduced management process costs arising from incomplete data.
26. Standards Only Support ‘Good Practice’
“A standard only
proves you are able to
drive, not that you are
a good driver”
27. Exceeding the AM Standard ISO 55001
Dealing with
Maintenance Backlog
Achieving
State-of-Good Repair
Achieving a Sustainable
Infrastructure
Achieving Excellence
in Asset Management
PAS 55 / ISO 55001 Benchmark
21 3 4 5
Maintenance is an expense Maintenance is an investment
Innocence Developing Competence Optimising Excellence
Repair as good
as before
Reactive – fix it
when it breaks
Struggling with
management systems
Proactive,preventive
maintenance
Systems are a valuable tool –
informationis an asset
Sound knowledge of
cost,performance &
risk relationships
Proactivepredictive
maintenance
Outsourcedcontracts
deliver value & cost savings
Integratedorganization,
systems & processes
Maintenance&RenewalSpend
Performance&Reliability
Optimized planning
& decision making
A “paradigm shift” in attitude from
‘cost focus’ to ‘value focus’
Learning Applying Embedding Integrating Optimizing
28. IEEE Standard for Telecommunications
Information Exchange
Industry baseline: EIA/TIA 568A&B;
TIA942 Makes Testing and Durability
recommendations
•No certification requirement or program
•Left up to the vendor
•No required documentation
•Channel and component minimum
barriers to entry
Reduce Installation Costs
Maintain Loss Budgets
Easily Managed
Increase Your R.O.I.
•Lower energy usage
•Reduce installation labour
•High reliability
Source: CableExpress – The value in Exceeding the Standards for TIA942
Meets the Standard Exceeds the Standard
31. Conclusion
Standards support:
• Sharing of components
• Sharing of information
• Efficiency savings
• Staff competency
“They help us along the way but are not the ultimate destination”