Thermoelectric systems can produce electricity using temperature difference and heating/cooling effect using electricity. Thermoelectric systems are basically combination of p and n-type semiconductor materials. Thermoelectric systems have many advantages such as, environment friendly, no moving parts, silent in operation, and long service life. However, at this stage thermoelectric systems have very low efficiency so they […]

This project aims to develop a smart textile-based solution for early detection and management of sleep apnea, a condition that significantly impacts health, especially in those with chronic illnesses like heart failure. Traditional diagnostic methods are often inconvenient, uncomfortable, and expensive. To address these challenges, the project focuses on creating a comfortable, non-invasive, and cost-effective […]

The Archipelago of Design (AOD) is a non-profit organization supporting the leading independent network of purpose-driven security practitioners, educators and researchers empowering leaders to shift mindsets for the sustainable evolution of national security organizations across NATO members and partners. This project strategically aligns with AOD’s mission of cultural transformation in defence, security, government, and academic […]

Diffuse intrinsic pontine glioma (DIPG) is a rare childhood cancer that affects part of the brainstem. DIPG is typically diagnosed in children aged 5-10 years old and does not have any effective forms of treatment. Since there are no treatments, the average survival time for children who are diagnosed with DIPG is only 11 months. […]

This project aims to enhance the existing Automotive Cybersecurity Vulnerability Database Platform, making it more robust, user-friendly, and industry-specific. The platform will enrich data points by leveraging AI and ML to ensure high relevance and actionable intelligence for automotive cybersecurity. The project will adapt the National Vulnerability Database framework to include automotive-specific technology tags, provide […]

The proposed project aims to investigate the link between tRNA maturation and mitochondrial disease using yeast as a model system. Researchers from Carleton University in Canada will collaborate with experts from Comenius University in Slovakia to develop advanced gene-tagging techniques in yeast. This collaboration will allow for the creation of new reagents, tools, and technologies […]

Our project aims to revolutionize space mission management by developing an immersive control centre that harnesses advanced virtual and augmented reality technologies. This innovative center utilizes digital twin technology to create accurate 3D models of space environments and vehicles, allowing operators to interact with missions as if they were physically present. This approach significantly enhances […]

Combining engineers from Australia and engineer interns from Canada to co-design and test new projects for development in the Electric vehicle and trailer braking industries.

Serious safety events (SSEs) are a subset of patient safety events (PSEs) reported in hospitals which results in a severe level of harm. Many of these events are cases of avoidable harm and are investigated during SSE review processes. Systemic inequities are prevalent in healthcare systems and contribute to the occurrence of SSEs, however are […]

The proposed project aims to improve FluidAI’s system for monitoring the reliability of their medical device, the Stream Platform, which assists in post-operative monitoring of wound drainage. By using advanced digital tools and data analysis techniques, the project will streamline the process of collecting and analyzing data from the device production and use to understand […]

TROES Corp. is a Canadian-based, advanced battery energy storage company, specializing in smart distributed energy storage solutions. Based on the LiFePO4 technology, TROES develops, designs, manufactures and delivers high-performance, rigorously tested, innovative, AI-based IoT and cloud-based energy storage systems. TROES have been developing a complete Artificial Intelligence (AI) based Energy Management System (EMS) software. They […]

We propose to investigate the physiological and ecological factors driving the loss of photosynthesis in green algae and their transition to a permanent heterotrophic lifestyle. Autotrophs produce organic molecules (such as carbohydrates) from inorganic compounds (CO2), and photoautotrophs are reliant on sunlight to do this. Photoautotrophs are the primary producers of most ecosystems. Most of […]