I received Masters and Bachelors degrees in Computer Science from Georgia Institute of Technology, where I worked on data-efficient learning and methodologies for human-robot interaction.
My research interest mainly focuses on the reliability and interpretability of foundation models.
I am interested in using causal reasoning and mechanistic interpretability to promote the safe, auditable deployment of language models in business and society.
Fine-tuning framework to internalize multi-agent debate inside a single language model. Additionally, we identify and steer agent subspaces inside the internalized model.
We use semantic scene graphs to disambiguate referring expressions in an interactive object grounding scenario. This is effectively useful in scenes with multiple identical objects.
We use 2D inpainting methods to complete occlusions and imperfections in 3D building point cloud scans.
Teaching
Teaching Fellow:
Responsible AI for Business: SM456 Spring 2026
Software Engineering: CS411 Fall 2025
Introduction to Computer Science: CS111 Summer 2025, Summer 2024
Introduction to Artificial Intelligence: CS440 Spring 2025