The AI and Automation Technologist will automate validation processes, develop AI tools, collaborate on test strategies, and enhance software quality metrics. The role emphasizes leadership in AI-driven test automation and validation engineering.

The Yield Development Engineer will analyze data for yield improvement, collaborate on process development, and enhance semiconductor solutions using advanced techniques.

The Cost Analyst will manage factory spending, perform reconciliations, resolve material differences, and collaborate with various teams to drive insights and improvements in financial operations.

Develop and validate SoC/chipsets through test plans and methodologies. Collaborate with teams for strategy and debug issues effectively.

Responsible for pre-silicon validation of Intel CPUs, ensuring logical correctness through verification environments, and utilizing various validation methodologies and tools.

Manage a team of PDK engineers to ensure quality assurance of PDK collateral. Oversee extraction processes, automation tasks, and collaboration with EDA vendors, while driving innovation and efficiency within the team.

The Sales Operations Analyst will analyze data, drive strategies, and build relationships to improve Intel's sales operations in the EMEA region.

The SoC Debug Engineer resolves customer issues related to Platform and SoC, ensuring system stability and developing debugging tools.

The Sales Operations Analyst role involves data analysis, relationship building, and driving business improvements to enhance Intel's sales operations.

The Business Development Analyst will develop customer relationships, manage accounts, respond to RFQs, and execute strategies for business growth in semiconductor manufacturing.

Manage GPU software teams to deliver compiler technologies and optimizations, providing architectural guidance and maintaining accountability to achieve results.

The Compiler Engineering Manager will lead a team in designing, developing, and optimizing compiler software for Intel architectures, ensuring sound engineering practices and stakeholder interactions.

Design and verify analog circuits for high-speed serial link IPs, mentor junior engineers, and ensure product quality and performance.

The Analog DV Engineer develops testability and manufacturability of analog/RF ICs, contributes to design validation, and drives complex test methods. They collaborate on ATE and debug functionalities while enhancing production yield and performance.

The engineer will develop validation tests for DFT architecture, manage RTL validation, and support silicon testing and debugging processes.

The intern will develop graphics hardware solutions, perform power integrity analysis, collaborate with teams, and support design cycles.

The role involves developing a performance/functional simulator for Xe Graphics, engaging with architecture teams, and using strong programming skills in C++ or System C.

Lead GPU architecture development focusing on graphics technologies, driving interoperability, performance optimization, and cross-functional collaboration. Responsible for module development, debugging, and virtualization implementation.

As a GPU Modelling Engineer, you will design, code, validate, and analyze performance for GPU simulators while collaborating with various teams to explore architecture and early software development.

Responsible for physical design implementation, running verification and signoff flows, optimizing designs, and improving methodologies for custom IP and SoC designs.