Teaching

• Trinity Term 2024: Exercises classes - Tutor for Calculus of Variations, MMath (Bachelor+Master of Mathematics), The Queen's College, University of Oxford

• Hilary Term 2024: Exercises classes - Tutor for Differential Equations 2, MMath (Bachelor+Master of Mathematics), The Queen's College, University of Oxford

• Hilary Term 2024: Exercises classes - Tutor for Numerical Analysis, MMath (Bachelor+Master of Mathematics), The Queen's College, University of Oxford

• Michaelmas Term 2023: Exercises classes - Tutor for Quantum Theory, MMath (Bachelor+Master of Mathematics), The Queen's College, University of Oxford

• Michaelmas Term 2023: Exercises classes - Tutor for Introductory Calculus, MMath (Bachelor+Master of Mathematics), The Queen's College, University of Oxford

• Michaelmas Term 2023: PhD course Foundation Space and Distributions, CDT Foundation courses, Mathematical Institute, University of Oxford

• Trinity Term 2023: Exercises classes - Tutor for Calculus of Variations, MMath (Bachelor+Master of Mathematics), The Queen's College, University of Oxford

• Hilary Term 2023: PhD course on Gradient flows in metric spaces: overview and recent advances, Mathematical Institute, University of Oxford

• Hilary Term 2023: Exercises classes - Tutor for Optimal Transport & Partial Differential Equations, MMath (Bachelor+Master of Mathematics), Mathematical Institute, University of Oxford

• Hilary Term 2023: Exercises classes - Tutor for Differential Equations 2, MMath (Bachelor+Master of Mathematics), The Queen's College, University of Oxford

• Hilary Term 2023: Exercises classes - Tutor for Numerical Analysis, MMath (Bachelor+Master of Mathematics), The Queen's College, University of Oxford

• Michaelmas Term 2022: Exercises classes - Tutor for Functional Analytic Methods for PDEs, MMath (Bachelor+Master of Mathematics), Mathematical Institute, University of Oxford

• Michaelmas Term 2022: Exercises classes - Tutor for Applied PDEs, MMath (Bachelor+Master of Mathematics), Mathematical Institute, University of Oxford

• Michaelmas Term 2022: Exercises classes - Tutor for Quantum Theory, MMath (Bachelor+Master of Mathematics), The Queen's College, University of Oxford

• Michaelmas Term 2022: Exercises classes - Tutor for Introductory Calculus, MMath (Bachelor+Master of Mathematics), The Queen's College, University of Oxford

• Summer 2020: Course on Modeling and Analysis in Continuum Mechanics 2 (english), Master Degree in Computational and Applied Mathematics, Friedrich-Alexander-Universität Erlangen-Nürnberg (joint with Prof. Dr. Martin Burger) 

• Summer 2020: Exercises classes - Tutor for Partial Differential Equations for Life Sciences (english), Master Degree in Integrated Life Sciences, Friedrich-Alexander-Universität Erlangen-Nürnberg

• Winter 2019: Course on Modeling and Analysis in Continuum Mechanics 1 (english), Master Degree in Computational and Applied Mathematics, Friedrich-Alexander-Universität Erlangen-Nürnberg (joint with Prof. Dr. Martin Burger) 

• Fall 2018: Exercise classes - Tutor for Mathematical Analysis I, Bachelor Degree in Ingegneria dell'Informazione, University of L'Aquila

• Spring 2018: Exercise classes - Tutor for Mathematical Analysis II, Bachelor Degree in Ingegneria dell'Informazione, University of L'Aquila

• Fall 2016: Exercise classes - Tutor for Functional Analysis in Applied Mathematics And Engineering (english), Master Degree in Mathematical Engineering-MathMods program and Bachelor Degree in Mathematics, University of L'Aquila

• March 2014 - December 2014: MIUR (Ministry of Education, University and Research) Project ''Logicamente'', Città della Scienza - The project had the overall aims to raise the level of mathematical and scientific literacy of Italian students and to support school teachers in teaching some delicate topics. I was a tutor for the project.

Mentoring

PhD Students

• László Mikolás, University of Oxford, co-supervised with José Antonio Carrillo. The thesis concerns the study of evolution equations on graphs and inverse problems in aggregation-diffusion PDEs.

Supervision of MSc thesis

• AA 2020/21: Lukas Weigand, Transport distance for equations derived from Brownian active particles, Master Degree in Computational and Applied Mathematics, Friedrich-Alexander-Universität Erlangen-Nürnberg (co-supervised with Prof. Dr. Martin Burger)

• AA 2022/23: Two dissertations on the topic "Optimal transport theory applied to PDEs", MMath (Bachelor+Master of Mathematics), Mathematical Institute, University of Oxford.

Supervision of BSc thesis

• AA 2023/24: BEE Extended Essay on  "The Hille--Yosida Theorem for Evolutionary PDEs", MMath (Bachelor+Master of Mathematics), Mathematical Institute, University of Oxford.