Intel

This role focuses on the design, development, and qualification of advanced semiconductor packaging solutions and materials. It involves managing the entire packaging development process, from artwork to manufacturing startup, and consulting with cross-functional partners on various aspects of product launch and supply chain. The role requires a strong background in engineering principles, materials science, and semiconductor packaging, with experience in qualification testing and specification documentation.

This role focuses on process engineering and yield optimization within semiconductor manufacturing, specifically in the BEOL integration for Intel's advanced technology nodes. The engineer will work on identifying root causes of yield/performance issues, implementing corrective actions, and collaborating with various teams to ensure successful product introduction and continuous improvement.

Senior Compiler Engineer at Intel responsible for the development, enhancement, and maintenance of Intel C/C++/DPC++ and Fortran Compilers, with a focus on performance optimization for CPU platforms. The role involves feature development, defect resolution, performance analysis, and collaboration with hardware design teams and open-source communities.

This role focuses on building and optimizing emulation and FPGA models for Intel's silicon prototyping and validation efforts. The engineer will work on translating RTL designs into working prototypes, developing hardware/software collateral, and improving emulation usability and efficiency to accelerate the development process for chipsets. The role involves collaboration with design, validation, and software teams to enable pre-silicon verification and software development.

Senior Physical Design Engineer responsible for the end-to-end physical design implementation of custom IP and SoC designs, from RTL to GDS, optimizing for power, frequency, and area. This role involves synthesis, place and route, timing analysis, verification, and contributing to the automation of physical design methodologies.

Power management architect for Intel Architecture group, defining state-of-the-art CPU end-to-end power handling, including active and idle power management solutions, and interaction with OS, driver, and platform components. Focus on defining next-generation CPU power management architecture and delivering architectural specifications, initiating, guiding, and coordinating the design of new ideas and products, and driving implementation post-silicon.

This role is in Accounting Operations and focuses on supporting and improving corporate P&L forecasting processes, accounting systems workflows, and finance transformation initiatives. The role involves recurring support for planning and reporting cycles, process coordination, stakeholder communications, and project work related to accounting workflows, system enhancements, testing, and implementation. A key aspect is identifying and applying AI and automation to improve finance and accounting processes, partnering with IT and finance systems teams to evaluate AI use cases.

Accountant role focused on administration, governance, enhancement, and transformation of accounting processes and tools, including system administration, workflow design, reporting, and continuous improvement within an S/4 environment. Requires experience with SAP S4, SQL, and Power BI.

This role is in Accounting Operations, supporting accounting and reporting activities. It involves close execution, financial compliance, and process improvement. The role will also explore and apply AI and automation tools to enhance efficiency and reporting within accounting processes.

This role is for an Accountant at Intel in Malaysia, focusing on accounting, reporting, and controllership for treasury-related activities such as debt, equity, and cash management. The position involves leading accounting processes, ensuring US GAAP compliance, supporting financial reporting, and implementing process improvements. The role also requires partnering with various finance and treasury teams and utilizing AI and digital tools to enhance efficiency.

This role focuses on developing and delivering training programs for a manufacturing workforce, assessing skill gaps, designing technical and compliance training, and evaluating program effectiveness. It requires experience in L&D within a manufacturing or industrial environment.

Student technician role focused on wafer movement and manufacturing operations within a semiconductor fabrication plant. Involves hands-on training, equipment maintenance, troubleshooting, and following technical procedures in a cleanroom environment. Requires pursuing a STEM or technical degree and some experience in related technical fields.

This role is for a System Reliability Developer within Intel's Foundry Construction Enterprise, focusing on technology integration and infrastructure management for semiconductor manufacturing factories. The responsibilities include managing server and client systems, Azure environments, databases, and collaborating on cloud solutions and process automation. The role requires experience with Windows, Azure, and MS SQL Server, with a focus on reliability, security, and compliance.

Sr. Facilities Engineer at Intel, focusing on critical environments like data centers and laboratories. Responsibilities include providing technical leadership for mechanical systems (HVAC, cooling plants), ensuring reliability and safety, coordinating shutdowns, performing reliability engineering and analytics, and overseeing design, commissioning, and vendor governance. Requires a Bachelor's degree in Mechanical/Electrical Engineering or equivalent, with 10+ years of experience in critical environments and mechanical/electrical systems.

Seeking a Customer Device Engineer to join Intel's Foundry organization, focusing on bridging advanced manufacturing capabilities with customer needs. Responsibilities include coordinating cross-functional teams, managing change processes, collaborating with technology development, guiding customers, and developing innovative solutions to drive customer success in semiconductor manufacturing.

This role focuses on semiconductor packaging for wireless communication products (WiFi, Bluetooth, mmWave), involving architecture, simulation, material research, and manufacturing process management. It requires expertise in package assembly technology, FEA simulations, and manufacturing ramp experience, with a preference for RF component packaging.

Seeking a Cloud Application Development Engineer to shape the future of cloud-based applications by enabling seamless integration of cloud platforms and DevOps solutions, ensuring a secure and scalable environment. Responsibilities include developing cloud applications, defining DevOps solutions, designing cloud architecture, implementing user interfaces, utilizing Kubernetes and microservices, creating APIs, optimizing databases, and collaborating with cross-functional teams.

This role focuses on the formal verification of CPU microarchitectures using formal verification tools and methodologies. The engineer will develop and implement verification plans, create abstraction models, develop formal proofs, and collaborate with design teams to ensure the quality and reliability of Intel's CPU technologies, which are used in various devices including AI and machine learning systems.

