CrTAS study materials
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CrTAS study plan

CrTAS · Give each week a clear focus.

8 weeks · About 7 hours per week

Week 1

Risk Management Fundamentals and Governance & Market Risk Measurement and Management

  • Map the exam blueprint into a one-page coverage matrix that lists every domain, its weight, and the three sub-skills you must be able to perform under each

  • Define risk appetite, tolerance, and limit hierarchy in your own words and write two worked examples showing how a board-level appetite statement cascades into a desk-level limit

  • Distinguish the three lines of defense and assign concrete CrTAS-relevant responsibilities (risk function, treasury, internal audit) to each

  • Compute value at risk for a two-asset portfolio using both the variance-covariance and historical simulation approaches, and record where the two answers diverge

Your checkpoint

A one-page blueprint coverage matrix plus a two-page governance memo containing the appetite-to-limit cascade and your two VaR calculations with a reconciliation note

Week 2

Market Risk Measurement and Management

  • Derive and interpret parametric VaR, expected shortfall, and marginal and component VaR for a multi-position book

  • Backtest a VaR model using a Kupiec proportion-of-failures test and state whether the model is rejected at 95% confidence

  • Explain the volatility scaling and correlation assumptions embedded in parametric VaR and identify two situations where each breaks down

  • Calculate DV01, duration, and convexity for a fixed-income position and translate a 25 basis point shock into a P&L estimate

Your checkpoint

A model validation worksheet showing VaR, expected shortfall, component VaR, and a Kupiec backtest result, with a written verdict on model adequacy

Week 3

Market Risk Measurement and Management & Credit Risk Analysis and Counterparty Exposure

  • Price and interpret an interest rate swap and an FX forward, then quantify the mark-to-market exposure profile across the trade lifecycle

  • Distinguish current exposure, potential future exposure, and expected exposure, and sketch a PFE curve for a 5-year swap

  • Compute credit valuation adjustment for a single counterparty using a simplified exposure, probability of default, and loss given default input set

  • Apply a netting set and collateral agreement to reduce exposure and quantify the reduction against the gross figure

Your checkpoint

A counterparty exposure sheet for a three-trade portfolio showing gross and netted exposure, PFE at three horizons, and a CVA estimate with assumptions stated

Week 4

Credit Risk Analysis and Counterparty Exposure

  • Build a probability of default estimate from a structural Merton-style framework and compare it with a through-the-cycle rating approach

  • Calculate expected loss and unexpected loss for a corporate obligor and explain how each feeds pricing and capital

  • Interpret credit ratings migration and default rate tables to size a portfolio's credit concentration

  • Explain wrong-way risk and construct one concrete trade example that creates it

Your checkpoint

A credit risk case file for one obligor containing PD, LGD, EAD, expected loss, unexpected loss, and a wrong-way risk assessment, plus a 300-word comparison of structural versus ratings-based PD

Week 5

Liquidity and Asset-Liability Management

  • Construct a contractual maturity ladder and compute the liquidity coverage ratio from a simplified inflow and outflow schedule

  • Compute the net stable funding ratio and identify which asset and liability buckets drive the shortfall

  • Measure gap analysis and duration of equity for a stylized bank balance sheet under a 100 basis point parallel rate shift

  • Distinguish funding liquidity risk from market liquidity risk and give one metric for each

Your checkpoint

A liquidity dashboard for a stylized balance sheet with LCR, NSFR, one-month and three-month gaps, and duration of equity, each with a pass or fail flag against stated thresholds

Week 6

Operational, Compliance, and Model Risk & Treasury Operations, Cash, and Payments

  • Compile a risk and control self-assessment for a treasury process and rate each inherent risk and residual risk on a defined scale

  • Build a five-by-five risk heat map from your self-assessment output and justify the placement of the top three items

  • Classify at least six payment and settlement risk events (settlement fails, Herstatt-type timing risk, payment fraud, duplicate instruction) and match each to a control

  • Describe the components of model risk management (inventory, validation, ongoing monitoring, governance) and apply them to one model you have built in this plan

Your checkpoint

A treasury risk and control self-assessment pack containing the control matrix, heat map, and a model risk inventory entry for the VaR model built in week 2

Week 7

Risk Reporting, Stress Testing, and Capital & Treasury Operations, Cash, and Payments

  • Design a stress testing program that specifies at least four scenarios, the transmission channels, and the metrics reported for each

  • Aggregate risk results into a one-page executive risk report with a clear narrative and three recommended actions

  • Compute risk-weighted assets and the common equity tier 1 ratio for a simplified balance sheet and show the effect of a stress scenario

  • Reconcile a cash position and explain intraday liquidity monitoring and how a payment queue affects the daily funding need

Your checkpoint

An executive risk report package containing the stress test results table, CET1 ratio before and after stress, and a cash reconciliation with intraday liquidity commentary

Week 8

Risk Management Fundamentals and Governance & Market Risk Measurement and Management & Credit Risk Analysis and Counterparty Exposure & Liquidity and Asset-Liability Management & Operational, Compliance, and Model Risk & Treasury Operations, Cash, and Payments & Risk Reporting, Stress Testing, and Capital

  • Re-derive from memory the key formulas across all seven domains and log any formula you could not reproduce

  • Complete at least 120 timed practice questions weighted to the blueprint and record accuracy by domain

  • Convert every missed question into a one-line corrective note and re-test the weakest two domains

  • Rehearse a two-minute verbal explanation of how market, credit, liquidity, and operational risk connect in a single institution

Your checkpoint

A final readiness scorecard showing accuracy by domain, a formula recall checklist, and a prioritized list of the three weakest areas with a remediation action for each

Milestones

Week 2: Reproduce parametric and historical VaR plus expected shortfall from memory on a blank sheet and pass a Kupiec backtest interpretation without notes

Week 4: Complete a full obligor credit file (PD, LGD, EAD, expected and unexpected loss, CVA) in under 60 minutes with correct arithmetic

Week 6: Produce a control matrix and heat map that maps every identified treasury risk to at least one named control, with no orphan risks

Week 7: Deliver a one-page executive risk report that a non-specialist reader can act on, with stress results and CET1 impact reconciled to the underlying numbers

Week 8: Score at least 75 percent overall on a timed 120-question mock and at least 65 percent in every individual domain, with no domain below threshold