Simulation et caractérisation de phototransducteurs a basse température pour application spatiale

La recharge de batterie ou encore l’alimentation continue d’appareils/engins sans fils et éloignés de toute source électrique ou solaire, comme dans le cas d’applications dans le domaine spatial, sont de véritables défis. L’usage couplé d’un émetteur laser et d’un photo-transducteur (PPC) pour transférer de la puissance sur de longues distances est une solution potentielle intéressante. […]

Read More
Examining Travel Behaviour and Electric Vehicle Preferences in Mohali, Punjab

Electric vehicles have been a focal point of sustainable transport planning in recent years. Technological advancement, environmental concerns, and supportive policies have created momentum for a global transition to electric vehicles. It is a vital step for the mitigation of climate change and a reduced fossil fuel dependence. There is an increased emphasis on the […]

Read More
Enhancing Kinematic Parameter Estimation of Rockets through Sensor Fusion and Networked Measurement Systems

The project determines the limitation boundaries of single sensor measurements by assessing the accuracy of a rocket’s kinematic parameters—such as speed, turn rate, and acceleration—based on the precision of individual sensor measurements. This involves evaluating whether these parameters can be accurately measured or estimated using each available sensor while considering the rocket’s dynamic behavior. Additionally, […]

Read More
Fast Custom OCR for Handwritten Text on Checks

Automating the extraction of handwritten text from checks is crucial for fraud detection and efficient check processing. Although Optical Character Recognition (OCR) tools like Tesseract excel with typed text, they often falter with handwritten content, causing computational inefficiencies. This project’s focus is on developing a rapid and cost-effective OCR solution tailored for handwritten text on […]

Read More
Design and assessment of high-performance reusable modular wood panel structures

The current net-zero emissions by 2050 target requires carbon-neutral, long-lasting and resilient construction amidst the rapid population growth. Wood is known to be one of the most affordable and sustainable construction materials with low embodied carbon, which has been widely used across Canada. On the other hand, as British Columbia is situated in a high […]

Read More
Automatic Mixed Reality Guidance for Obstetric Ulrasound in Remote and Resource Limited Settings – Globalink Research Internship at the University of Oxford, UK

Ultrasound (US) is an important diagnostic tool in healthcare, especially in low- and middle-income countries (LMICs) where it is often the only available imaging modality. However, in remote and resource-limited settings, multiple barriers limit access to ultrasound including a shortage of professional sonographers and long travel distances. Teleultrasound, where non-experts perform US procedures under the […]

Read More
Design and evaluation of passive chlorination for rural settings

The overall goal of the proposed project is to provide effective water treatment in the rural, mountainous area of rural Nepal, building on research that has been in progress since 2017. The technology of interest is passive chlorination, which is a low-cost system that automatically doses chlorine without requiring frequent maintenance. This proposed project specifically […]

Read More
Modélisation et caractérisation de modules photovoltaïques bifaciaux – performances en milieu enneigé

Les performances des modules PV ont considérablement évolué ces dernières années, atteignant des valeurs supérieures à 20%. Cette amélioration est due à des progrès dans l’architecture des cellules solaires, notamment pour les cellules bifaciales. L’utilisation des modules dans des conditions d’enneigement peut considérablement modifier leurs performances. Cela est dû à l’ombrage lié à la neige […]

Read More
L2M – ARMIS: Autonomous Real-time Mapping and Imaging System

The ARMIS (Autonomous Real-time Mapping and Imaging System) project aims to develop an advanced indoor mapping solution utilizing cutting-edge robotics, AI, and image processing technologies to create detailed, real-time indoor maps. This system will autonomously navigate complex environments such as universities, hospitals, corporate campuses, and transportation hubs, capturing 360-degree images and processing them to blur […]

Read More
Automatic transformation of API parameters

Shabodi designs software platforms to empower developers, engineers, and businesses to create and deploy high-performing, network-aware applications. This means that developers can create applications that are not confined to specific platforms or networks. One of the challenges Shabodi faces is the variety of APIs (Application Programming Interfaces) used by different software applications. An API is […]

Read More
Continuum Health Ventures — Intern Funding Application

The primary aim of this project is to engage with the Canadian startup ecosystem by using advanced technologies to streamline the process of connecting startups with essential funding and resources for global expansion. The project focuses on developing AI tools to efficiently evaluate and filter startups for Continuum Health Ventures (CHV), reducing the time and […]

Read More
L2M – Embedded TinyML solution for behavioral analysis, welfare monitoring, and localization of livestock using Internet of Things devices and Edge Computing

The North American livestock industry faces a combination of factors that decrease productivity, while demand for derived products continues to rise due to population growth. This necessitates the emergence of innovative, sustainable technologies to support processes, and collaborative efforts. Hence, a solution is proposed to enhance the livestock industry through an innovative IoT collar for […]

Read More