Projets novateurs réalisés

Project Management Intern

This internship is focused around operations strategy and project management. Consilium is growing in both the number of product offerings as well as headcount and is in need of a more robust set of systems and processes for managing the overall growth and product development. The student will be involved with improving existing processes, implementing new processes, and implementing new tools/frameworks for monitoring efficiency.
This internship will also relate to external, communication, initiation, execution, monitoring and controlling, and closure structure for the company. These processes will help the company efficiently utilize its resources, satisfy their stakeholders, and generate business value. Using an Agile model, the company will be able to alter and tailor these processes as per their/the stakeholder’s/client’s requirements.

Improving Laparoscopic training using mobiledevices and interactive media with AugmentedReality (AR) technology

Ultimately, the goal of this project is to develop an innovative mobile training platform that provides residents and surgeons-in-training introductory exposure to laparoscopy (MIS – minimally-invasive surgery) with improved interactive endoscopic media and Augmented Reality capabilities, than existing mobile applications. As a result, we hope to bridge the gap that exists in training and skillstransfer by increasing both exposure and as result, adding to the number of skilled practitioners specializing in laparoscopy, while improving the quality of patient care.

Prediction of distortions and residual stresses during intensive quench of long Forged steel bar

Water quench of steels consists to cool heated steel by sudden immersion in water.

During the quench of large steel components, the part experiences a fast drop in temperature at the surface while the center is still hot. This huge difference in temperature within the part triggers material heterogeneities that induces shape change or even initiate cracks in severe cases.

Unfortunately, the forging companies couldn’t always avoid this failures caused by the above process. The estimation of the contribution of all phenomena involved during the quench of large dimension is still missing.

The purpose of this project is to build a customized knowledge during water quench of a specific product (long round high strength steel) used as turbine shafts in specific conditions in order to be transferred to the company at the end of the project.

The second objective is to build a predictive tool that allows engineers to predict the failures (shape change) during the quench process.

Having such knowledge transfer with the predictive abilities, the forging industries could reduce trial and error and use this process more economically to minimize distortions and control the properties.

Development of a quantitative framework for methane emissions from soil gas migration issues in the oil and gas sector

The proposed research project will develop quantitative gas migration testing techniques and regulatory thresholds that address the complex nature of the multiple interacting variables that can confuse gas migration investigations. The study will focus on the development of in-situ field measurement technologies and instrumentation to characterize the variables that impact soil gas and isotope signatures for different environmental conditions.

Improvement and validation of the integrity of a novel commercial software for utility pole design

The conventional utility pole design methodologies used a decade or so ago produced poles that would be considered “safe” but in most cases they were not cost-effective solutions. This is because the resulting poles were usually over-designed, mainly due to several simplifying assumptions and incorporation of various rules-of-thumbs in the design procedures. Such design practices were, however, challenged by various regulators and legal/public agencies. In response to the contested situation, in 1994, the industrial partner (Sonideft Inc.) developed a robust and user-friendly design software based on solid engineering fundamentals, commercially known as “Quick Pole”. However, there are two immediate sets of efforts required to complement this effective software: (i) further scrutiny and testing of the options and results produced by the software by comparing its results against those obtained through two different commercially used finite element (FE) software; and (ii) addition of a new module to the software, so it could design poles using today’s lightweight and environmentally resistive fiber-reinforced composite materials.

Marketing Intern-Moose Hide Campaign Development Society

The Moose Hide Campaign is working to end violence towards women and children, especially Indigenous women and children, by creating an impact on the grassroots level. The project aims to engage the Canadian population by developing an online training module to help them understand and create awareness about violence against women and children and inspire them to become part of the solution. The organization has seen through various sources that domestic violence rates have increased significantly during COVID-19, establishing an even greater sense of urgency for such projects to be implemented (Job Description Proposal, 2020).

The internship would focus on conducting market research, creating a business plan for the social enterprise element to the training sales, and developing marketing materials for the online training module across Canada. The project would not just involve designing and implementing the marketing strategies but would also include aspects of creating marketing materials to gain an enhanced impact.

Geospatial prediction, prioritization and impact assessment of ghost fishing gear in the Gulf of St Lawrence

Abandoned, lost and discarded fishing gear (ALDFG) has been recognized as a global threat to the marine environment. The use of modern materials in the fabrication of fishing gear mean that these do not biodegrade in the marine environment and can remain intact for decades. As a result, ALDFG can continue to catch and entangle marine life, effectively becoming ghost fishing gear. Detection and removal of ALDFG from the marine environment is one strategy to reduce environmental impacts of the gear. However, locating ALDFG can be extremely difficult, and the geographic position of lost gear is usually not known. This project will develop methods to predict likely areas (i.e. hotspots) of lost fishing gear at the seabed, integrating seafloor environmental, ocean circulation, fishing pressure, and vulnerable species data sets within a Geographic Information System (GIS). Ultimately, the research will develop geospatial risk assessment tools to identify areas of high priority for cleanup based on spatial overlap of species vulnerable to ALDFG impacts and ALDFG hotspots.

