Below is a list of my teaching actives, in reverse chronological order:

• Oct.–Apr. 2023, Simulation techniques, Teaching Asssistant, 56 hours, Course material
• Apr.–Sep. 2022, High Perforamance Molecular Dynamics with C++, Teaching assistant, 56 hours, Course material
• Sep.–Jan. 2018, Scientific programming for engineers, Teaching assistant, 56 hours,
• Feb.–Jun. 2018, Mise-à-niveau, Teaching assistant, 112 hours, First year calculus,
• Sep.–Jan. 2017, Scientific programming for engineers, Teaching assistant, 56 hours,
• Feb.–Jun. 2017, Numerical modeling of solids and structures, Teaching assistant, 56 hours,
• Sep.–Jan. 2016, Scientific programming for engineers, Teaching assistant, 56 hours,
• Feb.–Jun. 2016, Numerical modeling of solids and structures, Teaching assistant, 56 hours,
• Sep.–Jan. 2015, Continuum mechanics, Teaching assistant, 12 hours,
• Feb.–Jun. 2015, Statics I, Teaching assistant, 56 hours, Videos: Showing that a structure is isostatic, Show that a truss is isostatic
• Feb.–Jun. 2014, Statics I, Teaching assistant, 56 hours.

Below is a list of students projects I have supervised, in reverse chronological order:

• Feb.–Jun. 2018, Project supervision, 56 hours, Introduction to contact mechanics: Elastoplastic normal contact between solids (MA); Non-Linear Dynamic Deformations Model Applied to Earthquake Engineering (BA),
• Sep.–Jan. 2017, Master project supervision, 112 hours, Modélisation et optimisation des structures en coque par éléments finis,
• Feb.–Jun. 2017, Project supervision, , 28 hours, Dynamique en éléments finis (BA),
• Sep.–Jan. 2016, Project supervision, 56 hours, Plasticité avec la méthode des éléments finis~: analyse unidimensionelle (BA); Coupling of finite element with Green’s functions analytic expressions (MA),
• Feb.–Jun. 2016, Project supervision, 28 hours, Implementation of a Constitutive Law for Concrete (MA).