A tailored course, built for your situation
Mastering IFRS 17 for Financial Systems Developers
A complete implementation guide for Salesforce engineers in financial services
The situation this course is for
The gap between regulatory language and system execution creates recurring effort in reporting cycles, especially when auditors request traceability from clause to code. This friction slows deployment and increases rework risk, particularly under time-bound review windows.
Who this is for
Salesforce Developers in financial services institutions working on regulatory reporting systems, especially those interfacing actuarial models with enterprise platforms.
Who this is not for
This is not for compliance officers, auditors, or actuaries working purely at the policy level. It’s not for engineers maintaining non-financial CRM workflows without regulatory integration.
What you walk away with
- Translate IFRS 17 clauses into structured Salesforce logic flows with full audit lineage
- Automate data traceability from source fields to regulatory outputs
- Reduce validation cycles from weeks to hours with pre-validated rule templates
- Design extensible architectures that absorb future IFRS updates without full rework
- Own the technical narrative in cross-functional alignment sessions with actuarial and compliance teams
The 12 modules (with all 144 chapters)
- Understanding the distinction between OLT and VFM models in practice
- How measurement groups are defined and tracked in technical systems
- Identifying contract boundaries in multi-product policies
- Translating coverage units into technical identifiers
- Handling currency translation at contract level
- Mapping time variables: inception, reporting, and coverage dates
- Key differences between IFRS 17 and prior GAAP treatments
- Regulatory triggers for model changes and their system impact
- Role of dynamic lapsing in measurement calculations
- How reinsurance contracts are scoped under IFRS 17
- Understanding the uniting of interest methods across portfolios
- Technical implications of risk adjustments and CSM
- Optimal object hierarchy for contract grouping and segmentation
- Designing custom metadata types for measurement rules
- Using platform events for measurement boundary updates
- Managing large data volumes with asynchronous processing
- Partitioning logic by portfolio, currency, and jurisdiction
- Integrating with external actuarial systems via MuleSoft
- Security model design for jurisdictional data isolation
- Handling historical data migration under CSM rules
- Version control strategies for regulatory logic updates
- Audit trail requirements for CSM adjustments
- Performance tuning for aggregation queries
- Error handling in end-to-end measurement pipelines
- Mapping Table 1 disclosures to source objects
- Building roll-up summaries for liability cash flows
- Automating risk adjustment disclosures
- Structuring CSM rollforward reports
- Generating segment-level profitability views
- Linking disclosures to specific contract groups
- Designing regulator-ready PDF templates
- Exporting time-series data for audit review
- Versioning disclosure logic across reporting periods
- Handling currency-specific presentation rules
- Integrating with Tableau for visual reporting
- Validating disclosure completeness automatically
- Defining input parameters for GPM calculations
- Automating future cash flow projections in batch jobs
- Implementing discount rate ladders in custom settings
- Building dynamic CSM allocation logic
- Handling onerous contract recognition in real-time
- Designing rollback mechanisms for model updates
- Integrating with external yield curves via API
- Testing edge cases in rate shock scenarios
- Validating model outputs against spreadsheet benchmarks
- Logging execution context for audit review
- Scaling measurement jobs across large portfolios
- Error recovery patterns for failed measurement runs
- Designing field-level lineage tags in metadata
- Using custom audit objects for regulatory changes
- Implementing versioned logic rules with timestamps
- Linking Salesforce records to control assertions
- Generating automated audit packs from flows
- Capturing change requests in regulatory context
- Integrating with ServiceNow for change tracking
- Building dashboards for auditor access
- Masking sensitive data in audit exports
- Validating end-to-end traceability paths
- Handling data corrections with audit trails
- Documenting exception handling procedures
- Mapping Salesforce identifiers to actuarial model keys
- Designing API contracts for measurement results
- Handling asynchronous result acknowledgments
- Validating data consistency across systems
- Error handling in model run failures
