Sketch-of-Thought
Efficient LLM reasoning via cognitive-inspired sketching. A training-free, inference-time method that cuts reasoning tokens by roughly 84% on average. First author, EMNLP 2025.

I move quickly from rough ideas to working AI systems, then do the engineering needed to make them reliable. I work with stakeholders to turn business needs into technical direction, iterating quickly toward systems that can make it to production and stay there.
Senior Data Scientist / Data Scientist
Penta is a global strategy and communications consultancy where my work has moved from client-facing NLP and media-intelligence systems into company-wide AI tooling. Across both stints, the through line has been embedded engineering: understanding analyst workflows, finding the right technical shape for ambiguous needs, and shipping tools that hold up in live client delivery.
Graduate Research Assistant
At KAIST's MLAI Lab, I worked on efficient LLM reasoning and test-time compute. The work sharpened the research side of my AI practice: reading quickly, testing ideas rigorously, and turning model-behavior questions into concrete methods that can be evaluated against real reasoning workloads.
AI Engineering Consultant
Lighthouse Analytics is the name I use for independent AI engineering work. The main engagement was a production invoice-intelligence system for a small-business client, scoped from discovery with non-technical stakeholders through rollout. It used LLM-driven OCR, OpenAI structured outputs, and Pydantic schemas to turn messy vendor documents into dependable business data.
Journo-Tech Fellow
At The Wall Street Journal, I worked on applied machine learning for editorial analytics. The fellowship was an early exposure to building against a real product environment: using internal content data, preparing training sets from production databases, and framing model outputs around decisions an editorial team might actually care about.
Development Intern
Across several internships at NASA Langley, I built AR and VR tools for researchers working with 3D data. The work combined software development, data visualization, and user research: talking with researchers, understanding how they inspected technical data, and turning those workflows into interactive Unity prototypes.
Researcher
At York College, I supported public-interest research on indigent burials by helping turn scattered public records into a structured research dataset. The project sat at the edge of data engineering and social research, with an emphasis on feasibility, source coverage, and making messy public information usable for analysis.
Efficient LLM reasoning via cognitive-inspired sketching. A training-free, inference-time method that cuts reasoning tokens by roughly 84% on average. First author, EMNLP 2025.
Internal platform for analyst-facing LLM workflows, scaled to 1,500+ monthly analysis runs by 180+ users. Built API-first services, durable report storage, audit trails, usage analytics, ECS worker execution, and an MCP server for agent access. Proprietary; details generalized.
Production document-intelligence system for a small-business client, handling roughly 3,000 invoices a month across 100+ vendor formats. Uses LLM-driven OCR and OpenAI structured outputs with Pydantic schemas to turn messy documents into dependable business data. Proprietary; details generalized.
Automated pipeline for public-interest research on indigent burials, turning scattered state and local records into a structured dataset for feasibility analysis. The work supported research into how the pandemic and opioid crisis affected public burial systems.
M.S., Artificial Intelligence
Advisor: Prof. Sung Ju Hwang
B.S., Computer Science (Minor: Data Science)
Summa Cum Laude
If you think we could work well together, feel free to reach out.