Michael Morin Email and Phone Number

Programmation d'un logiciel de gestion, analyse et optimisation des processus d'affaires

Deep learning-driven materials discovery for Prof. Yoshua Bengio.

Deep learning applications for the prediction of ion channels' structure-function relationship with Dr. Rikard Blunck.- Optimization of Graph Neural Networks (GCN, GAT, MPNN, etc.)- Development of a web application interfacing with PubMed searches to optimize the integration of 40 years of experimental data in multiple formats into a MongoDB- Structural bioinformatics, molecular dynamics simulations, etc...

Startup passionate about the profitable implementation of "4.0 technologies" for SMEs: prototyping & operationalization of business intelligence and tailored artificial intelligence, data integration and analysis, development of web-based interactive dashboards to assistant data-driven decision making in real time, workflow automation, ideation, feasibility and profitability analysis, etc. I also built a new course in Applied Machine Learning for Cégep Montmorency.

Part time tutor and substitute teacher in physics, mathematics, and chemistry.

Integral design, development and management of an interactive, analytical web application that serves 3 main functions : (1) Automate the production of clients' analytical report from various sources of noisy data (outliers detection, irregularities smoothing, statistical analysis, machine learning modelling, all summarized in a pdf) (2) Provide intuitive and interactive visualizations to help clients decision making. (3) Allow real-time interactivity between user inputs, visualization and AI modelling.

- Operate various scientific instruments- Coordinate field work, customers relations and business development for the R&D branch- Web scraping of an official database to analyze the commercial potential of a new environmental technology.- Leverage this analysis to articulate and implement marketing strategies for this technology- Organize and animate Lunch&Learn

Quantum Mechanics I, Electromagnetism I, Classical Mechanics I, Relativity I.

Numerical study of the zero energy mode of graphene's electrons with respect to the geometry of its domain. Applications of spectral geometry in relativistic quantum mechanics. Numerical solutions to nonlinear partial differential equations. Results presented in English in a seminar at McGill.

Riemannian geometry applications in General Relativity