AI systems that hold up in the real world.
I build forecasting, vision, and AI agent systems. Previously at Microsoft; now working on AI agents at Bosch while studying AI at NTU.
Proof over promises.
A few systems across forecasting, computer vision, and agentic workflows. Each project documents the constraint, the decisions, and what actually shipped.
View all projectsDecoder-Only Transformer: MHA vs GQA vs MQA
A GPT-style decoder-only Transformer built from scratch in PyTorch to study the trade-off between language-model quality and autoregressive inference efficiency.
Day-ahead electricity load forecasting
A probabilistic forecasting system designed around the realities of a day-ahead horizon, not just a leaderboard score.
A wildlife classifier that shows its work
A full data-to-demo computer vision system with honest splits, explainable predictions, and a usable interface.
More work is being documented as it becomes useful to share, complete with the artifact, the tradeoffs, and the limits.
Open the project archiveProduction depth. Applied AI direction.
The strongest work happens where model quality, system reliability, and user judgment are treated as one problem.
At Microsoft, I built product telemetry and backend services. At Bosch, I’m working on natural-language data analysis and agent interoperability alongside my M.S. in AI at NTU.
Making technical ideas easier to see.
Essays and explanations for the concepts that deserve more than a formula and a footnote.
Browse writingLet's make it useful.
I'm looking for AI / ML engineering roles where I can develop models, evaluate them, and build the services around them.