Intel

This role is for a Construction Commodity Manager at Intel, responsible for managing construction contracts and supply chain strategies. The position involves sourcing, negotiation, contracting, and relationship management with suppliers and internal stakeholders across design, finance, legal, and construction teams. Key responsibilities include developing contracting strategies, understanding market conditions, ensuring compliance with corporate policies, maintaining performance metrics, and resolving contract disputes. The role requires a Bachelor's degree in a relevant field and 6+ years of experience in supply chain, contracts management, or construction project management.

Segment Director for Mobile Core Infrastructure at Intel, responsible for defining and executing business, product, and marketing strategies to drive adoption and customer impact for Intel products in the Telco Core space. This role involves competitive analysis, go-to-market strategies, collaboration with engineering, and leading cross-functional teams to achieve business outcomes.

This role focuses on advancing semiconductor process technology by identifying root causes of yield limiters, performing statistical analysis, developing methodologies for data consolidation and analysis, and transforming data into actionable insights to improve yield. The engineer will design measurement recipes, collaborate with cross-functional teams to debug yield issues, and ensure manufacturability. The role requires a strong background in statistical analysis, data visualization, and semiconductor process development.

This role focuses on developing semiconductor manufacturing processes, designing and analyzing experiments for new technologies, and integrating manufacturing steps. It involves leading scientific research for device architectures and ensuring technologies meet manufacturing requirements.

Software Engineer role focused on designing, developing, and validating system software across firmware, drivers, operating systems, and middleware layers. Involves cross-stack optimization and reference platform development. Primarily for fresh graduates with C#, Python skills and understanding of software/hardware debugging.

This IT support role focuses on providing technical assistance for IT infrastructure, engineering design, and development tools. Responsibilities include first-level customer support via various channels, participating in continuous improvement projects, and troubleshooting Windows and Linux systems. A Bachelor's degree in IT or Computer Science is required, with knowledge of development tools being a plus.

Intel is hiring an E-Core (Atom) CPU Layout Design Engineer in Penang, Malaysia. The role involves driving the physical implementation of memory compilers, custom IP blocks, and layout partitions for future generation Intel Atom microprocessors. Responsibilities include assessing complex digital physical design assignments, working with circuit design engineers, debugging CAD tools, building and verifying physical design hierarchy, and partnering with SoC teams. Requires a Bachelor's or Master's degree in Electronic/Microelectronic Engineering, Computer Engineering, or related field, with 3+ years of layout design experience. Familiarity with VLSI and CMOS logic circuit design, and proficiency in UNIX shell script, TCL, and Perl are preferred.

Develop firmware for DDR memory subsystems, including initialization, training, and calibration algorithms, adhering to JEDEC standards. Analyze, replicate, root cause, and debug issues in presilicon and post-silicon environments. Collaborate with architects and designers to ensure robust solutions.

Intel is seeking an experienced Circuit Design Engineer for their CPU Technology team in Penang, Malaysia. The role focuses on custom circuit designs for next-generation CPUs, involving technical readiness, simulation, and block design to meet PPA targets. Responsibilities include design verification using signoff methodologies, timing analysis, and layout verification.

IT Director responsible for the digital strategy of global direct and capital equipment procurement, focusing on an SAP S/4HANA ERP transformation. The role involves modernizing sourcing, contracting, procurement execution, supplier collaboration, and payments, acting as a strategic partner to Procurement, Finance, and Manufacturing.

Process Integration Development Engineer at Intel, focusing on semiconductor manufacturing and device architectures. Requires a Ph.D. in a STEM field and experience in semiconductor processing or fabrication.

The role focuses on developing and enhancing tools, flows, and methodologies (TFM) for Intel's physical design implementation across IPs and SoCs. Responsibilities include conceptualizing and designing TFMs, establishing regression flows, optimizing power/performance/area/timing, creating automation scripts, analyzing data for improvements, and partnering with cross-functional teams. The role also involves architecting and developing regression and QA automation frameworks for semiconductor IP verification, integrating automation with development pipelines, and implementing monitoring mechanisms. Experience with EDA tools, physical design flows, scripting (TCL, PERL, Python), and CI/CD platforms is required.

