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Cheriton School of Computer Science

PhD Defence • Artificial Intelligence | Machine Learning • Multilingual Embeddings: Data, Training, and Understanding | Cheriton School of Computer Science | University of Waterloo Master’s Thesis Presentation • Data Systems • Evaluating LLM Robustness Under Adversarial and Conflicting Evidence in Health Question Answering and Claim Verification | Cheriton School of Computer Science | University of Waterloo PhD Seminar • Symbolic Computation • Stability of Sobolev-Regularized Polynomial Differentiation Matrices | Cheriton School of Computer Science | University of Waterloo PhD Defence • Artificial Intelligence | Machine Learning • Gradient-based Methods for Multi-Objective Optimization with Applications in Machine Learning | Cheriton School of Computer Science | University of Waterloo PhD Defence • Artificial Intelligence | Machine Learning • Towards Foundation Models for Text-Rich Multimodal Tabular Data | Cheriton School of Computer Science | University of Waterloo Seminar • Algorithms and Complexity • A Strong Linear Programming Relaxation for Weighted Tree Augmentation | Cheriton School of Computer Science | University of Waterloo PhD Seminar • Data Systems • Query Expansion in the Era of Large Language Models | Cheriton School of Computer Science | University of Waterloo Master’s Thesis Presentation • Algorithms and Complexity • Multistroke Character Recognition Using Orthogonal Polynomial Representations | Cheriton School of Computer Science | University of Waterloo PhD Seminar • Artificial Intelligence | Machine Learning • Basis Transformer as a Foundation Model for Multimodal Tabular Representation Learning | Cheriton School of Computer Science | University of Waterloo PhD Seminar • Quantum Computing • Quantum Colorings of Spheres | Cheriton School of Computer Science | University of Waterloo PhD Seminar • Programming Languages • Tensor Probabilistic Model Checking of Finite-Horizon Markov Chains | Cheriton School of Computer Science | University of Waterloo Seminar • Algorithms and Complexity • Follow-the-Perturbed-Leader with Between-Action Dependence | Cheriton School of Computer Science | University of Waterloo Master’s Thesis Presentation • Artificial Intelligence | Machine Learning • UniMaia: Steering Chess Policies with Language for Human-like Play | Cheriton School of Computer Science | University of Waterloo PhD Seminar • Cryptography, Security, and Privacy (CrySP) • The Evolution of Differentially Private Clustering | Cheriton School of Computer Science | University of Waterloo Master’s Thesis Presentation • Software Engineering • Trade-offs in Generic Programming: A Cross-Language Performance Study | Cheriton School of Computer Science | University of Waterloo PhD Seminar • Artificial Intelligence | Explainable AI • Atomic Explanations for Retrieval-Augmented LLM Systems | Cheriton School of Computer Science | University of Waterloo Master’s Thesis Presentation • Cryptography, Security, and Privacy (CrySP) • Parallel Efficient Secure DBSCAN Approximation | Cheriton School of Computer Science | University of Waterloo PhD Seminar • Artificial Intelligence | Machine Learning • Talk, Judge, Cooperate: Gossip-Driven Indirect Reciprocity in Self-Interested LLM Agents | Cheriton School of Computer Science | University of Waterloo PhD Seminar • Data System • Diversed Model Discovery via Structured Table Discovery | Cheriton School of Computer Science | University of Waterloo PhD Defence • Programming Languages • Design and Implementation of Probabilistic Programming Languages for Sound and Scalable Inference | Cheriton School of Computer Science | University of Waterloo PhD Seminar • Artificial Intelligence | Machine Learning • Basis Transformers for Multi-Task Tabular Regression | Cheriton School of Computer Science | University of Waterloo Master’s Thesis Presentation • Data Systems • LLM-Based Frameworks for Information Retrieval Evaluation | Cheriton School of Computer Science | University of Waterloo Master’s Thesis Presentation • Programming Languages • C∀ Collection Library | Cheriton School of Computer Science | University of Waterloo PhD Seminar • Human–Computer Interaction • DuckDuckTalk: Conversational Agent Teams to Support Active Externalization during Collaborative Data Analysis | Cheriton School of Computer Science | University of Waterloo PhD Defence • Data Systems • Development and Evaluation of Assistive AI Systems for Assessing News Trustworthiness | Cheriton School of Computer Science | University of Waterloo PhD Seminar • Software Engineering • Does Impact Analysis Support the Review of Changes to Build Specifications? | Cheriton School of Computer Science | University of Waterloo PhD Defence • Bioinformatics • Deep Learning for Accurate and Reliable De Novo Peptide Sequencing: From Missing Fragmentation to Open Modification Discovery | Cheriton School of Computer Science | University of Waterloo PhD Seminar • Computer Algebra | Symbolic Computation • Signature-based Gröbner basis Algorithms for Determinantal Ideals | Cheriton School of Computer Science | University of Waterloo DLS: Gilles Brassard — Alan Turing and me | Cheriton School of Computer Science | University of Waterloo Rhetoricon Symposium: Figures & Constructions, Constructions & Figures | Cheriton School of Computer Science | University of Waterloo PhD Seminar • Systems and Networking • Attacks on Approximate Caches in Text-to-Image Diffusion Models | Cheriton School of Computer Science | University of Waterloo PhD Seminar • Data Systems • Differentially Oblivious Multi-way Join | Cheriton School of Computer Science | University of Waterloo PhD Defence • Cryptography, Security, and Privacy (CrySP) • Assumption Stress-Testing for Machine Learning Security | Cheriton School of Computer Science | University of Waterloo PhD Seminar • Artificial Intelligence | Machine Learning • Simulating the Lateral Reader with an Iterative Multi-Agent RAG System for News Trustworthiness Assessment | Cheriton School of Computer Science | University of Waterloo Master’s Thesis Presentation • Human–Computer Interaction • Investigating Osu!: Exploring a Community who Exhibit Extreme Input Performance | Cheriton School of Computer Science | University of Waterloo PhD Defence • Algorithms and Complexity • Towards Fast, Safe and Persistent Concurrent Data Structures for Non-experts | Cheriton School of Computer Science | University of Waterloo PhD Defence • Algorithms and Complexity • The Sample Complexity of Differentially Private Statistical Estimation | Cheriton School of Computer Science | University of Waterloo PhD Defence • Cryptography, Security, and Privacy (CrySP) • Evolving Trade-offs Towards Deployable Private Systems for Data Science | Cheriton School of Computer Science | University of Waterloo PhD Seminar • Cryptography, Security, and Privacy (CrySP) • Selective MPC: Distributed Computation of Differentially Private Key-Value Statistics | Cheriton School of Computer Science | University of Waterloo PhD Defence • Quantum Computing • Circuits, Codes and Capacity | Cheriton School of Computer Science | University of Waterloo PhD Defence • Cryptography, Security, and Privacy (CrySP) • Deployment Concerns in Machine Learning Systems: Unintended Interactions and Accountability | Cheriton School of Computer Science | University of Waterloo PhD Defence • Systems and Networking • Efficient High-precision Monitoring of Network Slices for 5G and Beyond Networks | Cheriton School of Computer Science | University of Waterloo
Master’s Thesis Presentation • Artificial Intelligence | Human–Computer Interaction • AI in Mental Health: Clinician Perceptions and the Need for AI Literacy in Participatory Research | Cheriton School of Computer Science | University of Waterloo
Joe Petrik · 2026-06-29 · via Cheriton School of Computer Science

