Intel

This role is for a Foundry Customer NPI Integration Engineer at Intel, focusing on managing the New Product Introduction (NPI) process for foundry customers. The engineer will ensure timely and high-quality delivery of silicon, optimize processes, manage schedules, assess risks, and collaborate with internal and external teams to resolve issues and improve yield. A critical responsibility is to identify recurring patterns, abstract learnings into foundry standards, and automate/proliferate best practices across technologies and customers. The role requires strong project management and problem-solving skills within the semiconductor manufacturing industry.

Customer Integration Engineer role at Intel Foundry, focusing on integrating semiconductor technologies for foundry customers. Responsibilities include identifying patterns from customer engagements, abstracting them into foundry standards, supporting customer improvement projects, responding to process issues, and collaborating with internal teams to ensure seamless technology integration and customer satisfaction. Requires strong problem-solving, communication, and project management skills within the advanced node semiconductor industry.

Quality Manager for Intel Foundry Construction and Sourcing (FCS) responsible for the site construction quality assurance program and project quality systems for semiconductor manufacturing factories. This role involves developing and implementing Quality Management Plans, overseeing third-party inspection firms, reviewing contractor quality plans, and ensuring work conforms to specifications. The position requires strong project management, communication, and negotiation skills, with a focus on building relationships and mitigating issues proactively.

This is an intern position focused on Facilities Engineering, specifically contributing to ISO 50001 energy management certification through documentation and data analysis. The role involves monitoring building systems, assisting with advanced analytics platforms, and supporting administrative tasks related to facility assets. While the role mentions exploring AI-enabled functionalities, the core responsibilities are in traditional facilities engineering and data analysis, not AI/ML model development.

Directs and manages a team of design verification engineers responsible for Subsystem and SoC design verification, focusing on AI GPU and AI-accelerated systems. Requires expertise in SystemVerilog, UVM, and industry-standard protocols, with experience in hardware emulation platforms preferred.

This role manages facilities mechanical systems, focusing on safety, reliability, and cost efficiency to support Intel's factories. Responsibilities include team leadership, project supervision, financial oversight, and ensuring operational readiness during technology transfers and production ramps.

Student intern role focused on firmware verification for Intel's Core CPU, involving C++ and Python for developing and analyzing verification environments, tests, and tools for power-management firmware. The role covers the entire firmware development cycle from Pre-Si to Post-Si, including hardware component modeling and functional validation.

Customer Yield Engineer responsible for yield interface for assigned foundry customers in Taiwan, providing direct yield support. Works with Yield DRI and cross-functional factory teams in Intel FAB for yield analysis, issue assessment, and recovery. Manages OSAT activities for Intel-owned engineering material, ensuring yield integrity and rapid learning. Collaborates with engineering teams to maintain process stability and deliver technical solutions. Identifies process weaknesses and tool issues using big data, statistical analysis, and advanced analytical methods. Proactively identifies yield risk, variability, and trends, escalating issues with clear impact assessment and recommended actions. Communicates yield status, risks, and recovery plans.

Seeking a Firmware Validation Lead to drive the validation of firmware for client products, develop BIOS validation plans, ensure process compliance, and manage defect closure. The role involves leadership in defining new platforms, supporting bring-up, and reviewing designs. Requires strong understanding of Intel Architecture, UEFI/BIOS, firmware-silicon-platform dependencies, and security validation. Hands-on experience in test content automation is mandatory, with Python proficiency preferred.

Module Engineer within Test Engineering Department at Intel's Assembly and Test plant in Vietnam. Responsible for developing and improving test processes, equipment maintenance and repair, continuous improvement of KPIs, and technology transfer. Requires a technical degree and preferred experience with data analysis tools and ATE equipment. An alternative qualification path includes a degree in Computer Science, Software, AI/ML, Robotics with programming experience and AI/ML application building experience.

Seeking a Systems and Solutions Engineer to lead customer co-engineering programs, manage technical issue resolution, and build strategic engagements with Japan OEMs. This role involves defining and driving multi-year programs, coordinating with internal engineering teams for validation and readiness, and ensuring timely design launches and process improvements.

Senior Design Verification Engineer for Intel's Silicon Chassis team, responsible for owning verification of interconnect and chassis IP blocks. Requires expertise in verification planning, environment development, collaboration with cross-functional teams, and debugging. The role involves using AI-assisted development tools.

This role focuses on developing and maintaining Electronic Static Discharge (ESD) and Electrical Overstress (EOS) rule decks for Intel's advanced process technologies. The engineer will collaborate with design, reliability, and CAD teams, define QA requirements, and lead innovation in verification automation. The position requires a Master's or PhD in Electrical Engineering or Computer Engineering with experience in physical design verification, ESD PERC rule decks, and scripting.