The role focuses on quality engineering within Intel Foundry's advanced package substrate roadmap. It involves leading the application of advanced statistical methods like SPC, conducting operational audits, introducing and enforcing quality standards, and driving continuous improvement initiatives. The goal is to elevate quality standards internally and at suppliers to meet customer expectations in a competitive foundry environment.

This role focuses on the functional validation of System-on-Chip (SoC) designs, ensuring the quality and reliability of Intel's silicon solutions. Responsibilities include developing and executing pre-silicon and post-silicon validation strategies, system simulation, emulation, debugging, and collaborating with cross-functional teams to resolve issues and optimize designs.

Senior Software Development Engineer to develop cutting-edge software features and optimizations for Intel's communication libraries including libfabric, oneCCL, ISHMEM, and Intel MPI. The role focuses on communication library development and performance engineering, with an emphasis on how data flows in HPC/AI systems.

This role focuses on CPU power management architecture, including defining microarchitecture specifications, exploring new power management solutions, and collaborating with hardware and software teams. It involves defining mechanisms for DVFS, power states, thermal control, and using machine learning algorithms for power and performance optimization. The role also includes post-silicon debug and tuning.

This role focuses on the design and optimization of standard cell libraries for Intel's leading-edge process nodes, working with foundry customers and EDA partners to improve cell performance, power, and area. It involves deep technical understanding of semiconductor technology, foundation IP design, and library cell characterization.

This role is for an EMEA Export Controls & Sanctions Compliance Director at Intel, responsible for ensuring compliance with relevant laws and regulations, managing regulatory risk, and leading a team to drive business growth across the EMEA region. The role involves advising senior leaders, representing Intel before authorities, and managing compliance activities for M&A.

Seeking a hands-on SoC Design Verification Engineer to own the verification lifecycle for complex SoC/IP blocks, including planning, UVM testbench development, test content creation, coverage closure, and debug. The role involves close collaboration with design, architecture, and firmware teams to deliver high-quality silicon.

This role manages a team responsible for the development and optimization of standard cell libraries for Intel's technology nodes, focusing on circuit design, layout, characterization, and modeling to achieve best-in-class PPA for both internal and external customers. It involves technical leadership in circuit design, managing engineers, and collaborating with process technologists and EDA vendors.

Internship role focused on manufacturing engineering processes and factory operations within Intel Foundry. Responsibilities include contributing to design and optimization, evaluating equipment performance, implementing corrective actions, and supporting process improvements. The role involves collaboration with engineering and operations teams to enhance production efficiency and product quality. Requires a Bachelor's degree in relevant engineering fields or Computer Science, with technical knowledge in statistics, process control, and quality management. The internship is for undergraduate students and requires a minimum commitment of 3 months.

This role focuses on the functional verification of CPU logic, developing test plans and environments, executing simulations, and debugging issues to ensure design specifications are met. It involves collaboration with architects and RTL developers to improve verification of complex features.

SoC/IP Design Verification Engineer responsible for verification planning, UVM testbench development, test content creation, coverage closure, and debug across block, subsystem, and SoC levels. Collaborates with design, architecture, firmware, and validation teams.

Software Engineer for factory automation systems (AMHS) within Intel's Foundry group. Responsibilities include installing, testing, debugging, sustaining, and validating AMHS software for manufacturing capabilities and solutions. The role involves working across various software layers, including firmware, OS, middleware, and applications for mission-critical distributed enterprise systems.

Industrial Engineer role focused on managing capital assets within Intel's proprietary systems, involving procurement, installation coordination, inventory maintenance, and shipping/receiving. The role requires collaboration with various engineering and factory stakeholders to ensure capacity requirements and optimize resources for schedules and cost targets.

Physical Design Engineer at Intel responsible for the physical design implementation of custom IP and SoC designs, transforming RTL to GDS, optimizing power, performance, and area for advanced semiconductor technology.

Seeking an experienced Linux Kernel Developer to join a system software engineering team, focusing on developing, maintaining, and optimizing Linux kernel components for x86 architectures, device drivers, and platform-level integration. The role involves supporting early platform enablement in presilicon and postsilicon environments, collaborating with cross-functional teams, and contributing to upstream Linux kernel subsystems.