- Scheduling integration jobs around actuarial cycles
- Designing fallback mechanisms for system downtime
- Monitoring integration health with alerts
- Version negotiation between systems
- Securing sensitive actuarial data in transit
- Handling large dataset transfers efficiently
- Reconciling totals across actuarial and CRM views
- Identifying pre-transition balance sources
- Calculating CSM on day one of adoption
- Designing migration paths for legacy contracts
- Automating profit recognition under transition rules
- Handling partial portfolio transfers
- Testing transition logic with historical data
- Validating consistency with actuarial models
- Documenting assumptions in metadata
- Reversing transition entries when required
- Reporting transition impacts to stakeholders
- Updating logic for revised transition guidance
- Archiving transition data for audit
- Building sandboxed testing environments
- Designing canary release patterns for rule changes
- Implementing feature flags for regulatory logic
- Managing approvals with compliance teams
- Documenting rational for logic changes
- Conducting impact assessments pre-deployment
- Rolling back changes with minimal disruption
- Auditing rule version history
- Training ops teams on new logic behavior
- Monitoring for unexpected side effects
- Standardizing change request templates
- Integrating with change advisory boards
- Optimizing SOQL queries for measurement jobs
- Using batch Apex with chunking strategies
- Caching frequently accessed reference data
- Designing asynchronous processing pipelines
- Monitoring governor limit consumption
- Partitioning data by fiscal period
- Indexing strategies for contract lookup
- Minimizing DML operations in loops
- Using platform cache for rate tables
- Parallelizing independent measurement groups
- Handling time-outs in long-running processes
- Scaling test coverage for performance
- Creating test datasets that reflect edge cases
- Automating expected value assertions
- Building regression test suites
- Validating boundary conditions in measurement
- Testing currency conversion logic
- Simulating rate shock scenarios
- Using Salesforce DX for CI/CD pipelines
- Integrating with external benchmark files
- Generating test coverage reports
- Mocking external system responses
- Validating data consistency across modules
- Documenting test assumptions and limitations
- Mapping jurisdiction-specific disclosure rules
- Building location-aware logic rules
- Handling tax treatment variations
- Designing override mechanisms for local rules
- Validating compliance with local audits
- Documenting jurisdiction-specific logic
- Managing currency and language settings
- Integrating with local actuarial practices
- Handling regulatory filing deadlines
- Auditing for cross-border data flows
- Scaling support for new jurisdictions
- Training local teams on centralized logic
- Monitoring for upcoming IFRS amendments
- Designing extensible logic rule frameworks
- Updating documentation automatically
- Planning for future convergence cycles
- Engaging with standards-setting feedback
- Building community knowledge internally
- Sharing best practices across teams
- Reducing rework through modular design
- Evaluating tooling for future readiness
- Documenting institutional memory
- Ensuring knowledge transfer to new hires
- Archiving deprecated logic safely
How this maps to your situation
- IFRS 17 implementation phase
- Salesforce integration with actuarial models
- Regulatory audit preparation cycle
- Cross-functional alignment with finance teams
Before vs. after
What's included with your purchase
- 12 modules with 12 chapters each (144 chapters)
- Downloadable templates and worked examples for every module
- Hand-built implementation playbook delivered alongside course access
- 30-day money-back guarantee
Delivery and format
- Course and learning environment access provisioned within 24 hours of purchase
- Hand-built implementation playbook delivered alongside course access
Format: Text-based modules and chapters in the Art of Service learning environment, plus downloadable templates and worked examples for every chapter, plus the hand-built implementation playbook delivered alongside course access.
Time investment: Approximately 90 minutes per module, designed for completion over six weekends.
How this compares to the alternatives
Unlike generic IFRS 17 overviews or actuarial deep dives, this course is built specifically for Salesforce engineers implementing the standard in production systems, bridging the gap between policy and code.
Frequently asked
Within 24 hours your account in the learning environment is provisioned and the tailored implementation playbook is delivered alongside it.