This role focuses on the logic design and RTL coding for graphics IPs (GPU). Responsibilities include defining architecture and microarchitecture, optimizing designs for power, performance, and area, conducting unit-level verification, debugging RTL tests, and collaborating with SoC customers for integration. The role requires expertise in RTL design, SystemVerilog, and GPU/CPU architecture.

Compiler Engineer role at Intel focused on developing and maintaining an LLVM-based compiler stack (C, C++, SYCL, Fortran) for Intel's processor platforms, impacting AI, HPC, and other domains. Responsibilities include designing features, collaborating with hardware teams, contributing to open-source communities, and ensuring performance.

Intel is seeking a Systems and Hardware Enabling Engineer to work on the development, validation, and optimization of cutting-edge products. The role involves defining platform requirements, component selection, circuit definition, board bring-up, and testing. It also includes providing technical support to customers, creating technical collateral, evaluating and developing new tools, integrating customer feedback, and ensuring smooth product ramps. The position requires extensive experience in hardware design, board debugging, and Intel architecture, with a strong understanding of the end-to-end hardware flow and cross-functional team collaboration.

Module Development Engineer focused on equipment maintenance, repair, and continuous improvement in a semiconductor manufacturing environment. The role involves process development, optimization, technical support, and new product introduction, requiring strong analytical and problem-solving skills. Experience with databases, statistical process control, and failure analysis is desired.

This role focuses on the physical layout and routing of silicon package designs, including substrate design rules, DRC analysis, and optimization for manufacturability and performance. It involves collaboration with cross-functional teams and requires experience with microelectronic package or PCB physical layout design tools.

This role focuses on power analysis and low-power optimization for Intel CPUs, driving efforts across architecture and RTL, identifying opportunities to reduce dynamic and leakage power, and developing/enhancing power analysis and optimization methodologies.

Intel is seeking a Senior System Software/Firmware Engineer to design, develop, and validate system software and firmware for data center hardware, including AI platforms. The role involves collaborating with cross-functional teams, implementing low-level hardware abstractions, and participating in power-on and bring-up activities. Responsibilities include design, implementation, testing, and validation of firmware components like UEFI, BMC, and device drivers for operating systems such as Linux.

Customer Device Engineer at Intel in Ireland, responsible for coordinating device engineers and cross-functional teams to deliver silicon manufacturing solutions that meet Intel's PDK specifications and customer requirements. The role involves overseeing change management, reporting to customers, guiding technology development, and supporting customers throughout project phases. Requires strong analytical and problem-solving skills, autonomy, and excellent communication within a semiconductor manufacturing context.

Customer Integration Engineer role in the semiconductor industry, focusing on process integration, yield improvement, and customer support for advanced node technologies. Requires extensive experience in FEOL Process Integration and semiconductor development/manufacturing.

Seeking an experienced Technical Program Manager (TPM) to lead New Product Introduction (NPI) and technology transfer activities for a new Assembly and Test Manufacturing site in Penang. The role involves end-to-end program ownership, cross-functional leadership, schedule/risk management, and ensuring manufacturing readiness for high-volume production.

Senior Silicon Design Engineer at Intel, focusing on physical design implementation of custom IP and SoC designs from RTL to GDS. Responsibilities include synthesis, place and route, clock tree synthesis, static timing analysis, power/clock distribution, reliability analysis, and verification/signoff. The role involves optimizing designs for power, frequency, and area, and participating in methodology development. Requires Btech/Mtech with 10+ years of complex ASIC/SOC implementation experience, understanding of system/processor architecture, and proficiency in scripting languages.

Module Equipment Technician responsible for maintaining and troubleshooting precision equipment in a manufacturing environment. Requires a technical diploma and basic understanding of mechanical, electronic, or mechatronic systems. Experience with troubleshooting and maintenance is preferred.

Seeking an Automation Software Development Integration Engineer to revolutionize manufacturing technology by driving the requirements, development, qualification, and deployment of factory automation capabilities for process, metrology, and material handling system equipment in Assembly factories. This role involves critical analysis, hardware/software integration, and problem-solving within an operating factory environment.

Strategic Capacity Planner for Intel Foundry's Substrate Business Group, responsible for managing and planning the substrate capacity network, collaborating with internal stakeholders and external suppliers to develop long-range capacity strategies aligned with technology roadmaps and business objectives. Requires technical expertise in semiconductor manufacturing, advanced packaging, and supply chain management.

This role is for a Construction Commodity Manager at Intel, responsible for supply chain strategies, sourcing negotiations, and managing construction contracts throughout the procurement lifecycle. It involves working with design engineering, finance, and legal teams, developing supplier relationships, and ensuring compliance with corporate policies. The position requires experience in supply chain management, contracts management, or construction project management.

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.

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.

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.