Make Every Expansion Count: Learning to Search Efficiently in LLM Code Repair
Under review
We learn to prioritize proposed edits using execution feedback and edit text, making LLM code-repair search more efficient.
Ph.D. student, Electrical and Computer Engineering, Technion
Research intern, NVIDIA Research
I am a Ph.D. student at the Technion, advised by Prof. Shie Mannor, and a research intern at NVIDIA Research. My research is on reinforcement learning and LLM agents: how AI systems learn from interaction and feedback, and how they plan and search efficiently, from robotics to software engineering.
Previously, I was a research intern at the Bosch Center for AI, worked as a control engineer at Intel, and earned a B.Sc. in Mechanical Engineering from the Technion, summa cum laude.
Under review
We learn to prioritize proposed edits using execution feedback and edit text, making LLM code-repair search more efficient.
Under review
A method that utilizes pre-trained Vision-Language Models to semantically score and prioritize experiences in the replay buffer, significantly boosting sample efficiency in off-policy RL.
ICRA 2026
A learning method that predicts multiple initial solutions with a single network, helping local optimizers avoid poor local minima in robot control and autonomous driving.