Actuarium

Exams

Study guides, original practice questions with worked solutions, and past-paper strategy for every CAS, SOA and CPCU exam — each linked to the Library so you study the concept, not just the syllabus.

43 exams & requirements361 practice questionsKaTeX-rendered solutions

Casualty Actuarial Society — ACAS and FCAS for property & casualty.

Preliminary

Exam 1 Probability (P)

Preliminary

Exam P/1 tests calculus-based probability: set theory, conditional probability and Bayes, discrete and continuous univariate distributions, transformations, moment generating functions, and joint/conditional/marginal distributions. It is shared with the SOA and is the usual first exam.

30 multiple-choice3 hours300 study hrs9 MC · 2 written

Exam 2 Financial Mathematics (FM)

Preliminary

Exam FM/2 covers interest theory: accumulation functions, nominal and effective rates, annuities, loan amortization and sinking funds, bond pricing and amortization, yield curves and spot/forward rates, duration, convexity, and immunization. Derivatives were removed from the FM syllabus in 2022; the emphasis is now firmly on cash-flow valuation.

30 multiple-choice2.5 hours250 study hrs9 MC · 2 written

MAS-I Modern Actuarial Statistics I

Preliminary

MAS-I covers Poisson processes and Markov chains, survival and reliability, parametric estimation and hypothesis testing, GLMs with an actuarial lens, and ARIMA time-series basics. It is the first exam with an explicit modeling mindset.

45 multiple-choice4 hours350 study hrs9 MC · 2 written

MAS-II Modern Actuarial Statistics II

Preliminary

MAS-II is the credibility and modern-modeling exam: classical and Bayesian credibility, conjugate priors and MCMC diagnostics, penalized regression, tree ensembles, and linear mixed models as a generalization of Bühlmann–Straub.

45 multiple-choice4 hours350 study hrs9 MC · 2 written

Associateship (ACAS)

Fellowship (FCAS)

Non-exam requirement

Study-plan builder

Choose your exam, dates and weekly time blocks. The builder weights weeks by syllabus topic, reserves the final 15% for review and mock exams, and tracks every session you complete.

Pick your study days; block lengths are scaled to hit your weekly target.

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Suggested timeline: 40 weeks at 8 h/week (≈400 recommended hours incl. 15% review)

TopicWeightHoursResourcesPractice
Excess, deductible & increased-limits pricing
  • Compute increased limit factors (ILFs) from a fitted severity distribution.
  • Price excess and deductible layers using limited expected value functions.
  • Adjust ILFs for trend, ALAE inclusion/exclusion and loss development.
  • Evaluate the sensitivity of layer pricing to severity distribution tail assumptions.
30%102 2 MC · 2 written
Individual risk rating & retrospective plans
  • Compute experience-rating modification factors incorporating credibility.
  • Determine retrospective premium under basic and incurred-loss retro plans, including loss limitation.
  • Apply schedule rating debits/credits to adjust manual premium for risk characteristics.
  • Assess the incentive effects of individual risk rating plans on insured behavior.
25%85 1 MC · 1 written
Catastrophe modeling & reinsurance pricing
  • Describe the components of a catastrophe model (hazard, exposure, vulnerability, financial modules) and their use in pricing.
  • Price catastrophe excess-of-loss and aggregate covers using exceedance probability output.
  • Apply reinsurance pricing techniques (burning cost, exposure rating) to non-catastrophe treaties.
  • Assess model uncertainty and its effect on catastrophe reinsurance pricing decisions.
25%85 2 MC
Stochastic reserving & reserve ranges
  • Apply stochastic reserving methods (Mack, bootstrap ODP, GLM-based) to quantify reserve variability.
  • Construct a reserve range and interpret percentiles for risk margin and capital purposes.
  • Assess correlation across lines of business when aggregating stochastic reserve distributions.
  • Compare stochastic reserve ranges with deterministic best estimates for reasonableness.
20%68 1 MC · 1 written

12 weeks · 96 planned hours for SOA GIADV · recommended ≈400 hrs (304 short)

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