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Yousef Hindy

Yousef Hindy

ML Engineer specializing in autonomous systems and quantum computing

San Francisco Bay Area
stanford
Joined December 2024
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Summary

Yousef is a highly skilled ML Engineer at Applied Intuition, contributing to cutting-edge autonomous vehicle technology. His work involves developing generative AI interfaces for vehicle software, creating AI-powered simulators (Neural Sim) that combine real-world data with virtual testing, and building AI-driven solutions for efficient data retrieval and analysis from massive autonomy datasets. He also actively participates in hiring ML Engineers for the company. linkedin+2
With a background in Engineering Physics and a Master's in Computer Science from Stanford University, Yousef combines theoretical understanding with practical application. His academic work includes research in quantum computing, specifically co-authoring papers on error mitigation techniques and the 'Mitiq' software package. He also contributed to research on routing and traffic control for autonomous vehicles, demonstrating expertise in complex systems. theorg+3
Yousef is a recognized talent, having been a Terman Scholar at Stanford and a participant in the prestigious Mayfield Fellows Program, which focuses on entrepreneurship and leadership in high-growth technology startups. This entrepreneurial spirit is evident in his internships at companies like Verana Health and Tesla, where he gained experience in product management and autopilot software development. stanford+2
Beyond his professional and academic pursuits, Yousef has a keen interest in physics and its real-world applications, as highlighted in his public talk "The World is Made of Waves," where he connects wave principles to everyday life and autonomous driving. He also shows an interest in general software development through personal projects like 'Wallscraper' on GitHub. nerdnite+1

Work

Education

Projects

Writing

The World is Made of Waves

August 16, 2023

Presented a talk at Nerd Nite SF explaining how wave principles govern everyday phenomena and how he applies this understanding in his work on autonomous vehicles.

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Mitiq: A software package for error mitigation on noisy quantum computers

January 1, 2022

Co-authored a paper introducing Mitiq, a Python package designed to reduce the impact of noise on near-term quantum computers. It offers various error mitigation methods like zero-noise extrapolation and probabilistic error cancellation.

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Digital zero noise extrapolation for quantum error mitigation

January 1, 2020

Co-authored a paper on digital zero noise extrapolation, a technique for mitigating errors in noisy quantum computations without additional quantum resources.

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Communication-Constrained Routing and Traffic Control for Autonomous Vehicles

September 26, 2019

Co-authored a paper addressing the challenges and solutions for routing and traffic control in autonomous vehicle networks under communication constraints, proposing a two-layered routing scheme.

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