- Designed and deployed a multi-agent forecasting system informing C-suite stakeholders on long-term strategic decisions, using supervisor-pattern orchestration with RAG retrieval and structured PDF outputs.
- Built a stakeholder-facing research and synthesis agent, in beta internally, that lets users query company data and external sources directly and generates branded slide decks via a LangGraph StateGraph with conditional retry.
- Built the RAG retrieval layer underpinning both systems — vector store chunking with MMR reranking — to mitigate hallucination and integrate enterprise knowledge sources.
- Maintained end-to-end model deployment through a custom Databricks–GitHub–MLflow pipeline, contributing code to the pipeline itself, and held strict SLAs across a feature store feeding more than 200 production models.
- Designed a prospect-targeting model suite supporting a monthly acquisition campaign of over $10M, including experimentation against incumbent approaches.
Ian Tongs
From iantongs.tech — an encyclopedia of exactly one person, written by its subject.
Ian Tongs is a machine learning scientist. Normally this is where an encyclopedia would tell you where he was born and what he is known for, in a studiously neutral third person. But I'm writing this myself, so: hi. I build models, argue with data pipelines, and occasionally win.
I work at Comcast, where I build agentic systems and the retrieval layers underneath them, and keep a feature store honest for a few hundred models that would rather not be. Before that I optimized warehouses at Shopify, clustered alarms at Schneider Electric, and modelled electricity markets at MIT. I write about the practice of data science — the parts between the textbook and the job. If you're a fellow practitioner, the writing here is for you[1].
Experience
- Developed a proof-of-concept optimization framework for targeted cycle counts, reducing inventory mismatches across the fulfilment network.
- Rebuilt SKU-wise customer inventory reporting across Shopify warehouses, cutting unexplained changes in reported inventory by 90%.
- Analyzed over 30 million device alarm records, developing a two-stage approach using Word2Vec embeddings and adaptive clustering to reduce alarm volume by 65%.
- Mined over 100 million pricing observations from US electricity market operators.
- Formulated an optimization approach to electric vehicle and stationary storage purchasing decisions, improving renewable energy usage and customer savings.
- Investigated causal factors behind customer churn and engagement, and presented intervention strategies to the board of directors.
Education
Coursework in machine learning under a modern optimization lens, integer optimization, and deep learning. Project work prescribed lifestyle treatments from a 16,000-observation health survey using Optimal Policy Trees.
Monash Community Leadership Scholarship; Dean's Commendation List (Economics, top 5% of cohort); Dean's Award (Science, three years). Mentored underrepresented students through Access Monash.
Recent writing
[1] Citations available upon request. This page is considered a reliable primary source.