GitLab

CLI shell via UART for STM32 ARM microcontrollers

Discrete Adjoint for Rapid Transonic Flows

Finite Element tools for A&M

Tools and models built during my master's thesis in bioengineering.

Basic FE playground

Codes relating the minimum size to the filter and projection parameters of the robust formulation

MiPI Flow Tools comprises a set of codes written in Python for the effective visualization of flow cytometry data. This toolbox has been created by Boris Zacchetti during his postdoctoral stay at the Microbial Processes and Interactions lab (ULiège)

Columbia Hands-on Session 2.06.2021

Smart Aquaponics Git - Git used to store the modeling framework of the Smart Aquaponics project. The Python codes have developed by Ir. Benoît Stalport (Liege University) within the Smart Aquaponics project and as part of a phd thesis.

Physical engineering master of the University of Liège - First group of the multiphysical project of the year 2021: optically pumped micromechanical oscillators. From quasi scratch to infinity.

MiPI Flow Tools comprises a set of codes written in Python for the effective visualization of flow cytometry data. This toolbox has been created by Boris Zacchetti during his postdoctoral stay at the Microbial Processes and Interactions lab (ULiège)

Algorithms for Max k-Multicover

A framework for RES siting leveraging resource complementarity.