This project pioneers an AI-driven solution that transforms vehicle inspections by integrating advanced data analytics and ROI-driven repair recommendations, setting new industry standards for maximizing dealership profitability. The intern will play a key role in innovating this groundbreaking technology, directly applying their expertise to real-world challenges.

The AI-driven chatbot role is designed to efficiently respond to a variety of queries related to HGS, including its capabilities, products, offerings, sales support, and case studies. Additionally, the role involves providing detailed information about the company, such as job openings, application processes, and general inquiries. A key objective is to assist in generating leads […]

Unmanned Aerial Vehicles (UAVs) are expected to carry out tasks of increased complexity, expanding in indoor environments such as warehouses and healthcare settings. However, indoor environments impose unique challenges to UAVs as the enclosed space is relatively small and safety is crucial for people working in the same space. Furthermore, the unavailability of GPS leads […]

We propose a project to develop advanced technology that enables remote diagnostic testing and increases efficiency in eye examinations. This innovation will enhance the diagnostic capabilities of optometrists, allowing for improved patient outcomes and increased clinic productivity. The expected benefit is a significant improvement in efficiency and accessibility of eye care services, positioning the EyecareX […]

HGS is a leading company in technology and digital marketing specializing in providing comprehensive solutions across various sectors, focusing on artificial intelligence, automation, cloud services, cybersecurity, and data analytics. Their services are designed to enhance operational efficiency and customer engagement through advanced technologies. They offer content moderation, online reputation management, social media monitoring, and engagement […]

Creating lifelike digital characters is essential for multimedia and video games, with realistic facial animations playing a crucial role. This requires playing high-quality facial animations in real-time. Many existing methods either compromise on quality, require too much computing power, or use excessive memory. Our research aims to develop new techniques that ensure high-quality facial animations […]

Stage en journalisme au sein de notre organisme CScience Le lab. En tant qu’OBNL opérant un média journalistique reconnu par la Fédération professionnel des journalistes du Québec, spécialisé et multiplateforme, et œuvrant pour la réduction de la fracture scientifique et l’information du public quant aux retombées de l’innovation technologique sur la société, nous faisons face […]

This project leverages an innovative approach to optimize CarInspect’s vehicle inspection logistics, streamlining processes, reducing costs, and developing a scalable model to meet new client demands and set a new industry standard.

Dans le cadre de son stage à Unpointcinq, média de l’action climatique au Québec, Emmalie va contribuer à la production de vidéos de terrain et de contenus journalistiques pertinents, assurer une veille médiatique, proposer des idées de sujets qui répondent aux objectifs du projet de stage, se charger de la production de reportages vidéo dans […]

This research project focuses on developing an advanced light detection system for high-speed communication networks. The interns will integrate a specialized photodetector (PIN photodiode) and an amplifier (Transimpedance Amplifier or TIA), using cutting-edge (16nm FinFET) technology. The photodetector quickly detects light signals at visible frequency, while the amplifier boosts these signals with minimal added noise. […]

The project aims to innovate by applying generative AI to network infrastructure, focusing on the development of models that can autonomously design network topologies, anticipate traffic patterns, and simulate various scenarios to proactively address potential issues. This collaboration will blend Nokia’s technological strength with the University of Ottawa’s leading research to create AI-driven network solutions. […]

Cloth animation is essential in video games, but creating realistic cloth movements in real-time is challenging due to computing limitations. Traditional methods use simplified simulations combined with keyframing to manage performance and control, but these can be unstable and offer limited animator flexibility. Our project proposes a solution using neural networks to animate garments. By […]