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Cheriton School of Computer Science

Master's Thesis Presentation • Computer Graphics • VR GAViewer: Immersive Visualisation and Direct Manipulation of the Conformal Model in Virtual Reality | Cheriton School of Computer Science | University of Waterloo Seminar • Algorithms and Complexity • Lower Bounds for Private Optimization Via Reconstruction Attacks | Cheriton School of Computer Science | University of Waterloo Master’s Thesis Presentation • Data Systems • Efficient Oblivious Query Processing for Property Graph Databases | Cheriton School of Computer Science | University of Waterloo Master’s Thesis Presentation • Artificial Intelligence | Machine Learning • Inferred Author Gender as a Variable Affecting LLM Behaviour | Cheriton School of Computer Science | University of Waterloo Master’s Thesis Presentation • Bioinformatics • From Candidates to Evidence: Diagnostics for Trustworthy Biological Discovery | Cheriton School of Computer Science | University of Waterloo PhD Defence • Algorithms and Complexity • Graph Property Testing and the Container Method | Cheriton School of Computer Science | University of Waterloo Master’s Thesis Presentation • Software Engineering • An Empirical Study of Transitive Vulnerability Exposure in PyPI | Cheriton School of Computer Science | University of Waterloo Master’s Thesis Presentation • Human–Computer Interaction • The Design and Development of a Virtual Patient System for Medical Education | Cheriton School of Computer Science | University of Waterloo PhD Seminar • Software Engineering • Decoupling CLI Agent Scaffolding to Internalize Planning Across Scaffolds | Cheriton School of Computer Science | University of Waterloo Master’s Thesis Presentation • Algorithms and Complexity • On the Black-Box Impossibility of Hardness in TFNP from One-Way Functions | Cheriton School of Computer Science | University of Waterloo Seminar • Algorithms and Complexity • Geometric Distances for Curves and Graphs: From Matching to Simplification | Cheriton School of Computer Science | University of Waterloo PhD Defence • Computer Algebra | Symbolic Computation • On the Effective Algebraic Geometry of Determinantal Varieties | Cheriton School of Computer Science | University of Waterloo Seminar • Algorithms and Complexity • Computing with Full Memory in 2026 | Cheriton School of Computer Science | University of Waterloo Master’s Thesis Presentation • Algorithms and Complexity • Bipartite Density: From Mixing Time to Local Algorithms for Dense Subgraphs | Cheriton School of Computer Science | University of Waterloo Master’s Thesis Presentation • Cryptography, Security, and Privacy (CrySP) • Upgrading Security Properties for Updatable Public-Key Encryption through Modular Transformations | Cheriton School of Computer Science | University of Waterloo PhD Seminar • Programming Languages • The Defensive Tax: Price of Defenses That Never Defend | Cheriton School of Computer Science | University of Waterloo Master’s Thesis Presentation • Algorithms and Complexity • Algorithms for Analytic Combinatorics: Positivity Bounds and D-finite Operators | Cheriton School of Computer Science | University of Waterloo PhD Seminar • Cryptography, Security, and Privacy (CrySP) • IPFSCover: Examining Website Fingerprinting Threats in the InterPlanetary File System | Cheriton School of Computer Science | University of Waterloo Master’s Thesis Presentation • Programming Languages • Reified Generic Types for Scala 3 on the JVM | Cheriton School of Computer Science | University of Waterloo Master’s Thesis Presentation • Artificial Intelligence | Machine Learning • Abstract Reasoning with Vector Symbolic Algebras | Cheriton School of Computer Science | University of Waterloo Master’s Thesis Presentation • Artificial Intelligence | Machine Learning • Learning at Test Time: Adapting Models with Synthetic Data and Environment Interaction | Cheriton School of Computer Science | University of Waterloo PhD Seminar • Formal Methods • Counterexample Guided Abstraction and Refinement in Dash Models | Cheriton School of Computer Science | University of Waterloo Master’s Thesis Presentation • Systems and Networking • Runtime Configuration of GPU Workloads for Energy-efficient Execution | Cheriton School of Computer Science | University of Waterloo PhD Seminar • Artificial Intelligence | Machine Learning • Beyond Semantic Similarity: Direct Corpus Interaction for Agentic Search | Cheriton School of Computer Science | University of Waterloo PhD Seminar • Artificial Intelligence | Machine Learning • OpenResearcher: Reproducible Training for Long-Horizon Deep Research Agents | Cheriton School of Computer Science | University of Waterloo PhD Seminar • Software Engineering • SLA-Awareness for AI-assisted coding | Cheriton School of Computer Science | University of Waterloo PhD Seminar • Software Engineering • Context-Aware CodeLLM Eviction for AI-assisted Coding | Cheriton School of Computer Science | University of Waterloo PhD Seminar • Bioinformatics • Recurrent Energy-Based Modeling of Side-Chain Allostery | Cheriton School of Computer Science | University of Waterloo PhD Defence • Artificial Intelligence | Machine Learning | Bioinformatics • Generative Synthetic Data for Pre-Clinical Drug Discovery | Cheriton School of Computer Science | University of Waterloo PhD Defence • Human–Computer Interaction • Tangible World-in-Miniature Interaction in Virtual Reality | Cheriton School of Computer Science | University of Waterloo
Seminar • Bioinformatics | Artificial Intelligence • Adva...
Mayuri Punithan · 2026-07-24 · via Cheriton School of Computer Science

Please note: This seminar will take place in MC 5501

An european man wearing a black sweater on top of a white collared shirt posing aganist a wood-coloured accordion-looking wall. He is wearing rectangular glasses

Michel Justin Dumontier, Distinguished Professor of Data Science
Maastricht University

Artificial intelligence has tremendous potential to transform drug discovery and precision medicine, but realizing this potential requires high-quality, interoperable data and trustworthy AI. In this seminar, Dr. Michel Dumontier will present how FAIR data principles, biomedical knowledge graphs, neurosymbolic AI, and explainable machine learning can work together to improve the transparency, reproducibility, and scientific validity of AI-driven biomedical research. The talk will highlight emerging approaches that integrate structured biomedical knowledge with modern AI to support more reliable discoveries and evidence-based decision-making.


To attend this seminar in person, please go to MC 5501.