ER Wait-Time Prediction Model
Built and deployed a machine learning model to predict emergency-room wait times, achieving an 18.5% reduction in wait times across Nova Scotia hospitals.
Machine Learning Engineer · AI Researcher · Halifax, NS
Computer Science graduate from Dalhousie University focused on machine learning, generative AI agents, and applied research. Currently building an AIS vessel-trajectory prediction pipeline with the Ocean Tracking Network, and leading applied ML projects at the Dalhousie Machine Learning Society.
Get to know me
I'm a Computer Science graduate of Dalhousie University (2023–2026) with a focus on machine learning, deep learning, and generative AI. My work spans reinforcement learning, sequence models, retrieval-augmented generation, and building autonomous AI agents — from research pipelines to production-facing tools.
I'm currently a research collaborator with the Ocean Tracking Network at Dalhousie, building a full AIS data pipeline for vessel trajectory prediction under the supervision of Prof. Gabriel Spadon. Alongside research, I lead applied ML delivery as Technical Project Lead for the Dalhousie Machine Learning Society.
Looking for full-time Machine Learning Engineering or Data Science / ML roles with a January 2027 start date.
Where I've worked
Collect (Startup Project) · Halifax, NS
Dalhousie University · Halifax, NS
Dalhousie Machine Learning Society · Halifax, NS
Dalhousie Machine Learning Society · Halifax, NS
What I've built
Built and deployed a machine learning model to predict emergency-room wait times, achieving an 18.5% reduction in wait times across Nova Scotia hospitals.
Built a retrieval-augmented generation and faithfulness-evaluation system using FAISS vector search, Hugging Face sentence-transformers, and TinyLlama for generation, with an NLI-based detector that flagged unsupported claims.
Designed a multi-agent system with LLM-based intent extraction to convert natural-language delivery requests into structured routing constraints, reaching 100% constraint satisfaction after iterative prompt optimization.
Audited a LightGBM loan-default model using SHAP, LIME, and partial dependence plots, delivering case narratives and a business-facing slide deck that gave non-technical stakeholders a clear, actionable view of model risk.
Built a personal AI agent workflow in n8n that drafts, creates, and sends Gmail messages, tracks a budget, manages Google Calendar events, and answers general and health-related queries end-to-end.
PSI — a marine digital twin platform for offshore wind siting, built at the ShiftKey Labs Hackathon. Watt the Hack — a sustainability web app built with React, TypeScript, and Supabase.
That's the highlight reel.
More on GitHub →Current focus
Ocean Tracking Network (OTN), Dalhousie University · with Prof. Gabriel Spadon · Halifax, NS · 2026 – Present
Illustrative sketch — predicted (pink) vs. actual (teal) motion. Not live model output.
Toolbox
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