Computer Vision & Generative Models
I'm a Computer Science PhD student at Arizona State University working on generative computer vision. My research interests lie specifically in the areas of layered image / video decomposition and editing, unified modeling for generation and understanding, and long horizon world modeling.
Open to research collaborations — reach out by email
ICCV 2025
project page · arXiv · code · bibtex
RefEdit, an instruction-based editing model trained on 20,000 synthetic triplets, outperforms baselines trained on millions of samples in complex scene editing and achieves state-of-the-art results on referring-expression and traditional benchmarks.

Chimera is a personalized image-generation model trained on a semantic part-based dataset, enabling novel object synthesis by combining parts from multiple images via textual instructions — outperforming baselines by 14% in compositional accuracy and 21% in visual quality.
Funded by DoD — in collaboration with UofA
Jan–May 2026
Developed agents to function as virtual standardized insomnia patients for therapist training and clinical education. Finetuned LLMs for context-aware dialogue systems to simulate realistic patient–therapist interactions.
Working on layered image decomposition and editing.
Computer vision and generative models for controllable image/video generation.
Research on AI for medical imaging while completing a B.E. in Computer Science.