Senior EDA Tools Hardware Engineer

Intel Corporation•Virtual - USA CA, CA

1d•$164,470 - $311,890•Remote

About The Position

At Intel, we are shaping the future of technology by pushing the boundaries of innovation. As a Senior EDA Tools Hardware Engineer, you will play a pivotal role in designing, implementing, and enabling next-generation hardware design tools, flows, and methodologies. Your contributions will directly impact Intel's ability to deliver industry-leading silicon solutions with optimized power, performance, and efficiency. Collaborating with world-class engineers and EDA vendors, you will drive the adoption and enhancement of cutting-edge tools that enable Intel's success in advanced technology nodes.

Requirements

Bachelor's degree in Electrical Engineering, Computer Engineering, or in a STEM related field
7+ years of experience in hardware design and development with a Bachelor's degree, OR 5+ years of experience with a Master's degree, OR 3+ years of experience with a PhD
Experience in EDA tools and methodologies, including debugging and problem-solving
Experience in physical design, optimization, and tools flows and methodology (TFM) development
Experience analyzing and improving software quality
Experience in digital design, verification, and structural layout
Exceptional analytical, problem-solving, and communication skills
Experience collaborating with external EDA vendors and industry leaders

Nice To Haves

Experience with power-performance optimization techniques and formal verification

Responsibilities

Design, implement, and verify hardware design tools, flows, and methodologies for advanced technology nodes
Develop unique hardware designs and integrate components into hierarchical systems for end-to-end EDA tool testing
Analyze and optimize methodologies for improved power, performance, area, and efficiency in hardware development
Build platforms, databases, scripts, and tool flows to enhance design automation capabilities
Test and analyze engineering design automation tools to ensure reliability, functionality, and quality
Develop and refine tools to support digital design, verification, structural and physical layout, full-chip integration, power optimization, clocking, and timing methodologies
Work collaboratively with EDA vendors to define, test, and adopt next-generation design tools