EPFL

• Parallel and high-performance computing, TA, Fall 2022. Exercise session. Vectorization, MP, MPI and CUDA in the fidis and helvetios supercomputers. The final project was the paralelization of Conjugate gradient code in C using MPI and CUDA.
• Algèbre linéaire avancée I, TA, Fall 2021.

Universidad Nacional de Colombia

• Fundamentals of heat transfer, TA, Fall 2011. Classic heat transfer lab. Small heat conductivity experiments, natural convection measurements and test of a heat exchanger efficiency.
• Mathematical modeling, TA, Spring 2012. Introductory class of mathematical modeling for engineering. Small introduction of ordinary and partial differential equations. Exercises with some toy problems (SIR models, Lotka–Volterra equations, the heat equation). Most of the course was to develop a small project in Matlab depending of the interest of each student.
• Applied engineering project, TA, Fall 2011, Fall 2012. I supervised small industrial and research projects of undergraduate students teams. It is a lot of fun to see small projects go through the design, construction and test phases.

Workshops at CIAID (2021)

• Discretisation methods for PDEs. Finite element method
• Computational tools for engineering. FEniCS and ParaView
• Computational fluid mechanics. Incompressible Navier-Stokes equations.