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Explore novel research in signal processing and wireless communications at TMU. Develop energy-efficient and resilient technologies for IoT and UAV networks with fully funded projects starting September 2026.

This research addresses critical challenges in wireless network efficiency, scalability, and resilience, enabling sustainable IoT and UAV a…

Explore how to develop mathematically rigorous methods ensuring safety and reliability in autonomous systems by integrating control theory, formal verification, and probabilistic approaches. Ideal for candidates eager t…

This research is crucial for advancing the safety and reliability of autonomous systems deployed in real-world safety-critical applications…

Explore how canola and pulse protein flours affect pasta quality and nutrition. Investigate protein-starch interactions for enhanced plant-based food products. Join a dynamic team focused on sustainable, nutritious solu…

This research supports the growing consumer demand for sustainable and nutrient-dense food products by enhancing the protein quality of sta…

Explore the development of digital twin and energy simulation models to decarbonize low-income social housing in Québec. Develop and validate retrofit and electrification strategies that integrate renewable energy and s…

This research supports equitable access to energy transitions by focusing on social housing often excluded from retrofit markets. It advanc…

Explore transition metal catalysis by synthesizing nickel and copper precatalysts and studying reactive intermediates. Advance fundamental knowledge of catalytic mechanisms and improve catalytic efficiency.

This research advances sustainable chemical synthesis by providing new catalytic methods enabling selective transformations and improved re…

Explore multiscale blood flow and cell mechanics through computational and machine learning models. Integrate experimental data with simulations to advance biomedical applications in blood diseases.

This research addresses critical challenges in understanding blood flow mechanics and disease pathology through integrated computational an…

Explore the integration of mathematical models with experimental in vitro biology data. Choose applications in virology or pharmacology while working in a collaborative and interdisciplinary environment at Charles Unive…

This research fosters improved mathematical descriptions of biological processes that can enhance drug development and virus control strate…

Explore numerical and computational methods to model fluid-structure-soil interactions in coastal environments. Develop multi-hazard risk and resilience models addressing coastal infrastructure safety. Join a leading-ed…

This research will directly improve the safety and economic resilience of coastal infrastructure facing increasing threats from natural haz…

Explore molecular signaling in Petri dishes by developing and validating mathematical and experimental methods. Join an interdisciplinary lab to deepen understanding of cell communication through theory and multi-scale …

This research advances understanding of molecular signaling in biological environments widely used in labs, such as Petri dishes. Improved …

Develop deep learning models that analyze emotion and social cues in videos, focusing on autistic children's interactions. Tackle real-world challenges in facial recognition and adapt AI to subtle, naturalistic emotiona…

This research addresses critical limitations in current ASD diagnosis, providing objective tools that can reduce subjectivity and time dema…

Explore AI-driven innovations in transportation engineering focused on enhancing system resilience and safety under diverse disturbances. Work on cutting-edge research involving machine learning, control theory, and sim…

This research addresses critical challenges in modern transportation systems by enhancing their ability to withstand and recover from physi…

Explore the nutritional intake of Irish children through a national survey. Gain hands-on experience in dietary assessment, biofluid collection, and database analysis to inform public health nutrition policy and food sa…

This research is critical for understanding the nutritional status of Irish children, directly influencing national and EU food safety poli…