Hi, I'm Chandreyi (Zini) Chakraborty
BS/MS CS @ Georgia Tech | AI Interpretability Research
I earned my Masters and Bachelors in Computer Science from Georgia Tech, both with machine learning concentrations. My research focuses on uncovering LLM inner workings through mechanistic interpretability, and leveraging those insights to improve model capability and efficiency.
I second-authored a paper accepted to COLM 2026 that attributes social reasoning to training data at the corpus level, working with EleutherAI. We launched a website showcasing this work.
I am a member of the Entertainment Intelligence and Human-Centered AI Lab under Dr. Mark Riedl, where I published on how LLMs understand suspense in stories (COLM 2025).
I was a Machine Learning Teaching Assistant under Dr. Mahdi Roozbahani, where I developed a Socratic LLM agent that supports TAs in responding to student questions on EdStem using retrieval-augmented fine-tuning.
On the efficiency side, I co-first-authored a paper on the quantization robustness of diffusion LLMs against autoregressive LLMs.
Previously, I worked at Bloomberg on the Terminal, building an efficient portfolio aggregation service, and before that at Deloitte, where I worked with the Tennessee state government to enhance their Eligibility Benefits Management Portal and integrate SummerEBT Appeals.
Publications
- 2026
- 2026 On the Quantization Robustness of Diffusion Language Models in Coding Benchmarks arXiv preprint *Equal contribution
- 2025
- 2025 Diffusion Model for Generating Inorganic Materials with Targeted Density of States Georgia Institute of Technology
Contributions
- 2026
- 2024
Co-implemented an SDK, email/Amazon S3 file services, and user onboarding for faster app deployment.
View on GitHub - 2024
Co-built a donation and event coordination platform for the non-profit, giving chapter organizers a single place to manage retreats for teens fighting cancer.
View on GitHub - 2026
Wrote a tutorial benchmarking Stable Diffusion optimizations on speed, energy use, CO2 emissions, and image quality.
View on GitHub