Please note: This master’s thesis presentation will take place online.

Carolyn Wang, Master’s candidate
David R. Cheriton School of Computer Science

Supervisors: Professors Maura Grossman, Dan Brown

Canada suffers from a mental health crisis, with mental health care that is very difficult to access despite widespread demand. This has prompted significant interest in applying artificial intelligence (AI) to improve the accessibility and efficacy of care. Simultaneously, scholars emphasize the importance of ensuring the safety and ethicality of such technologies through various methods.

This thesis first audits a large language model for identity-based bias in patient mental health assessment tasks, which has received significant attention in the literature. We then turn to explore the attitudes of mental health clinicians on the use of AI in their work, with an emphasis on the effect of AI literacy on participants’ perceptions. We conduct a mixed-methods interview study to examine clinicians’ current uses of AI and attitudes towards AI integration. We also investigated how increased AI literacy affects these views by measuring participant perceptions before and after delivering an educational intervention. Using both qualitative and quantitative analysis methods, we analyzed data from questionnaires and interview transcripts.

Our results uncover a number of ways that clinicians are already using AI to support their work and strategies they employ to safeguard against the risks of such uses. Furthermore, our qualitative analysis elicits a set of eight factors informing clinicians’ attitudes towards the integration of AI into mental health care, forming a framework through which to analyze AI tools for mental health. Our quantitative analysis shows the effect of AI literacy on participatory studies such as this one; augmented by further qualitative analysis, our results demonstrate the importance of greater AI literacy in participatory research with non-technical communities. The results of this research may help to inform further collaborative research efforts seeking to apply technology to address the mental health crisis.


Attend this master’s thesis presentation virtually on Zoom.