Key
Year:
- I = first-year course of the Bachelor’s Degree
- II = second-year course of the Bachelor’s Degree
- III = third-year course of the Bachelor’s Degreeor course shared between Bachelor’s and Master’s Degree
- M = course of the Master’s Degree
Term:
- 1 = first-term course
- 2 = second-term course
- Y = full-year course
| English Course Title (Italian Course Title) | Code | Sector | CFU/ECTS | Year | Term | Teachers | Language |
| Mathematical analysis 1 (Analisi matematica 1) | 561AA | MAT/05 | 15 | I | Y | Giovanni Alberti, Alessandra Pluda | |
| Arithmetic (Aritmetica) | 015AA | MAT/02 | 9 | I | 1 | Giovanni Gaiffi, Alessandro Iraci | |
| Physics I with laboratory (Fisica I con laboratorio) | 241BB | FIS/02 | 9 | I | 2 | Ignazio Bombaci, Alberto Messineo, Giuseppe Clemente | |
| Fundaments of programming with laboratory (Fondamenti di programmazione con laboratorio) | 017AA | INF/01 | 9 | I | 1 | Paolo Maria Mancarella, Roberta Gori, Damiano Di Francesco Maesa | |
| Geometry 1 (Geometria 1) | 614AA | MAT/03 | 15 | I | Y | Mario Salvetti, Filippo Gianluca Callegaro | |
| Introductory Computational Mathematics Lab (Laboratorio di introduzione alla matematica computazionale) | 1993Z | MAT/08 | 6 | I | Y | Paolo Giulietti, Fabio Durastante, Silvia Gazzola | |
| Algebra 1 (Algebra 1) | 037AA | MAT/02 | 6 | II | 1 | Ilaria Del Corso, Leonardo Patimo | |
| Algorithms and data structure (Algoritmi e strutture dati) | 039AA | INF/01 | 6 | II | 2 | Roberto Grossi | |
| Mathematical analysis 2 (Analisi matematica 2) | 546AA | MAT/05 | 12 | II | Y | Aldo Pratelli, Ilaria Lucardesi | |
| Numerical analysis with laboratory (Analisi numerica con laboratorio) | 043AA | MAT/08 | 9 | II | 1 | Beatrice Meini, Leonardo Robol, Cecilia Pagliantini | |
| Elements of probability and statistics (Elementi di probabilità e statistica) | 052AA | MAT/06 | 6 | II | 2 | Mario Maurelli, Aikaterini Papagiannouli | |
| Geometry 2 (Geometria 2) | 511AA | MAT/03 | 12 | II | Y | Roberto Frigerio, Mattia Talpo, Tamas Szamuely | |
| Scientific English (Inglese scientifico) | 013ZW | LANGUAGE | 6 | II | 1 | University qualification | |
| Algebra 2 (Algebra 2) | 038AA | MAT/02 | 6 | III | 2 | Enrico Sbarra, Andrea Bandini | |
| Mathematical analysis 3 (Analisi matematica 3) | 547AA | MAT/05 | 6 | III | 1 | Maria Stella Gelli, Carlo Carminati | |
| Scientific Computing (Calcolo scientifico) | 044AA | MAT/08 | 6 | III | 1 | Stefano Massei, Leonardo Robol | |
| Elements of complex analysis (Elementi di analisi complessa) | 046AA | MAT/03 | 6 | III | 2 | Marco Abate | |
| Elements of calculus of variations (Elementi di calcolo delle variazioni) | 047AA | MAT/05 | 6 | III | 1 | Matteo Novaga, Emanuele Paolini | |
| Elements of algebraic geometry (Elementi di geometria algebrica) | 049AA | MAT/03 | 6 | III | 1 | Andrea Di Lorenzo, Marco Franciosi | |
| Elements of celestial mechanics (Elementi di meccanica celeste) | 051AA | MAT/07 | 6 | III | 2 | Giulio Baù, Giacomo Lari | |
| Elements of Set Theory (Elementi di teoria degli insiemi) | 053AA | MAT/01 | 6 | III | 1 | Mauro Di Nasso | |
| Elements of algebraic topology (Elementi di topologia algebrica) | 054AA | MAT/03 | 6 | III | 1 | Filippo Gianluca Callegaro | |
| Partial differential equations (Equazioni alle derivate parziali) | 545AA | MAT/05 | 6 | III | 2 | Vladimir Gueorguiev | |
| Physics II (Fisica II) | 242BB | FIS/02 | 9 | III | 1 | Alessandro Strumia | |
| Physics III (Fisica III) | 243BB | FIS/01 | 6 | III | 2 | Marco Sozzi | |
