Here the list of the Teaching activities and students mentoring in which I took part

Teaching

2024

• Lecturer for the course - Numerical Linear Algebra in Python - 20 hours, Scuola Superiore Sant'Anna

• Lecturer for the course - Computational Fluid Dynamics - 20 hours, Scuola Superiore Sant'Anna

• Lecturer for the Bachelor course on "Statistical Processing Of Experimental Data" (42 hours ≈ 40 students), Bachelor course in Biotechnology at the University of Urbino Carlo Bo, Urbino, Italy.

• Lecturer for the Master Course on "Numerical Methods for linear algebra and functional analysis" (63 hours ≈ 20students), Master course in Applied Informatics at the University of Urbino Carlo Bo, Urbino, Italy.

2023

• Lecturer for the Bachelor course on "Statistical Processing Of Experimental Data" (42 hours ≈ 40 students), Bachelor course in Biotechnology at the University of Urbino Carlo Bo, Urbino, Italy.

• Lecturer for the Master Course on "Numerical Methods for linear algebra and functional analysis" (63 hours ≈ 20students), Master course in Applied Informatics at the University of Urbino Carlo Bo, Urbino, Italy.

2022

• Lecturer for the course on "Advanced Topics in CFD“. Ph.D. in Mathematical Analysis, Modelling, and Applications, SISSA, Italy and Master in HPC, SISSA-ICTP, Italy. Click here for the page of the course.

• Summer School on reduced order methods in Computational Fluid Dynamics, SISSA, Trieste, Italy

• Training activities for course on “Reduced Order Methods for Computational Mechanics“. Ph.D. in Mathematical Analysis, Modelling, and Applications, SISSA, Italy and Master in HPC, SISSA-ICTP, Italy.

• Training activities for course on “Applied Mathematics: an Introduction to Scientific Computing by Numerical Analysis“. Ph.D. in Mathematical Analysis, Modelling, and Applications, SISSA, Italy and Master in HPC, SISSA-ICTP, Italy.

• Training activities for course on “Topics in Computational Fluid Dynamics“. Ph.D. in Mathematical Analysis, Modelling, and Applications, SISSA, Italy and Master in HPC, SISSA-ICTP, Italy.

2021

• Training activities for course on “Reduced Order Methods for Computational Mechanics“. Ph.D. in Mathematical Analysis, Modelling, and Applications, SISSA, Italy and Master in HPC, SISSA-ICTP, Italy.

2020

• Training activities for course on “Reduced Order Methods for Computational Mechanics“. Ph.D. in Mathematical Analysis, Modelling, and Applications, SISSA, Italy and Master in HPC, SISSA-ICTP, Italy.

2019

• Training activities for course on “Reduced Order Methods for Computational Mechanics“. Ph.D. in Mathematical Analysis, Modelling, and Applications, SISSA, Italy and Master in HPC, SISSA-ICTP, Italy.

• Summer School on reduced order methods in Computational Fluid Dynamics, SISSA, Trieste, Italy

2018

• Training activities for course on “Reduced Order Methods for Computational Mechanics“. Ph.D. in Mathematical Analysis, Modelling, and Applications, SISSA, Italy and Master in HPC, SISSA-ICTP, Italy.

2017

• Training activities for course on “Reduced Order Methods for Computational Mechanics“. Ph.D. in Mathematical Analysis, Modelling, and Applications, SISSA, Italy and Master in HPC, SISSA-ICTP, Italy.

Student Mentoring/Collaborations

PhD Students

• S. Hijazi, SISSA PhD student, on Reduced Order Modelling for turbulent flows.

• M. Zancanaro, SISSA PhD student, on Reduced Order Modeling for compressible flows (on-going).

• U. Morelli, University of Santiago de Compostela within the ROMSOC project, on Reduced Order Modeling for inverse problems and industrial applications (on-going)

• S. Georgaka, Imperial College London, on Reduced Order Models for Nuclear Engineering applications (on-going).

• K. Star, SCK/University of Ghent, on Reduced Order Models for Nuclear Engineering applications (on-going).

• S. Busto, University of Santiago de Compostela, on Reduced Order Models for Hybrid FEM-FV solvers.

• M. Mrosek, VW research center, on external aerodynamic shape optimization

• F. Romor, SISSA PhD student, on nonlinear model order reduction.

Master Students

• G. Zuccarino, University of Trieste Master Student, on Reduced Order Models for turbulent flows using variational multiscale methods.

• D. Papapicco, Politecnico of Torino, on nonlinear model order reduction.

• A. Ivagnes, Politecnico of Torino, on data driven correction terms for CFD-ROMs.

Professors

• G. Scovazzi, Duke University, on Reduced Order Models based on embedded methods.

• B. Rosic, University of Twente, on Bayesian Identification for ROMs and CFD.

• H. Matthies, TU Braunschweig, on Bayesian Identification for ROMs and CFD.

• H. S. Pallares, University of Villadolid, on ROMs for cardiovascular simulations.