actuarial data management (adm) in a high-volume transactional processing environment
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ACTUARIAL DATA MANAGEMENT (ADM) IN A HIGH-VOLUME TRANSACTIONAL PROCESSING ENVIRONMENT Joe Strube and Bryant Russell GMAC Insurance, Southfield, Michigan. Goal of the ADM Function Equip the Actuarial Staff with the data resources necessary to excel in the performance of their functions - PowerPoint PPT PresentationTRANSCRIPT
2005 Ratemaking2005 RatemakingSeminarSeminar
ACTUARIAL DATA MANAGEMENT (ADM)IN A HIGH-VOLUME
TRANSACTIONAL PROCESSINGENVIRONMENT
Joe Strube and Bryant RussellGMAC Insurance, Southfield, Michigan
2005 Ratemaking2005 RatemakingSeminarSeminar
Goal of the ADM Function
Equip the Actuarial Staff with the data resources necessary to excel in the performance of their functions
Not simply “get the actuaries data”• Add value to their analytical processes• C.A.T. Criteria
– Complete (Collect, Consolidate, Derive)– Accurate (Clean dirty/distorted data)– Timely (Prioritize data resource deliveries)
• Possibly assume responsibility for next stage
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What Is A High-Volume Transactional Processing Environment (HVTPE)?
Frankly, It’s Arbitrary! • Online Transaction Processing System (OLTP)• Mainframe/Midrange Server Extract Files• Operational Data Store (ODS)• Data Warehouse (DW)• Data Mart (DM)• Desktop DB
Consider your most granular actuarial data resource Are 1 million or more transactions added per
month? If YES, you’re operating in an HVTPE
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ADM, An Outgrowth of End User Computing
Rockart & Flannery Research Study (1983)
• Sloan School of Management at MIT
• Interviewed 250 People• 3 Fortune 50 Manufacturers• 2 Major Insurance Companies• 3 Sizable Canadian Companies
• Identified Six Types of End Users• Non-Programming End Users• Command Level Users• End User Programmers• Functional Support Personnel• End User Computing Support Personnel• DP Programmers
2005 Ratemaking2005 RatemakingSeminarSeminar
The Square Rootof
12,345,678,987,654,321
is111,111,111
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As Technology Evolves, So Do Deliverables
Mainframe to Minicomputer to Microcomputer (PC)
Complex mainframe programs• Originally produced reports• Historical data files • Data downloads
Data Management Technology Branches Out• Data Warehousing• Data Marts• Online Analytical Processing (OLAP)• Extraction-Transformation-Loading Software (ETL)• Meta Data Repositories• Decision Support Systems• Data Profiling/Cleaning/Integration Software• Data Mining
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Modern Roles in End User Computing
Non-Programming End Users(Business Manager, Process Modeler, Trainer)
Command Level Users(HR Rep, Accountant, Claim Analyst, Market Analyst)
End User Programmers(Actuary, Financial Analyst, Strategic Planner)
Functional Support Personnel(Data Manager/Administrator, Actuarial Technician)
End User Computing Support Personnel(Help Desk, User Hotline, DSS Analyst, DW Support
Team) DP Programmers (a.k.a. Systems Analyst)
(Internal/Outside Contractor, Technical Consultant)
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Key Roles for ADM in a HVTPE
The Actuary
The Actuarial Technician
Information Technology Dept. (IT)
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HVTPE and The Role of the Actuary
HVTPE offers the opportunity to work with detailed, granular data
• Classification Analyses• GLM Analyses• Loss Distributions• Data Mining
Comparison of data sources across functional areas becomes possible
• Policy Year vs. Accident Year vs. Calendar/Accident Year “slices” can be reconciled more easily
• Common data source overcomes the “my data-your data” syndrome
2005 Ratemaking2005 RatemakingSeminarSeminar
The Role of the Actuary
HVTPE is inherently multidimensional• Transactional data is very granular, detailed• Multiple views can be aggregated from common
source (transactional data)• Very useful for examining interactions between
factors
As a “source”, HVTPE allows actuarial data repositories to be created, stored, and maintained over time
• Actuary can select data based on actuarial value• Less reliance on non-actuarial reports
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Q: Why not let the actuary do it all?
Many actuaries well-versed with database and analytical software
But data from HVTPE is just the first step• Data extraction is input to analyses• Actuarial work typically requires more than just a
summary report of historical experience
Data extraction process can overwhelm traditional desktop tools
• Over 1 million transactions per month• Even data storage, can overwhelm desktop resources
available to actuary
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Q: Why not let others (ADM) do it all?
Data specialization enables more robust process of gathering, storing, reporting data
• Data skills are specialized• Software and hardware can be “industrial strength”• Monitoring, balancing, aggregating are important,
but non-actuarial tasks
HVTPE is not a static environment • Changes to data definitions• Addition of new data elements• Addition of new data sources
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Q: Why not let others (ADM) do it all?
Value of actuarial data elements may be seen as secondary to other functional areas
• Required level of detail for actuarial analysis is different
• Historical retention periods are different• Specific data elements may be uniquely valuable to
the actuary – other areas would not gather/maintain these.
Actuarial data needs are dynamic• Summary level varies by type of actuarial analysis• Variables included can range from few to many• Not realistic to try & build all possible aggregations
ahead of time (OLAP tools notwithstanding)
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The Role of the Actuary Identify the value of actuarial data
• Critical Data Elements• Actuarially Valuable Data Elements• Nonessential Data Elements (for actuarial analysis)
Determine required level of detail• Granularity of data (e.g. at transactional level)• Historical time periods and retention periods• Definitions of derived data (e.g. books of business,
classes, etc.)
Support the Value Proposition of Data Dictionary
• What does the data mean? What are meaningful values?• Have definitions, coding, accuracy, completeness
changed over time?
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The Role of the Actuarial Technician
Data Facilitator• Building Inspector• Lawyer• Guinea Pig
Data Supplier• Fulcrum• Sculptor• Magician
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The Role of IT Management
Manage Infrastructure
Manage Corporate Projects
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Data Management Processes
Data Modeling, Metadata, Data Dictionary
Data Extraction, Profiling, QualityData Integration, TransformationData LoadingNot Data Retrieval, Reporting
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There are
336 cavities
on a golf ball.
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GMAC Insurance Case Study
Vehicle Service Contracts• Multiple period contracts – under 12 months to
over 84 months• Multiple countries and business partners• Multiple data sources• Over 1 million transactions per month
2005 Ratemaking2005 RatemakingSeminarSeminar
GMAC Insurance Case Study
Vehicle Service Contracts• Multiple period contracts – under 12 months to
over 84 months• Multiple countries and business partners• Multiple data sources• Over 1 million transactions per month
2005 Ratemaking2005 RatemakingSeminarSeminar
Q & A
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In Nawlins . . .
It’s mandatory to jazz things
up!