π« Email: tim.do.info@gmail.com
π Resume: View Here
πΌ Portfolio: Visit Here
Studying software engineering at San Jose State University, I've built experience in AI research, scientific computing, and immersive technologies. I've published on making language models recover when multi-turn conversations go wrong, and on efficient figurative language classification for Konkani, a low-resource language. Before that I spent a summer at SLAC National Accelerator Laboratory, building the analysis pipeline for an ultrafast electron diffraction experiment. Right now I'm an AI Fellow at Accenture through Break Through Tech's AI Studio, working on supply chain disruption prediction, and a Cal-Bridge Undergraduate Scholar preparing for graduate research.
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Title: ERGO: Entropy-guided Resetting for Generation Optimization in Multi-turn Language Models
Authors: Haziq Mohammad Khalid, Athikash Jeyaganthan, Timothy Do, Yicheng Fu, Sean O'Brien, Vasu Sharma, Kevin Zhu
Publication: arXiv:2510.14077
In Proceedings of the Second Workshop on Uncertainty-Aware NLP @ EMNLP 2025 | Published Paper
Accepted to First Workshop on Multi-Turn Interactions in Large Language Models @ NeurIPS 2025 | Research Poster
Accepted to Reliable ML from Unreliable Data @ NeurIPS 2025 | Research Poster -
Title: Timing of Ultrafast Electron and Laser Pulses with Narrowband Thz Interferometry for Ultrafast Electron Diffraction
Authors: Stephen Weathersby, Timothy Khang Do, Valery Dolgashev, Cameron J. R. Duncan, Joel England, Patrick Kramer, Mohamed Othman, Dennis Palmer
In Proceedings of 2025 North American Particle Accelerator Conference (NAPAC) | Publication: DOI:10.18429/JACoW-NAPAC2025-TUP099 -
Title: Pruning for Performance: Efficient Idiom and Metaphor Classification in Low-Resource Konkani Using mBERT
Authors: Timothy Do, Pranav Saran, Harshita Poojary, Pranav Prabhu, Sean O'Brien, Vasu Sharma, Kevin Zhu
Publication: arXiv:2506.02005
Accepted to Student Research Workshop @ IJCNLP-AACL 2025 | Research Poster
Accepted to 1st Workshop on Multilingual Data Quality Signals @ COLM 2025 | Research Poster

