The Accounting Technical Specialist supports statutory audit processes, manages governmental filings, ensures compliance with accounting standards, and participates in financial audits. They serve as a technical advisor for compliance matters, lead restructuring initiatives, and support SAP S4 implementation. The role requires collaboration across internal teams to improve financial processes and systems.

The Formal Verification Engineer conducts verification of IP and SoC microarchitecture using formal verification tools and methodologies. Responsibilities include creating test plans, developing formal proofs, refining verification processes, and collaborating with design teams to enhance architectural features and functionalities.

The Product Development Engineer will ensure the testability and manufacturability of integrated circuits, conduct structural and functional testing, analyze performance, and support early product development phases.

The Product Development Engineer is responsible for testing and validating integrated circuits from feasibility to production. They will analyze product performance, debug issues, and participate in early product development phases.

The Analog Product Development Engineer will ensure the testability and manufacturability of integrated circuits, validate test content in a manufacturing environment, and get involved in early product development phases to evaluate content implementation and validation.

The Product Development Engineer is responsible for ensuring testability and manufacturability of integrated circuits from feasibility through production. Duties include validating and testing product performance in manufacturing, and engaging in early product development phases for content evaluation and validation.

The Principal Engineer for Rack Systems Architecture is responsible for architecting AI system requirements, developing and testing AI applications, designing hardware and software solutions, and collaborating with engineering teams. The role requires a strong technical leadership background, influencing modernization in AI solutions, and mentoring other technical leaders.

The Analog Product Development Engineer will ensure the testability and manufacturability of integrated circuits through various phases including production ramp. Responsibilities include testing, validating test content, and performing debugging in a manufacturing environment.

The Supply Chain Engineer is responsible for managing substrates and assembly materials for new product introductions and high-volume manufacturing. They act as a technical contact for material-related factory issues, lead materials excursion management, support supplier qualifications, and initiate quality improvement projects. Additionally, they ensure smooth material change controls and maintain quality standards for incoming materials.

Lead the Supply Chain Engineering team at Intel focusing on substrate and assembly materials for new product technology, manage quality standards, handle supplier quality audits, and initiate improvement projects. Collaborate with engineering teams to support manufacturing operations and ensure smooth transitions during materials changes.

The Analog Product Development Engineer is responsible for ensuring the testability and manufacturability of integrated circuits through the entire production process. This includes testing and validating content in a manufacturing environment and debugging issues that may arise. Additionally, the role involves participation in the early phases of product development.

The GPU Firmware Development Engineer will develop and maintain GPU software solutions, modify embedded OS drivers, create validation scripts, and validate GPU firmware. Responsibilities include software/firmware development within constrained environments and system-level design modeling.

The role involves performing timing analysis and optimization for SoCs, generating timing constraints, and fixing timing violations. Responsibilities include developing methodologies for timing models, collaborating on clocking design, and ensuring quality in the physical design process. The candidate will work with teams to deliver integration flow and validate performance under various conditions.

The Power Management Micro-Architect will focus on designing low power management systems for SoCs, ensuring successful integration of Power-Management related IPs, collaborating on validation strategies, and leading strategic initiatives within the SoC design team.

The HR Business Partner will support Intel's High-Volume Manufacturing network by fostering strong employee relations, guiding managers on performance issues, and applying HR solutions to enhance organizational capability. They will collaborate closely with leadership to align HR strategies with business objectives and analyze data to resolve challenges, ultimately promoting a high-performance culture.

The Intern Graduate will assist in various technical tasks within the Design Engineering Group at Intel. Responsibilities include supporting the development, integration, and validation of SOCs, Cores, and IPs, alongside managing project-related duties during the summer or school breaks.

The Global EHS Strategic Air Compliance Manager will oversee air emissions risk evaluations and control strategies in the semiconductor industry. Responsibilities include optimizing emissions management processes, collaborating with stakeholders for compliance, conducting audits, and implementing data-driven methodologies for emissions reporting.

The role involves contributing to physical design automation by developing and driving tools and methodologies for layout construction and verification. Responsibilities include working with stakeholders to implement next-generation design tools, responding to client requests, and using skills such as Virtuoso and ICC2 TCL for layout productivity.

The intern will work on VLSI testing, focusing on ATE and DFT features. Responsibilities include vectors stabilization and implementation, system-level testing, and automation. The intern should be pursuing a Master's degree in Electronics or Computer Engineering with skills in scripting and a good understanding of CMOS and VLSI design.

The role involves designing complex layouts of analog signal circuits based on specifications, running design verification tools like electron migration, voltage drop, and reliability checks on layouts. Candidates will gain hands-on experience in VLSI design within a collaborative environment.