Unified Asset Management - An Effective Approach For Key Decisions On Assets
Niranjan is associated with Ramco for over four years now, prior to which he has handled key roles across companies such as Hexaware Technologies, Deloitte Consulting India, Capgemini, Mahindra Satyam, and ABB, to name few.
Induction, deployment, and retirement are three fundamental processes in the active life of any asset, with pivotal roles played by three different sections within an organization - Finance, Operations and Maintenance. An asset means different thing to these sections.
• For Finance, it is a fixed asset that they capitalize, depreciate, and retire.
• For Operations, it is a resource that they use to conduct operations and generate revenue.
• For Maintenance, it is an equipment that they maintain to ensure its reliability.
Due to these diverse perspectives, an organization may end-up with fragmented systems and records for tracking the financial, operational and maintenance aspects of the same asset. Unified Asset Management (UAM) is an initiative to streamline the financial, operational and maintenance aspects of an asset through seamless integration of its induction, deployment, and retirement processes.
Unified Asset Induction (UAI)
UAI is the process of synchronized induction of an asset across different functions of the organization, resulting into a single global asset repository. It records the asset as a fixed asset in Finance, a resource in Operations, and maintainable equipment in Maintenance. These records are interlinked based on a common unique identification such that revisions to the configuration of the asset flows to the three functions.
UAI caters to different scenarios such as the below:
1. Operations-Related Assets That Need Maintenance:
Synchronized induction across Finance, Operations, and Maintenance.
2. Operations-Related Assets that do not Need Maintenance:
Synchronized induction across Finance and Operations.
3. Non-Operations Assets THAT NEED Maintenance:
Synchronized induction across Finance and Maintenance.
4. Non-Operations Assets That Do Not Need Maintenance:
Induction in Finance alone.
UAI provides considerable savings in time and effort required for defining multiple records representing a single asset for different functions.
Unified Asset Deployment (UAD)
UAD is the process of synchronized deployment of an asset by Operations based on internal and external constraints across different functions of the organization. It facilitates selection of the most suitable asset to perform a specific task and is especially significant for mobile and fleet assets. Factors affecting asset deployment decisions are as below. The internal factors are mapped against the external factors to identify the right asset-task fit.
Internal Factors:
1. Asset Age:
Based on age, assets are classified as infant, adult, and aged. Infants and aged assets should be deployed to tasks that minimize the risk of infant mortality or excessive fatigue respectively.
2. Asset Availability :
This is calculated as a percentage of the total time for which an asset is available for use over its total planned operating time. Assets with low availability should not be deployed to critical tasks with stringent timelines.
3. Asset Performance:
This is defined as the output of an asset over its input, where output is in terms of value or volume generated and input is in terms of resources or energy consumed. While high-efficiency assets are preferred for deployment to long running or voluminous tasks, shorter or smaller tasks are usually allocated to the low efficiency assets.
4. Asset Reliability:
This is measured in terms of the Mean Time between Failures (MTBF). Tasks that warrant uninterrupted operations or have environmental or safety implications need reliable assets with high MTBF.
5. Scheduled Maintenance:
Assets with current and up-coming maintenance schedules are not deployed to tasks with conflicting timelines.
External Factors:
1. Running Requirement:
It is not recommended to ex-pose infants and aged assets to the rigors of tasks with long running requirements.
2. Operating & Ambient Conditions:
Adult’s assets with high availability and reliability are preferred for tasks that need to be performed under adverse operating or ambient conditions.
3. Minimum Time/Usage between Recharges:
Assets with high performance or efficiency are required for tasks that demand longer time/usage between recharges.
Unified Asset Retirement (UAR)
UAR supports effective repair vs. replace decisions on as-sets based on 360-degree evaluation of the health, and profitability of the asset. The retirement recommendations are based on the below factors.
1. Balance Life:
This can be gauged in terms of usage and years of service recommended by OEMs and adjusted for life extensions from major overhauls and refurbishing of the asset.
2. Asset Availability:
Reduced availability over a period impacts utilization and hence profitability of the asset.
3. Asset Performance:
Low performance or reduced efficiency implies higher resource or energy consumption without a corresponding increase in the output, thus in-creasing operational cost and impacting profitability of the asset.
4. Asset Output Quality:
Reduction in quality of the out-put of the assets results into an increase in rework or wastage. This results into higher risk, increased operational cost and reduced profitability of the asset.
5. Asset Maintainability:
This is measured in terms of MTTR and indicates the average time required to revive an asset from a breakdown. High MTTR leads to lower avail-ability which impacts the utilization and hence the profit-ability of the asset.
6. Annual Maintenance Cost:
This should not be more than a specific percentage of the Asset Replacement Value (ARV). The threshold percentage is based on the industry and type of asset. ARV takes into consideration the landed cost of a new asset and revenue from disposal of the existing asset.
