EDA Design Automation Engineer

About This Role

• The Role and Impact Join Intel as an EDA Tools Hardware Engineer, where you will play a pivotal role in advancing hardware design tools, flows, and methodologies.
• In this position, you will design, implement, verify, and support cutting-edge tools that empower efficient hardware development and performance optimization.
• Your efforts will directly contribute to enabling robust end-to-end electronic design automation workflows, ensuring effective technology adoption and innovation.
• Business Group As part of Intel Foundry, you will work within a dynamic organization that focuses on delivering industry-leading solutions in hardware and technology enablement.
• The group is committed to driving advancements in design automation, enabling seamless collaboration with engineering teams across Intel, and supporting the company's broader mission of shaping the future of technology.
• The Design Technology Platform (DTP) team in Intel Foundry works closely with the technology team to maximize the value proposition of the technology for our customers thru Design Technology Co-Optimization (DTCO), delivers the Process Design Kits (PDKs) and foundational IPs (FIPs), and carries out technology lead vehicle execution for Si validation.
• Enablement and optimization of EDA reference flow and design flow on Intel technology play a crucial role in accomplishing DTP's charter.
• Key Responsibilities Design and implement methodologies for hardware development related to technology node and EDA tool enablement.
• Create, verify, and integrate unique hardware designs and platforms into hierarchical systems to support end-to-end EDA tool testing.
• Develop, test, and analyze engineering design automation tools, flows, and methodologies to improve efficiency and optimize power and performance.
• Support the development and enhancement of platforms, databases, scripts, and tools flows for design automation.
• Collaborate with EDA vendors on defining and early testing of next-generation design tools.
• Build expertise in digital design, verification, structural and physical layout, chip integration, power/performance optimization, clocking, and/or timing to inform future tool, flow, and methodology development.