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Neerja Bawaskar

Sr DFT Methodology Engineer at Nvidia

Neerja Bawaskar is a seasoned engineering professional with extensive experience in design for test (DFT) methodology. Currently serving as a Senior DFT Methodology Engineer at NVIDIA since May 2024, Neerja previously held several leadership roles within the NYSCD Society of Women Engineers from July 2021 to June 2024, including President, Vice President, and Communications Director. Prior experience includes a position as Principal DFT Engineer at GlobalFoundries from February 2015 to May 2024 and a Graduate Research Assistant role at Portland State University, where Neerja developed a functional testing technique for analog circuits and designed a digital to analog converter. Educational qualifications include a Master of Science in Electrical and Computer Engineering from Portland State University and a Bachelor of Engineering in Electronics Engineering from the University of Mumbai.

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Nvidia

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NVIDIA has pioneered accelerated computing to tackle challenges that otherwise can’t be solved. Their work in AI and computer graphics is transforming industries valued at more than $100 trillion, from gaming to healthcare to transportation, and profoundly impacting society. NVIDIA is a place where scientists, artists, creators, and adventurers can do their life’s work. They take on tough problems where they can shape the world for the better, and where they can make a unique contribution. This has guided them into incredibly powerful technological forces and across the world’s largest and most important industries. They are well-known for their RTX and AI technologies more specifically. RTX is everywhere. More than 250 games and apps now use RTX to deliver stunning ray-traced graphics—including AAA blockbusters like Cyberpunk 2077, and digital creation apps like Autodesk 3ds Max, Blender, and the Epic Games' Unreal Engine. NVIDIA GeForce 30 Series GPUs deliver unmatched performance, from high-end rigs to incredibly thin and light laptops. As companies process mountains of data to train and refine AI models, their data centers are essentially becoming AI factories. A whole new type of data center has emerged because of AI. Most recently, NVIDIA unveiled a giant wave of products: the new Hopper GPU and Grace CPU Superchip, new networking technology, new systems, and new software products to power next-generation data centers. AI is the most powerful technology force the world has ever known. NVIDIA AI brings together computer vision, conversational AI, recommender systems, avatars, robotics, and autonomous vehicles. These AI skills are state of the art, trained to be used in production, and used by more than 25,000 companies today.