Core
Numerical Analysis
Floating-point arithmetic, nonlinear equations, linear systems, eigenvalue problems, interpolation and quadrature.
Teaching & didactics
Numerical mathematics taught through ideas, algorithms and experiments.
Teaching spans introductory numerical analysis, approximation theory, differential equations, visual computation and doctoral topics, supported by a long-running archive of notes, code and examinations.
Since 1995university teaching
UG → PhDmultiple levels
Theory + codeMatlab / Octave laboratories
Internationalcourses and lectures abroad
Teaching areas
A connected route through numerical mathematics.
Courses are organised around a common progression: mathematical foundations, stable algorithms, computational implementation and applications.
Understand the modelAnalyse stabilityImplement the methodInterpret the result
Approximation
Approximation Theory & Applications
Polynomial and rational approximation, splines, radial basis functions, stability and multivariate methods.
Scientific computing
Numerical Methods for Differential Equations
Time-stepping, finite differences, multistep methods and computational models for applied problems.
Advanced
Doctoral and specialist courses
Kernel methods, numerical linear algebra, approximation, medical applications and focused research topics.
Books & resources
Materials designed to support independent work.
The archive combines explanatory notes, exercises, code, examination texts and longer-form publications.
Book
Introduzione al Calcolo Numerico con codici in Matlab/Octave
Concepts, algorithms and executable examples for a first course in numerical computation.
View book ArchiveCourses, exercises and examinations
Historical teaching material developed across Mathematics, Computer Science, Statistics and related programmes.
Open archive CodeNumerical experiments and software
Selected Matlab / Octave resources connected to numerical methods and approximation.
Browse softwareTeaching history
Experience across institutions, programmes and countries.
A concise map of the teaching archive; the legacy page preserves the detailed year-by-year material.
- 2009–present
University of Padova
Numerical analysis, approximation theory, differential equations, doctoral topics and applications in medicine.
- 2001–2009
University of Verona
Numerical calculus, analysis, approximation methods, computer graphics and computational laboratories.
- 1995–2001
University of Udine
Early teaching in numerical analysis and computational mathematics.
- International
Courses and lectures abroad
Teaching experience in Belgium, Germany, Poland, New Zealand and Cameroon.
For students
Questions about material, theses or supervision?
Please use the contact page and include the course or topic in the subject line.