Lead the architecture of advanced networking IPs, managing development from architecture to tape-out and overseeing integration processes.

Develop design verification environments for Intel's IPU, collaborating with teams to ensure high pass-rate using constrained random verification methods.

Conduct workload analysis and performance debugging for AI-GPU architecture. Develop optimized GPU kernels and enhance performance analysis tools.

Contribute to an MLIR-based compiler for Intel deep learning accelerators, focusing on performance optimization and collaboration with architecture teams.

As a CPU Physical Design Engineer, you will work on high-speed designs, ensuring performance and power efficiency from RTL to GDSII, while conducting static timing analysis and power optimization.

LTD Device Engineering Managers lead scientific research device groups, manage core process development on silicon technology, and ensure high-quality product performance through collaboration and extensive analysis.

As a CPU Physical Design Engineer, you will conduct timing analysis, ensure convergence for high-frequency digital designs, and collaborate with various teams in the CPU design process.

The Formal Verification Specialist verifies microarchitecture using formal tools, defines verification scope, creates test plans, and collaborates with design teams to ensure high-quality designs.

As a Formal Verification Senior Engineer, you will verify microarchitecture using formal verification tools, define verification scope and strategies, and analyze methodologies for high-quality design implementation.

The HPI Americas Consumption Sales Director will lead sales efforts, grow consumption volume, manage relationships with partners, and drive revenue growth across Intel's product portfolio.

Develop CPU logic designs and RTL coding, optimize performance while ensuring design integrity, and document micro architectural specs.

The role involves leveraging technical knowledge in sales, focusing on AI solutions and Data Centers, solving customer challenges, and demonstrating Intel's technologies.

As a Pre-Silicon Verification Engineer, you will verify high-speed SerDes designs, develop test plans, execute verification, analyze results, and collaborate with design teams.

Design and develop factory automation software solutions, optimize production processes, collaborate with cross-functional teams, and ensure system performance and scalability.

The engineer will implement physical designs of custom CPUs, perform verification, analyze results, and collaborate on design improvements.

The role involves measurement and analysis of notebook products' power and performance. Responsibilities include conducting evaluations, debugging systems, and collaborating with engineering teams.

The HW IP Verification Engineer/Architect will develop test strategies, collaborate with teams, and ensure design specifications for Intel's next generation AI/GPU chips, focusing on optimization and performance analysis.

The Design Verification Engineer is responsible for verifying integrated subsystems, developing verification plans and environments, debugging issues, and collaborating with cross-functional teams.

The DV Lead will engineer AI chip development, manage a DV team, create verification strategies, and ensure comprehensive verification efforts.

Lead the development of AI silicon solutions, translate customer needs into specifications, and drive cross-functional execution.