Chip Design Engineer

The Chip Design Methodologies team is responsible for establishing ASIC design methodologies, developing shared code, providing design guidance, and driving the adoption of new technologies. The team plays a key role in ensuring chip design teams operate efficiently and adhere to best practices. This role offers an exciting opportunity to learn from experienced engineers, think innovatively, and make a real impact within a dynamic, technology-focused organization. What You'll Be Doing: Develop generic modules embedding cutting edge ASIC methodologies Collaborate with chip design peers across frontend and physical design teams to understand existing challenges and help form practical solutions Utilize, develop, and assimilate AI-based tools and flows into the chip design process, with guidance from senior engineers Support training sessions and help designers adopt best design practices, including AI-assisted workflows What We Need To See: B.Sc. degree in Electrical Engineering, Computer Engineering, or equivalent (recent high-profile graduates are welcome) 0–4 years of hands-on pre-silicon design experience Strong interpersonal skills, a passion for innovation, and eagerness to learn from others A natural drive to systematize, automate, and improve how things are done Ways To Stand Out From The Crowd: Strong interpersonal skills and the ability to work well in a cross-functional team Passion for innovation, quality, efficiency, and flows automation Chip design proven experience, ASIC coursework or project experience NVIDIA is widely considered to be one of the technology world’s most desirable employers and has been ranked Israel’s most desirable employer for two consecutive years (2024–2025), reflecting our culture of innovation and excellence, and people-first values. Are you a creative and motivated engineer who loves a challenge? Come join our networking chip design team and help us develop great products by bringing innovation and raising the efficiency and the quality standard in the team.