Evaluation of best practice police resources to assist in the rapid response of missing persons with dementia

Three out of five Canadians with dementia wander, raising concern as to how it can be managed. Strategies, such as GPS, offer options for finding missing persons with dementia and may be a preferred strategy by police. As part of the Finding Your Way® Program with the Alzheimer Society on Ontario, a series of education resources were developed in 2018 to assist in the location of this population by police services. The impact of these resources has yet to be evaluated by participating police services. The objective of this project will be to evaluate the impact of the resources developed through the Finding Your Way® Program to assist in the location of missing persons with dementia among police services in Ontario. It will involve a series of surveys and interviews with participating police services The Alzheimer Society of Ontario wants to enhance the reputation of the Finding Your Way® program, and reduce the risk of people with dementia going missing. Partnering with researchers, such as the intern, to have credibility and have police partnerships will help make that happen.

Analyse de cycle de vie organisationnelle et stratégies de circularité

Le but du projet est d’accompagner l’entreprise CCM Hockey dans sa transformation vers l’adoption de pratiques environnementales plus vertes, en lien avec les principes du développement durable (DD) et de l’économie circulaire (ÉC). Le projet est divisé en trois étapes. Premièrement, une étude d’étalonnage (« benchmarking ») des meilleurs pratiques de circularité en milieu manufacturier sera menée; La deuxième étape consiste à une analyse de cycle de vie (LCA) des pratiques actuelles de l’entreprise pour ses produits principaux; Finalement, tout en s’appuyant sur les résultats des deux premières étapes, une stratégie de circularité sera établie et mise en marche, par l’adoption de nouvelles pratiques et d’un tableau de bord avec des indicateurs managériaux de performance environnementale.

State space models in credit and operational risk management

This project targets development of applied methods and practical solutions to risk management problems where only partial observation of a system is possible. Such settings are commonplace in financial and other context but can be challenging to address due to a limited number of production-grade ready-to-use solutions. The scientific component of the project employs approaches from a quickly developing and active area in machine learning. More extensive use of these approaches by Canadian banking institutions will lead to a more robust financial system and better service. The focal application areas in this project target the improvement of the value proposition to bank’s customers, accurate prediction of credit losses, and better sales outcomes in multi-product salesforces of financial services.

Apprentissage d’une pondération dynamique des constituants d’une méthode d’ensemble

L’utilisation de méthodes d’ensemble, dont l’usage est très répandu, permet souvent d’obtenir des résultats de haute précision mais sont beaucoup plus difficilement interprétable que les modèles d’apprentissage automatique traditionnel (arbres, régressions logistique/linéaire, ect). De plus, les méthodes d’ensemble sont généralement appliquées de façon relativement naïve, avec des méthodes d’agrégations des estimateurs telle que la moyenne ou le mode des prédictions de ces derniers, laissant présager qu’il serait possible à la fois d’en augmenter la précision en essayant de pondérer les multiples estimateurs qui forme la méthode d’ensemble, mais aussi d’en augmenter l’interprétabilité en ne sélectionnant qu’un seul estimateur (le plus performant) dans la région de l’espace concerné.

Corporate Member Benefit Product at The Kingstonist

As an intern at the Kingstonist, I will be helping a local journalism website based in Kingston, Ontario to pivot from an advertising-based business model to a subscription-based business model. The reason for a pivot is due to increased competition in the geographical area as well as insufficient revenue from advertisements. Technically, this transition will be achieved by turning on a paywall to Kingstonist.com in November/December of 2020. However, my role specifically consists of creating a Corporate Member Benefit Product and communicating a Kingstonist offering to corporations to make available to their employees. Our value proposition must be exceptionally communicated and executed to retain loyal customers while attracting new ones. I can expect to engage in competitor analyses, reach out to companies, adapt to customer requests, and manage the product’s overall success. By the end of 2020, we hope the research project changes yields at least 1000 paying members from the 1.3 million monthly visitors.

Currently, Kingston’s news market is an oligopoly where there are only a small number of sellers. I believe that this project’s contributions will allow The Kingstonist to expand their platform and change the local news market into a monopoly by eliminating competitors such as YGK. Through transitioning to a subscription-based business model, the company will connect with local businesses and create a mutually beneficial relationship with the Kingston community. This rapport will increase business opportunities through the pooling of resources and gain a competitive advantage over other news sources.