UAM is an effective approach that integrates the financial, operational, and maintenance aspects of an asset and enables improved profitability from it.
Induction, deployment, and retirement are three fundamental processes in the active life of any asset, with pivotal roles played by three different sections within an organization - Finance, Operations and Maintenance. An asset means different thing to these sections.
• For Finance, it is a fixed asset that they capitalize, depreciate, and retire.
• For Operations, it is a resource that they use to conduct operations and generate revenue.
• For Maintenance, it is an equipment that they maintain to ensure its reliability.
Due to these diverse perspectives, an organization may end-up with fragmented systems and records for tracking the financial, operational and maintenance aspects of the same asset. Unified Asset Management (UAM) is an initiative to streamline the financial, operational and maintenance aspects of an asset through seamless integration of its induction, deployment, and retirement processes.
Unified Asset Induction (UAI)
UAI is the process of synchronized induction of an asset across different functions of the organization, resulting into a single global asset repository. It records the asset as a fixed asset in Finance, a resource in Operations, and maintainable equipment in Maintenance. These records are interlinked based on a common unique identification such that revisions to the configuration of the asset flows to the three functions.
UAI caters to different scenarios such as the below:
1. Operations-Related Assets That Need Maintenance:
Synchronized induction across Finance, Operations, and Maintenance.
2. Operations-Related Assets that do not Need Maintenance:
Synchronized induction across Finance and Operations.
3. Non-Operations Assets THAT NEED Maintenance:
Synchronized induction across Finance and Maintenance.
4. Non-Operations Assets That Do Not Need Maintenance:
Induction in Finance alone.
UAI provides considerable savings in time and effort required for defining multiple records representing a single asset for different functions.
Unified Asset Deployment (UAD)
UAD is the process of synchronized deployment of an asset by Operations based on internal and external constraints across different functions of the organization. It facilitates selection of the most suitable asset to perform a specific task and is especially significant for mobile and fleet assets. Factors affecting asset deployment decisions are as below. The internal factors are mapped against the external factors to identify the right asset-task fit.
Internal Factors:
1. Asset Age:
Based on age, assets are classified as infant, adult, and aged. Infants and aged assets should be deployed to tasks that minimize the risk of infant mortality or excessive fatigue respectively.
2. Asset Availability :
This is calculated as a percentage of the total time for which an asset is available for use over its total planned operating time. Assets with low availability should not be deployed to critical tasks with stringent timelines.
3. Asset Performance:
This is defined as the output of an asset over its input, where output is in terms of value or volume generated and input is in terms of resources or energy consumed. While high-efficiency assets are preferred for deployment to long running or voluminous tasks, shorter or smaller tasks are usually allocated to the low efficiency assets.
4. Asset Reliability:
This is measured in terms of the Mean Time between Failures (MTBF). Tasks that warrant uninterrupted operations or have environmental or safety implications need reliable assets with high MTBF.
5. Scheduled Maintenance:
Assets with current and up-coming maintenance schedules are not deployed to tasks with conflicting timelines.
External Factors:
1. Running Requirement:
It is not recommended to ex-pose infants and aged assets to the rigors of tasks with long running requirements.
2. Operating & Ambient Conditions:
Adult’s assets with high availability and reliability are preferred for tasks that need to be performed under adverse operating or ambient conditions.
3. Minimum Time/Usage between Recharges:
Assets with high performance or efficiency are required for tasks that demand longer time/usage between recharges.
UAI is the process of synchronized induction of an asset across different functions of the organization, resulting into a single global asset repository
Unified Asset Retirement (UAR)
UAR supports effective repair vs. replace decisions on as-sets based on 360-degree evaluation of the health, and profitability of the asset. The retirement recommendations are based on the below factors.
1. Balance Life:
This can be gauged in terms of usage and years of service recommended by OEMs and adjusted for life extensions from major overhauls and refurbishing of the asset.
2. Asset Availability:
Reduced availability over a period impacts utilization and hence profitability of the asset.
3. Asset Performance:
Low performance or reduced efficiency implies higher resource or energy consumption without a corresponding increase in the output, thus in-creasing operational cost and impacting profitability of the asset.
4. Asset Output Quality:
Reduction in quality of the out-put of the assets results into an increase in rework or wastage. This results into higher risk, increased operational cost and reduced profitability of the asset.
5. Asset Maintainability:
This is measured in terms of MTTR and indicates the average time required to revive an asset from a breakdown. High MTTR leads to lower avail-ability which impacts the utilization and hence the profit-ability of the asset.
6. Annual Maintenance Cost:
This should not be more than a specific percentage of the Asset Replacement Value (ARV). The threshold percentage is based on the industry and type of asset. ARV takes into consideration the landed cost of a new asset and revenue from disposal of the existing asset.
UAM is an effective approach that integrates the financial, operational, and maintenance aspects of an asset and enables improved profitability from it.