Electrical Engineer R&D Intern focused on high-speed I/O technologies like PCI Express, UXI, CXL, and USB for future server platforms. Responsibilities include analyzing I/O solutions, supporting electrical feasibility studies using simulation and lab data, defining critical electrical parameters, and proposing solution approaches. The role involves collaboration with engineering groups and industry organizations, with a focus on developing simulation workflows and technical documentation.

Seeking a Sr. Principal Engineer, Customer Enabling to lead innovation in Intel's assembly packaging technologies. This role involves technical collaboration with customers, translating product requirements, participating in technology tradeoff decisions, managing customer dashboards, and ensuring high-quality outcomes in packaging processes and materials. The engineer will also drive standardization of quality systems, product qualification, and mentor technical leaders.

Student role in Mechanical, Materials, or Chemical Engineering at Intel Kiryat Gat, focusing on supporting day-to-day engineering advanced work, implementing new processes, and automation solutions in manufacturing. Requires strong data analysis abilities and statistical knowledge is an advantage.

Electrical Engineer to drive silicon processes and collaterals for advanced Intel wireless products, working with foundries to deliver next-generation wireless solutions.

Senior VLSI Process Design Engineer role focused on optimizing Intel's process technology for power, performance, and area (PPA) of Intel IPs. Responsibilities include conducting experiments, defining methodologies, building tools, analyzing results, and collaborating with design teams.

This role is for a Facilities Operations Manager at Intel in Malaysia, responsible for leading diverse operational teams to ensure efficiency, productivity, and alignment with company goals. The role involves managing day-to-day operations, analyzing data, collaborating with cross-functional teams, overseeing resource allocation, and managing stakeholder relationships. It also includes team leadership, strategic planning for operational excellence, and ensuring compliance with regulations and company policies. The ideal candidate has a Bachelor's degree in engineering, 3+ years of team management experience, and 5+ years of facilities or manufacturing operations management experience. The role requires working a night shift.

Operations Manager role focused on leading diverse operational teams to ensure efficiency, productivity, and alignment with company goals within a manufacturing or facilities context. Responsibilities include day-to-day operations management, data analysis for improvement, cross-functional collaboration, resource allocation, stakeholder relationship management, team leadership, strategic planning, KPI monitoring, and ensuring compliance with regulations and policies.

This role is for a Business Human Resources Partner supporting manufacturing and advanced packaging organizations. The responsibilities include building relationships, driving employee relations, organizational development, learning, inclusion, labor relations, and HR processes. The role requires experience in employee relations, HR basics, and Microsoft Office, with preferred experience in leadership development, coaching, organization diagnosis, design, Workday, and manufacturing environments.

Firmware Architect role at Intel focusing on designing and developing embedded software solutions, emphasizing security and performance. Responsibilities include defining architectural frameworks, translating requirements, developing algorithms, leading vulnerability assessments, and collaborating with engineering teams on implementation and new technology adoption. Requires strong C/low-level Linux driver experience and firmware architecture/system-level design.

This role focuses on the functional verification of CPU logic to ensure design meets specification requirements. Responsibilities include developing IP verification plans, test benches, and verification environments, executing verification plans, running system simulation models, debugging issues, and collaborating with design and architecture teams. The role requires a Bachelor's or Master's degree in Electrical/Computer Engineering with relevant experience in Design Verification methodologies (UVM, System Verilog) and Pre-silicon verification.

Construction Project Engineer (Civil, Structural, Architectural) at Intel, focusing on the design and engineering of manufacturing and cleanroom projects, specifically tool installation for semiconductor manufacturing equipment. The role involves providing engineering solutions to meet cost, schedule, and productivity targets, collaborating with various stakeholders, and driving safety culture. Requires a Bachelor's or Master's degree in civil or structural engineering with significant experience in technical facilities and equipment installation, and Professional Engineer registration.

