I'm a CS PhD Candidate at Cornell University working with Prof. Thijs Roumen at Matter of Tech Lab based in Cornell Tech, NYC. \n Dedicated to advancing augmentative and alternative communication (AAC) technologies, my research centers on the development of systems designed to seamlessly integrate non-informative speech. This innovative approach aims to empower individuals facing speech and motor impairments by providing them with enhanced expressivity through AAC solutions. My work is driven by a commitment to leveraging technology to improve the communication capabilities of those with diverse abilities, fostering greater inclusivity and accessibility.
Graduated Bs inMechanical Engineering with a specialization in Robotics at the Technion Israel institute of technology, where I worked as a researcher in the Technion's UAV Center and as simulations & control engineer on Project JERICCO, a mission to launch the first nano satellite to orbit the moon
Matter of Tech Lab supervised by Thijs Roumen
Specialized in Robotics and Control
Currently working on how to make humor more accessible by creating a tool that could support people with speech and motor impairments to create near real-time humorous interjections during a conversation.
Working with Prof. Thijs Roumen lab where we research digital fabrication using ultrasound manipulation. - Contactless fluid 3D manipulation using ultrasound - Unity Simulations - Design and engineering of a system for dispensing droplets on-demand
Working at prof. Wendy’s Ju lab where we do research on human-robot interaction - Robot control interface using computer Vision, FLASK & MQTT - ROS navigation algorithms and LiDAR integration - Explored Clay 3D printer - 3D modeling in CAD
Project JERICCO is a mission to launch and operate the first ever student-designed nanosatellite in lunar orbit, in a joint effort between the Technion's Faculty of Aerospace Engineering and Israel Aerospace Industries (IAI) set to launch in 2025. Supervisor: Niko Adamsky (IAI) - Simulations of space, climate conditions, communications, and power systems to verify the design choices of the satellite - Control algorithm of reaction wheels that will allow the satellite to navigate in space
Assembly of electronics - Autonomous drone for defense- Dronenet - 3D printing specialist - 3D modeling in CAD