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ACT 201 · Year 2 · Semester 1 · 4 credits · Actuarial

Financial Mathematics (Exam FM)

Master the time value of money, cash flow engineering, and interest rate immunisation from first principles to SOA Exam FM mastery.

Season 1 · 8 episodes

Solvency Horizon: The Apex Life Audit

When an unexpected interest-rate spike threatens a 1.2 billion dollar annuity block at Apex Life, junior actuary Maya Lin must master the mathematics of interest, cash flows, bond portfolios, immunisation, and swaps to save the insurer from regulatory liquidation.

Protagonist · Maya Lin, Junior Actuarial Analyst in Asset-Liability Management at Apex Life Assurance
Setting · Apex Life Assurance headquarters, Chicago, during an intensive state regulatory examination
Stakes · A 45 million dollar capital deficit across 45,000 structured settlement and retirement policies will trigger a mandatory regulatory takeover unless the asset-liability profile is fully reconciled and immunised before the State Insurance Commission deadline.
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Cold open

At 6:45 AM on a rainy Tuesday, Maya Lin arrives at her desk to find an urgent red folder marked State Insurance Department Audit. Chief Actuary David Keller drops a printout with a glaring variance: the actuarial reserve for a legacy structured settlement block differs by twelve million dollars depending on whether the valuation software uses continuous compounding, nominal rates, or annual effective rates. With the regulator arriving at noon, Maya must establish absolute mathematical precision on the force of interest.

Transcript

At 6:45 AM on a rainy Tuesday, Maya Lin arrives at her desk to find an urgent red folder marked State Insurance Department Audit. Chief Actuary David Keller drops a printout with a glaring variance: the actuarial reserve for a legacy structured settlement block differs by twelve million dollars depending on whether the valuation software uses continuous compounding, nominal rates, or annual effective rates. With the regulator arriving at noon, Maya must establish absolute mathematical precision on the force of interest.

  • Define the accumulation function and distinguish between effective rates of interest and discount.
  • Convert seamlessly between annual effective, nominal, and continuous compounding measures.
  • Compute accumulated and present values under constant and time-varying forces of interest.
  • Apply equivalence relationships to solve fundamental actuarial pricing and reserving problems for SOA Exam FM.
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