| Differential geometry and topology (Geometria e topologia differenziale) | 055AA | MAT/03 | 6 | III | 1 | Paolo Lisca | |
| Groups and representations (Gruppi e rappresentazioni) | 057AA | MAT/02 | 6 | III | 2 | Leonardo Patimo, Michele D’Adderio | |
| Computational laboratory (Laboratorio computazionale) | 058AA | MAT/08 | 6 | III | Y | Beatrice Meini | |
| Experimental laboratory of computational mathematics (Laboratorio sperimentale di matematica computazionale) | 062AA | MAT/08 | 6 | III | 2 | Paola Boito | |
| Programming languages with laboratory (Linguaggi di programmazione con laboratorio) | 063AA | INF/01 | 9 | III | 2 | Roberta Gori, Vincenzo Ciancia | |
| Mathematical Logic (Logica matematica) | 064AA | MAT/01 | 6 | III | 2 | Marcello Mamino | |
| Elementary mathematics from an advanced standpoint: arithmetics (Matematiche elementari da un punto di vista superiore: aritmetica) | 065AA | MAT/04 | 6 | III | 1 | Alberto Cogliati | |
| Rational Mechanics (Meccanica razionale) | 575AA | MAT/07 | 6 | III | 2 | Giovanni F. Gronchi, Giacomo Lari | |
| Numerical Methods for Ordinary Differential Equations (Metodi numerici per equazioni differenziali ordinarie) | 067AA | MAT/08 | 6 | III | 2 | Leonardo Robol, Cecilia Pagliantini | |
| Probability (Probabilità) | 070AA | MAT/06 | 6 | III | 1 | Marco Romito, Mario Maurelli | |
| Operational research (Ricerca operativa) | 072AA | MAT/09 | 6 | III | 1 | Maria Grazia Scutellà | |
| Dynamical systems (Sistemi dinamici) | 074AA | MAT/07 | 6 | III | 1 | Claudio Bonanno | |
| Mathematical statistics (Statistica matematica) | 075AA | MAT/06 | 6 | III | 2 | Andrea Agazzi, Aikaterini Papagiannouli | |
| History of Mathematics (Storia della matematica) | 076AA | MAT/04 | 6 | III | 1 | Alberto Cogliati | |
| Field and Galois Theories (Teoria dei campi e teoria di Galois) | 078AA | MAT/02 | 6 | III | 2 | Ilaria Del Corso, Andrea Bandini | |
| Higher algebra A (Algebra superiore A) | 087AA | MAT/02 | 6 | M | 2 | Enrico Sbarra |  |
| Harmonic analysis (Analisi armonica) | 090AA | MAT/05 | 6 | M | 1 | Jacopo Bellazzini | |
| Complex Analysis and Geometry (Geometria e analisi complessa) | 0019A | MAT/03 | 6 | M | 1 | Fabrizio Bianchi | |
| Data Analysis (Analisi dei dati) | 699AA | MAT/06 | 6 | M | 2 | Marco Romito, Aikaterini Papagiannouli |  |
| Analysis on gaussian spaces | 0026A | MAT/06 | 6 | M | 1 | Dario Trevisan | |
| Calculus of variations B (Calcolo delle variazioni B) | 097AA | MAT/05 | 6 | M | 1 | Aldo Pratelli | |
| Elliptic Curves (Curve ellittiche) | 704AA | MAT/03 | 6 | M | 1 | Tamas Szamuely | |
| Orbital determination (Determinazione orbitale) | 101AA | MAT/07 | 6 | M | 1 | Giacomo Tommei | |
| Didactics of mathematics and new technologies (Didattica della matematica e nuove tecnologie) | 528AA | MAT/04 | 6 | M | 2 | Mirko Maracci | |
| Equations of fluid mechanics (Equazioni della fluidodinamica) | 554AA | MAT/05 | 6 | M | 2 | Luigi Carlo Berselli, Elisabetta Chiodaroli | |
| Elliptic equations (Equazioni ellittiche) | 109AA | MAT/05 | 6 | M | 2 | Bozhidar Velichkov | |
| Math Physics (Fisica matematica) | 111AA | MAT/07 | 6 | M | 2 | Claudio Bonanno | |
| Algebraic geometry B (Geometria algebrica B) | 116AA | MAT/03 | 6 | M | 2 | Sandro Manfredini |  |
| Algebraic geometry F (Geometria algebrica F) | 120AA | MAT/03 | 6 | M | 2 | Mattia Talpo | |
| Complex differential geometry (Geometria differenziale complessa) | 123AA | MAT/03 | 6 | M | 2 | Gregory J. Pearlstein | |
