people

members of the lab or group


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Hi! I’m Siddharth, a student at Carnegie Mellon University completing my Fifth-Year Master’s in Computer Science. My thesis focuses on mechanistic interpretability - specifically, uncovering the internal circuits and representation geometry that LLMs use to parse and reason over tabular data.

As a part of Professor Carolyn Rosé’s group at CMU’s Language Technologies Institute - I collaborated with Armineh Nourbakhsh on developing graph-based models for form processing, and robust evaluation metrics for document visual question answering.

I am also fascinated by the intersection of game theory and AI — particularly, how optimal play emerges in complex environments. I find that viewing deep learning through this lens: as players discovering complex strategies in a massive game, makes for a compelling perspective driving my interpretability research.

Feel free to reach out to me to chat about my research or any shared interests!


prof_pic.jpg

555 your office number

123 your address street

Your City, State 12345


layout: about title: about permalink: / subtitle:

profile: align: right image: prof_pic-2.jpg image_circular: false # crops the image to make it circular

news: true # includes a list of news items selected_papers: true # includes a list of papers marked as “selected={true}” social: true # includes social icons at the bottom of the page —

Hi! I’m Siddharth, a student at Carnegie Mellon University completing my Fifth-Year Master’s in Computer Science. My thesis focuses on mechanistic interpretability - specifically, uncovering the internal circuits and representation geometry that LLMs use to parse and reason over tabular data.

As a part of Professor Carolyn Rosé’s group at CMU’s Language Technologies Institute - I collaborated with Armineh Nourbakhsh on developing graph-based models for form processing, and robust evaluation metrics for document visual question answering.

I am also fascinated by the intersection of game theory and AI — particularly, how optimal play emerges in complex environments. I find that viewing deep learning through this lens: as players discovering complex strategies in a massive game, makes for a compelling perspective driving my interpretability research.

Feel free to reach out to me to chat about my research or any shared interests!