PhD Candidate specializing in Physical Therapy & Machine Learning. Architecting Federated RAG systems and search at Thomson Reuters. Dual-certified in AI Governance (AIGP) and Business Analysis (CBAP).
I am a Staff Software Lead & AI Researcher with 13+ years of global experience spanning 4 countries across 3 continents. My career bridges enterprise engineering, clinical research, and AI governance -- a unique intersection that enables me to build ethical, scalable, and revenue-driving AI solutions in highly regulated environments.
Currently a PhD Candidate at Western University, Canada, I specialize in Physical Therapy & Machine Learning. At Thomson Reuters, I architect Federated RAG systems and multimodal search architectures that enable secure retrieval across siloed enterprise repositories while maintaining data sovereignty.
My research focuses on adaptive learning systems, clinical AI validation, and multi-objective optimization for health professions education. I am passionate about translating cutting-edge AI research into deployable solutions that improve human outcomes.
Translating AI research into real-world systems across healthcare, education, and enterprise intelligence.
Architecting distributed AI ecosystems with Federated Search and temporal-aware retrieval for enterprise knowledge management and regulatory compliance.
Multi-objective optimization algorithms integrating cognitive load theory, ZPD, and Bayesian Knowledge Tracing for personalized health professions education.
Dual-layer validation frameworks combining automated LLM screening with expert clinical review for synthetic case generation and medical education.
Certified AI Governance Professional (AIGP) building ethical frameworks, risk assessment protocols, and impact evaluation for responsible AI deployment.
Architecting access control systems using .NET Core, AWS Greengrass, and MQTT for robust cloud-to-device communication in distributed environments.
Enterprise data migration, Snowflake warehousing, Terraform automation, and predictive modeling for customer lifetime value and business intelligence.
Peer-reviewed research, award-winning systems, and production-grade AI implementations.
Dual-layer validation of synthetic physiotherapy cases using Generative AI. A reproducible pipeline combining automated LLM-based screening (DeepEval) with expert educator review to generate high-quality synthetic MSK case studies for health professions education.
Addresses the challenge of how smaller student models can inherit domain-specific clinical reasoning from larger teachers while minimizing the quality degradation typically introduced by compression
A novel adaptive learning algorithm that unifies knowledge state, cognitive load, learning style, engagement, and exploration into a multi-objective scoring framework. Integrates BKT, ZPD, CLT, and UCB with hard pedagogical constraints for case-based health professions education.
LLM-based binary insomnia classification from MIMIC-III clinical notes using GPT-5.2 with Chain-of-Thought reasoning. Implements three strategies: fixed 8-shot prompting, dynamic semantic retrieval, and self-consistency voting with component-level majority voting.
Open-source tools and research utilities for the AI research community.
An intelligent co-pilot for systematic literature reviews using LLMs to assist researchers with paper screening, synthesis, and gap analysis. Automates the tedious aspects of academic review workflows.
An AI-powered examination and assessment tool for evaluating research quality, methodology rigor, and statistical soundness. Designed to support peer review and thesis examination processes.
Peer-reviewed papers, conference proceedings, and poster presentations.
From enterprise software to clinical AI research -- a trajectory of impact.
A multidisciplinary foundation spanning computer science, physical therapy, and AI governance.
A comprehensive toolkit spanning AI research, software engineering, and enterprise architecture.
Interested in collaborating on AI research, clinical technology, or enterprise architecture? I'm always open to meaningful conversations.
Currently seeking research collaborators in clinical AI, adaptive learning systems, and responsible AI governance. If your work intersects with these areas, I'd love to hear from you.
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