Compiler Engineer at Intel working on C/C++/DPC++/Fortran compilers and LLVM. The role involves feature development, defect resolution, performance optimization, and conducting experiments for general and domain-specific languages targeting Intel CPUs. Collaboration with hardware design teams, other companies, and open-source communities is expected.

Internship role focused on system software engineering, including firmware, drivers, operating systems, and middleware. Responsibilities involve design, development, validation, cross-stack optimization, and reference platform development for Intel platforms. Requires proficiency in C, C++, Python, or Java, and understanding of OS architecture. Preferred qualifications include exposure to ML/AI tools and GenAI/LLM.

This role is for a Quality Engineering Manager in Assembly Packaging Testing Manufacturing (APTM) at Intel. The manager will be responsible for end-to-end manufacturing quality leadership across various processes and sites in Arizona, Oregon, and New Mexico. Key responsibilities include leading Quality Program Managers and Engineers, driving In Factory Quality programs, adapting quality systems for advanced packaging, managing supplier improvement programs, leading Quality Review Boards (QRBs), and ensuring world-class Quality KPIs. The role requires strong cross-functional leadership, experience with major quality excursions, and a deep understanding of semiconductor manufacturing processes.

Senior Design Verification Engineer for Mixed Signal IP at Intel, focusing on functional verification of mixed signal logic components, developing IP verification plans, test benches, and verification environments. Responsibilities include executing verification plans, running system simulation models, debugging issues in the presilicon environment, and collaborating with digital and analog architects, RTL developers, and physical design teams. Requires BS/MS/PhD in Engineering with significant experience in design verification, System Verilog, and OVM/UVM.

Software Applications Development Engineer to create full stack integrated software solutions for new product introduction workflows management, execution readiness and controls, build readiness and logistics capabilities, and Design of Experiments (DOE) planning applications. The role involves the complete software project lifecycle, working with stakeholders from Assembly Test Technology Development (ATTD) and Logic Technology Dev (LTD) Fabs.

Module Development Engineers at Intel lead scientific research for semiconductor manufacturing, focusing on developing and optimizing processes, materials, and equipment for innovative device architectures. This role involves feasibility studies, roadmapping, and collaboration with suppliers to drive technology development for both current high-volume manufacturing and future products. The position requires a strong background in semiconductor processing, device physics, and materials science, with experience in areas like ALD, CVD, etch, and metrology.

This role focuses on enabling new manufacturing capacity for advanced packaging suppliers by leading substrate supplier development and qualification activities. The engineer will drive technical enablement, manage readiness milestones, and collaborate with cross-functional teams and suppliers on various substrate technologies and processes.

This role focuses on ensuring the quality and reliability of manufactured products and processes, owning manufacturing ramps, specifying inspection and testing, and driving continuous improvement. It involves analyzing data, including structured and unstructured data using statistics and machine learning, to disposition products and systems. The role also handles excursion management, change control, and supplier improvement, and responds to customer-reported issues.

This role focuses on CPU performance architecture, developing and optimizing CPU logic for power, performance, and area. Responsibilities include defining CPU architecture specifications, modeling performance and power, analyzing bottlenecks, developing tests, and collaborating with engineering teams. Requires a degree in a related field and experience with C++.

This role focuses on developing and driving end-to-end architectural specifications for CPUs, influencing technical direction, and ensuring leadership in performance, power efficiency, and scalability. Responsibilities include defining hardware features, evaluating tradeoffs, conceptualizing architectural innovations, developing new instructions, modeling performance and power, creating tests and simulations, and collaborating with cross-functional teams.

Test Module Engineer at Intel in Malaysia responsible for owning and optimizing high-volume manufacturing equipment and processes for integrated circuits. This role involves testing, implementing modifications, ensuring quality and cost goals, and participating in technology transfer to global sites. Requires engineering degree, hardware/software skills, analytical abilities, and experience with statistical data analysis.

This role is for a GPU IP Engineering Program Manager at Intel, responsible for supporting the General Manager and staff in the development, integration, and execution of GPU IP. The position involves understanding the state of IP development, managing staff operations, driving cross-team projects, and ensuring effective operating rhythms. It requires strong technical fluency in Intel's technologies and engineering processes, as well as excellent program management and communication skills.