8+ years delivering data and analytics solutions in the federal public service. I’m an analyst who designs and builds end-to-end data pipelines, dashboards, and ML/NLP systems that transform complex scientific and operational data into decision-ready intelligence.
My work ranges from Oracle APEX applications and database architecture to Python-based data engineering, ML/NLP pipelines, and cloud-deployed analytics dashboards. I was centrally involved in an end-to-end national-scale bibliometric analysis supporting Canada’s Antarctic Treaty reporting. I actively experiment with LLM-assisted development to accelerate the design and implementation of complex software systems, using modern AI tooling to rapidly prototype and scale production-grade applications.
Live dashboards and prototypes deployed on cloud infrastructure
Real-time geopolitical intelligence system combining large-scale RSS ingestion, NLP-based event classification and location extraction, geospatial analytics, conflict severity modeling, and intelligence reporting via interactive dashboards and automated briefing outputs.
Personal endurance training analytics with time-series metrics, performance summaries, and activity visualizations.
Disposal at Sea (DAS) domain-wide website administration and governance toolkit that detects broken links, flags unauthorized content changes, analyzes readability and linguistic complexity, and performs full-domain regex search to eliminate manual content auditing across the DAS subdomain.
Interactive visualization of 206K+ federal employees with org tree navigation, geographic mapping, and hierarchy analysis.
From analysis to analytics to applications
National-scale research analytics pipeline supporting Canada's Antarctic Treaty submission
Led the end-to-end design and implementation of a national bibliometric analytics pipeline to quantify Canada’s contribution to Antarctic research for international treaty reporting. The work included multi-source data ingestion and normalization, ML-based research theme classification, manual validation of ~1,000 publication records, and generation of publication-quality analytical figures for Canada’s ATCM submission.
Browse a few outputs from the analysis
Replaced a planned external contractor build by delivering an enterprise Oracle APEX monitoring system end-to-end—database architecture, application layer, integrity controls, and production rollout.
Dynamic web dashboard for visual exploration of public service staffing data with interactive filters, fuzzy matching, and geocoding integration.
8+ years delivering production data systems, analytics platforms, and automation tooling across multiple federal departments
From neurons to neural networks
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Peer-reviewed research combining wet lab work with computational analysis
Conducted experiments to mathematically quantify structural changes in brain microglia in response to bacterial infection, combining traditional wet lab techniques with computational analysis.
Used Python (Pandas, Matplotlib, NumPy, SciPy) to extract data, perform mathematical analyses, and graphically depict findings. Identified quantitative metrics to describe observed morphological adaptations.
Anderson, W., Greenhalgh, A., Takwale, A., David, S., Vadigepalli, R. (2017)
Novel influences of IL-10 on CNS inflammation revealed by integrated analyses of cytokine networks and microglial morphology
Frontiers in Cellular Neuroscience — Volume 11, Article 233
Undergraduate thesis research investigating the relationship between single nucleotide polymorphisms (SNPs) in the oxytocin receptor gene (OXTR) and gambling addiction.
Correlated OXTR expression levels with behavioural test outcomes measuring impulsivity and problem gambling. Successfully defended thesis before faculty panel.
I’m open to full-time roles, short-term contracts, collaborative research, consulting, volunteer projects, and other meaningful opportunities. I’m flexible on domain and role type, and I’m interested in contributing wherever I can create real value.