Mid-fidelity aero-structural framework for Power-Control Unit modeling

The research project examines fast aerodynamic numerical models for use in the aircraft analysis and design phase. Such models must be rapid by their very formulation whilst also removing needs for complex preprocessing steps such as mesh generation. The chosen approach is known in the literature, using a coupling algorithm between 2D high-fidelity and 3D […]

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Optimisation et validation d’un procédé de nettoyage pour les consommables de laboratoire en plastique

Les plastiques à usage unique ont largement remplacé des matériaux plus durables dans les laboratoires de biotechnologie. Mondialement, il a été estimé en 2014 que la recherche génère 5.5 millions de tonnes de plastiques annuellement, soit plus de plastique que l’entièreté du Canada (tous secteurs confondus). Or, plusieurs sources indiquent que beaucoup de ces plastiques […]

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Développement d’un système de gestion d’inspections automobiles

Développement d’un système de gestion d’inspections automobiles. Le projet comporte trois objectifs: 1) Participer à la mise en place du lien entre le système de gestion et l’application Hubspot pour assurer un meilleur suivi et une meilleure analyse des ventes. 2) Développer une version mobile de l’application de gestion des inspections. Cette application mobile devra […]

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Développement d’une stratégie de positionnement concurrentiel d’un procédé manufacturier innovant en développement

Dans le cadre de ce stage nous désirons réaliser la vieille concurrentielle technologique et ainsi de se positionner et comprendre ce qui doit être bonifié, corrigé ou développer pour le présent et le futur du nouveau procédé manufacturier innovant en développement en ce moment. Pour se faire une analyse des différents processus actuellement utilisés et […]

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Reaction-diffusion equations and hydrodynamic limit of interacting particle systems

Consider a physical system comprising a substantial quantity of particles that dynamically interact with each other over time. Since the number of particles is large, an explicit description of the microscopic behavior of the system becomes effectively impossible. An approach to understanding how these systems behave is to look at certain observables on a macroscopic […]

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Exploring methods of intelligent development of P&IDs and generation of HAZOP notes

Safety is one of the greatest concerns during projects lifecycles, due to the potential risks and hazards inherent in their activities. To reach an acceptable level of safety in projects and guarantee a hazard-free work environment, some structured approaches should be applied. In this respect, Hazard and Operability (HAZOP) analysis is a systematic process for […]

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Post Harvest Antimicrobial Treatments of Cannabis sativa

In order to maintain the quality and safety of dried cannabis, it is essential to control microbial contaminants through post-harvest irradiation. This research study focuses on the identification of optimal dosages for effectively reducing fungal pathogens in dried cannabis using customized Cathode Ray Tube (CRT) technology, which employs a basic form of electronic beam (e-beam) […]

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Development of an in planta soybean transformation method

This research project aims at establishing a cheap and simple alternative genetic transformation method for soybean termed in planta. Three in planta methods, named (i) tissue-culture independent callus and adventitious buds generation (TCICABG), (ii) sonication and in vivo selection/regeneration (SivSR) and (iii) in vitro embryonic axis sonication and direct regeneration (EAR), will be tested to […]

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Methodology for the detection and characterization of corrosion under insulation for pipe using digital radiography and computer vision techniques

Radiographic Testing is a versatile non-destructive testing method that uses either x-rays or gamma rays to examine the internal structure of components identifying any defects in various industries. Digital radiography has replaced screen-film radiography and is used extensively in inspections of insulated pipes in petrochemical industries. The principal task of this project is to assess […]

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High levels of vitamins to gestating sows to improve the transfer of vaccine-specific immunoglobulins against E.coli to piglets

The objective of this project is to evaluate the effect of feeding high levels of vitamins to gestating sows on their immune response to vaccination against E. coli, on the transfer of maternal immunoglobulins to piglets and piglets immune response against E. coli, on the metabolism of vitamins during gestation and on sows reproductive performance […]

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Développement des modèles de classification et de prédiction en utilisant les techniques d’apprentissage machine sur les paramètres physiologiques pour le triage des patients durant les situations de catastrophes (VIMY Multi-system)

Ce stage s’inscrit dans le cadre du programme de recherche, VIMY, VIMY, un multi système de soins intensifs déployable sur le terrain capable de gérer de nombreux blessés. Il repose sur une capacité d’intelligence artificielle composée principalement de capteurs, de systèmes d’acquisition de données, de systèmes interactifs automatisés et d’algorithmes qui aident au processus décisionnel. […]

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Assessing the Feasibility of Solar-PV Facade Integration for Multi-Story Buildings: A Technical and Economic Study

The proposed project aims at exploring the technical and financial feasibility of integrating Photovoltaic (PV) technologies in available facades of a new multistorey building. The research consists of two main design objectives1) exploring various characteristics of available facades to functionally and aesthetically integrate PV modules, and 2) explore the feasibility of the designed PV façade […]

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