| Riemannian geometry (Geometria riemanniana) | 130AA | MAT/03 | 6 | M | 1 | Diego Conti | |
| Linear algebraic groups (Gruppi algebrici lineari) | 705AA | MAT/03 | 6 | M | 1 | Andrea Maffei | |
| Principles of algebra (Istituzioni di algebra) | 769AA | MAT/02 | 11 | M | 1 | Davide Lombardo | |
| Principles of mathematical analysis (Istituzioni di analisi matematica) | 770AA | MAT/05 | 11 | M | 1 | Pietro Majer | |
| Principles of numerical analysis (Istituzioni di analisi numerica) | 772AA | MAT/08 | 11 | M | 2 | Fabio Durastante, Paola Boito | |
| Principles of mathematics education (Istituzioni di didattica della matematica) | 771AA | MAT/04 | 11 | M | 1 | Anna Baccaglini-Frank, Pietro Di Martino, Giulia Lisarelli | |
| Fundamentals of mathematical physics (Istituzioni di fisica matematica) | 774AA | MAT/07 | 11 | M | 1 | Giovanni Federico Gronchi, Giulio Baù | |
| Principles of geometry (Istituzioni di geometria) | 768AA | MAT/03 | 11 | M | 2 | Bruno Martelli | |
| Principles of probability (Istituzioni di probabilità) | 773AA | MAT/06 | 11 | M | 2 | Dario Trevisan, tbd | |
| Celestial mechanic (Meccanica celeste) | 142AA | MAT/07 | 6 | M | 2 | Giovanni Federico Gronchi | |
| Space mechanics (Meccanica spaziale) | 144AA | MAT/07 | 6 | M | 2 | Giulio Baù | |
| Advanced mechanics (Meccanica superiore) | 145AA | MAT/07 | 6 | M | 2 | Paolo Giulietti | |
| Approximation methods (Metodi di approssimazione) | 146AA | MAT/08 | 6 | M | 2 | Federico Poloni | |
| Numerical methods for Markov chains (Metodi numerici per catene di Markov) | 148AA | MAT/08 | 6 | M | 1 | Beatrice Meini | |
| Numerical methods for partial differential equations (Metodi numerici per equazioni alle derivate parziali) | 795AA | MAT/08 | 6 | M | 2 | Luca Heltai | |
| Numerical methods for graphics (Metodi numerici per la grafica) | 149AA | MAT/08 | 6 | M | 1 | Paola Boito | |
| Mathematical models in biomedicine and mathematical physics | 559AA | MAT/05 | 6 | M | 1 | Vladimir Gueorguiev, Laura Manca | |
| Advanced Statistics (*) (Statistica superiore (*)) | 669AA | MAT/06 | 6 | M | 1 | Marco Romito | |
| Game Theory (Teoria dei giochi) | 211AA | MAT/09 | 6 | M | 2 | Giancarlo Bigi | |
| Knot theory A (Teoria dei nodi A) | 746AA | MAT/03 | 6 | M | 2 | Paolo Lisca | |
| Measure Theory (Teoria della misura) | 219AA | MAT/05 | 6 | M | 1 | Giovanni Alberti | |
| Theory and methods of optimization (Teoria e metodi dell’ottimizzazione) | 577AA | MAT/09 | 6 | M | 1 | Massimo Pappalardo | |
| Ergodic theory (Teoria ergodica) | 224AA | MAT/07 | 6 | M | 1 | Gianluigi Del Magno | |
| Algebraic topology B (Topologia algebrica B) | 766AA | MAT/03 | 6 | M | 2 | Mario Salvetti | |
(*) Borrowed from the course “Statistics II”, code 750AA, active in the Engineering Management Master’s Degree Course
Master’s Degree courses key: the symbol means the course is given in English, the symbol means the course is usually given in Italian but professors can switch to English even upon a single person’s request, the symbol means the course is given in Italian (professors can anyway offer help and bibliographic support to students who do not speak Italian and wish to attend).
IMPORTANT: Master’s Degree students can include two free-choice courses in their study plan. These courses can also be chosen from the course offer of other Master’s Degree courses or from Ph.D. courses from the University of Pisa (please see this link for Ph.D. courses in Mathematics offered by our Department) or from Master’s Degree or Ph.D. courses from Scuola Normale Superiore.