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ACT 101 · Year 1 · Semester 1 · 3 credits · Actuarial

Introduction to Actuarial Science & Insurance

Navigating uncertainty with mathematics, data, and professional judgement: the foundational architecture of actuarial practice.

Season 1 · 8 episodes

The Solvency Line: Maya Lin at Meridian Mutual

When an inherited portfolio and an aggressive expansion push century-old Meridian Mutual toward regulatory intervention, a first-year actuarial analyst must trace risk across operations, products, pensions, and capital models to save forty-five thousand policyholders.

Protagonist · Maya Lin, a first-year actuarial analyst at Meridian Mutual with a background in mathematics and computer science.
Setting · Meridian Mutual headquarters in Chicago and the Illinois Department of Insurance review chambers.
Stakes · If Meridian fails to accurately quantify its liabilities and rectify its capital shortfall, state regulators will trigger mandatory receivership, liquidating the company and stranding thousands of pensioners and commercial policyholders.
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Cold open

Seven in the morning on Maya Lin's second week at Meridian Mutual. Chief Actuary David Keller drops a manila binder on her desk: sixty municipal transport fleets joined Meridian's commercial pool last quarter, but claims are already running three times the initial forecast. If we cannot explain why the variance exploded by Friday, the underwriting committee will double premiums across the board and destroy the entire book.

Transcript

Seven in the morning on Maya Lin's second week at Meridian Mutual. Chief Actuary David Keller drops a manila binder on her desk: sixty municipal transport fleets joined Meridian's commercial pool last quarter, but claims are already running three times the initial forecast. If we cannot explain why the variance exploded by Friday, the underwriting committee will double premiums across the board and destroy the entire book.

  • Distinguish between pure risk, speculative risk, and insurable risk under actuarial criteria.
  • Derive and interpret the mathematical mechanism of risk pooling using the Law of Large Numbers.
  • Calculate expected loss, variance of aggregate claims, and pure premium for independent exposure units.
  • Explain how information asymmetry creates adverse selection and moral hazard, and identify basic underwriting remedies.
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