AI Engineer with 12+ years of software experience, focused on shipping LLM-powered products, autonomous agents and production ML systems. I design end-to-end AI features — from prompt and retrieval architecture (RAG, hybrid search, evals) to fine-tuning, agent orchestration with LangChain/LangGraph, and low-latency inference services in Python and TypeScript. I’ve led AI initiatives across fintech, Web3 and EdTech, and care equally about model quality, latency, cost and a clean product UX around the model.
Experience
A snapshot of AI and engineering work shipped over the past decade — from LLM agents and RAG systems to applied ML and the full-stack products around them.
Foxtrot Legacy GroupFounding AI Engineer
Built Foxquant, an AI-driven quantitative trading platform. Led the design of LLM-assisted research workflows, real-time signal models and the backtesting engine powering strategy discovery for retail and pro traders.
Designed and shipped LLM-based copilots that translate natural-language hypotheses into runnable trading strategies
Built a multi-agent research stack (LangGraph + OpenAI / Anthropic) for market analysis, news ingestion and signal generation
Architected a hybrid RAG layer over financial filings and time-series data using pgvector and embeddings re-ranking
Trained and fine-tuned forecasting models in PyTorch and integrated them with a low-latency FastAPI inference service
Stood up MLOps pipelines (Docker, GitHub Actions, model registry, eval harness) for safe, repeatable releases
Owned the end-to-end Next.js + Python product surface used by early-access traders
OpenZeppelinSenior AI & Web3 Engineer
Built AI tooling for blockchain security and analytics. Combined LLMs, retrieval and traditional ML to triage smart-contract risk, automate research and surface on-chain insights.
Built an LLM-powered smart-contract review assistant that highlights vulnerability patterns and explains them in plain English
Designed RAG pipelines over audit reports, EIPs and protocol docs with hybrid search (BM25 + embeddings)
Developed ML models (Python, scikit-learn, PyTorch) for anomaly detection on on-chain transaction graphs
Built internal Django + FastAPI services exposing model inference and agent workflows to the security team
Partnered with research to evaluate prompts, tune retrieval and ship guardrails (PII, prompt-injection, output validation)
AeternityMachine Learning & Web3 Engineer
Combined applied ML with blockchain product work — from NLP-driven chat experiences for crypto wallets to smart-contract automation and on-chain data analytics.
Built an NLP-powered wallet chat that lets users discuss transactions and gets context-aware suggestions from an LLM backend
Trained classification and ranking models for NFT collections, used in recommendation and discovery surfaces
Designed and deployed smart contracts and the Python services that orchestrated minting, indexing and analytics
GeniuseeSenior Engineer — AI Features
Led AI feature work inside EdTech and SaaS products: chatbots, semantic search, content generation and personalization for products used by tens of thousands of learners.
Shipped an AI tutoring chatbot (LLM + retrieval over course content) that increased lesson completion by 30%
Built recommendation and personalization services in Python, integrated with the React / Next.js learning UI
Mentored engineers on prompt engineering, evaluation harnesses and safe rollout of AI features
Program-AceSoftware Engineer — Computer Vision
Worked on interactive 3D and AR products with computer-vision components: object tracking, segmentation pipelines and ML-assisted asset generation.
Implemented computer-vision pipelines (OpenCV + classical ML) for AR object tracking inside training simulations
Built a chatbot for customer support that reduced response times by 50% using intent classification and templated answers
Optimized model inference and asset pipelines, cutting load times by 40%
IntelliasJunior Engineer — Applied ML
Joined an applied research team on non-invasive cancer-detection algorithms. Picked up deep learning fundamentals and built tooling around medical image processing.
Implemented and benchmarked image-processing and ML algorithms for medical image classification
Built internal data-labeling and evaluation tools using Python and web technologies
Co-authored research write-ups and contributed to publications in image-processing venues