1st MODULE (3 CFU)
Topic: Review of Basic Probability Theory
Learning Goals: Probabilistic tools from the calculus viewpoint, with some elements of measure theory.
Topic Description: Discrete and general probability spaces; conditional probability and independence; random variables and their distribution (discrete case and continuous case); most commonly used models of probability distribution in finance; location and dispersion indexes; quantile functions; conditional expectation (integration with respect to a probability measure).
2nd MODULE (3 CFU)
Topic: Multivariate (static and dynamic) models under uncertainty
Learning Goals: Extending probability distributions to random vectors and stochastic processes, as models of financial phenomena.
Topic Description: Random vectors and joint distributions; marginal distributions; stochastic processes and finite dimensional distributions (FIDIS); some theorems about convergence of random variables; Monte Carlo simulation and the inverse transform method; characteristic function and moment generating function; some commonly used stochastic processes in finance: Bernoulli, random walk, Wiener, AR(1), martingale, Markov Chains; elements of stochastic calculus (Itô integral and diffusive stochastic differential equations).
3rd MODULE (3 CFU)
Topic: Stochastic Models and Finance
Learning Goals: Applying random distributions (univariate and mulivariate) and stochastic processes to some typical financial models: pricing, risk and performance measurement.
Topic Description: Modeling markets invariants (log-returns); coherent and general risk measures (e.g. Value-at-Risk, Expecetd Shortfall); pricing simple derivative contracts: the binomial approach (discrete time) and the Black-Scholes approach (continuous time, no arbitrage); stochastic control through simple cases: stochastic dynamic programming and equivalent martingale approach in discrete and continuous time. Copula and dependence concepts.