Seeking a CPU verification engineer to ensure the functional correctness of CPU logic designs through pre-silicon verification methodologies. Responsibilities include developing verification plans, building UVM testbenches, running simulations, debugging issues, and collaborating with design and architecture teams.

Senior Layout Design Engineer at Intel responsible for designing complex analog signal circuit layouts, performing design verification, and developing new layout methodologies. Requires strong VLSI and custom/analog layout design experience.

The Manufacturing Training Technician role focuses on developing and managing training programs for Intel's manufacturing workforce. Responsibilities include creating training plans, coordinating logistics, administering training databases, facilitating cross-training, and transferring technical knowledge from engineers to technicians. The role requires collaboration with stakeholders, ensuring quality standards, and supporting continuous improvement projects.

This role is for a SOC Logic Design Engineer responsible for designing and developing System-on-Chip (SoC) solutions. Responsibilities include RTL coding, simulations, IP integration, quality assessments for timing, power, and area, and troubleshooting design failures. The role requires collaboration with IP providers and adherence to security practices. Minimum qualifications include a Bachelor's degree and experience in RTL coding and front-end SoC quality standards.

Electrical Validation Engineer at Intel, focusing on high-speed interconnections and protocols for Data Centers and 5G Base Stations. Responsibilities include executing test plans, performing test setups, validating conformance to standards, developing debug documentation, and collaborating with cross-functional teams. Requires a Bachelor's or Master's degree in electrical engineering or a related field, with experience in signal integrity, electronic circuit analysis, and system validation.

Electrical Validation Engineer at Intel, focusing on high-speed interconnections and protocols for Data Centers and 5G Base Stations. Responsibilities include executing test plans, performing test setups, validating conformance to standards, developing debug documentation, and collaborating with cross-functional teams. Requires a Bachelor's or Master's degree in electrical engineering or a related field, with experience in signal integrity, electronic circuit analysis, and system validation.

This role is for an experienced Technical Solutions Engineer focused on semiconductor packaging and test within Intel Foundry Services. The engineer will manage customer relationships, provide technical consultation on packaging solutions, and collaborate with internal teams to influence product roadmaps. Responsibilities include developing Statements of Work, managing the customer engagement lifecycle, and acting as the Voice of the Customer within Intel.

This role focuses on designing, developing, and qualifying packaging solutions and materials for semiconductor products, applying scientific and engineering principles. Responsibilities include managing the packaging development process from artwork to manufacturing startup, and consulting on product launch requirements. The role requires a Bachelor's degree with 6+ years of experience or a Master's with 4+ years, or a PhD with 4+ years, in a relevant engineering or science field, with expertise in packaging engineering, process development, and thermal, mechanical, and electrical design concepts.

Manager for a team developing and validating Process Design Kits (PDKs) for Intel's semiconductor manufacturing. Responsibilities include leading development, QA, regression testing, root cause analysis, and team management. Requires expertise in PDK development, verification tools (ICV-PXL, Calibre-SVRF, Pegasus), and custom/back-end flows.

This role focuses on backend standard cell library development and collateral delivery, including layout, characterization, quality checks, and automation initiatives. It requires extensive experience with EDA tools and scripting languages, collaborating with cross-functional teams to ensure library quality and usability for Intel product teams and external customers.

This role focuses on architecting, designing, developing, and validating power management firmware (pCode) for IPs and SoCs. It involves developing power management features and algorithms, collaborating on silicon architecture, and performing functional verification. The role also includes power and performance analysis, optimization, and providing recommendations for future power management architectures. While the core is firmware development, there's a mention of potentially researching AI applications to improve performance.

This role focuses on yield optimization in semiconductor manufacturing through data analysis and predictive modeling, collaborating with internal teams and external foundry customers. It requires strong analytical and problem-solving skills within the semiconductor industry.

This role focuses on improving yield in semiconductor manufacturing by analyzing data, optimizing processes, and collaborating with cross-functional teams. It involves identifying and resolving yield-limiting factors, developing new methodologies, and ensuring manufacturability of advanced logic nodes.

Seeking a Semiconductor Device Modeling Engineer to support compact modeling activities for Intel's new technologies. Responsibilities include supporting compact modeling, developing methodologies for device targeting, and potentially applying machine learning algorithms to data analysis and model development.

Lead CPU Design Verification Engineer responsible for pre-silicon functional verification of CPU architectures and microarchitectures, including test bench development, simulation, emulation, and debugging. The role also involves exploring AI-based validation methodologies.

This role is for a CPU Design Verification Engineer at Intel, focusing on validating next-generation CPUs. Responsibilities include developing pre-silicon functional verification tests, creating and executing verification plans, defining and analyzing simulation/emulation models, debugging failures, and collaborating with cross-functional teams. The role also involves contributing to the definition of architectural features and exploring AI-based validation methodologies for improved efficiency and quality.

This role is for a CPU Design Verification Engineer at Intel, focusing on validating next-generation CPUs. Responsibilities include developing pre-silicon functional verification tests, creating and executing verification plans, defining and analyzing simulation/emulation models, debugging failures, and collaborating with cross-functional teams. The role also involves contributing to the definition of architectural features and exploring AI-based validation methodologies for improved efficiency and quality.

This role focuses on developing and documenting tools, flows, and methodologies (TFM) for logic/RTL design of IPs and SoCs, aiming to optimize power, performance, and area. The engineer will analyze data to identify gaps and drive improvements, collaborating with design teams to ensure best practices and seamless integration. The role requires expertise in RTL design, verification, and EDA tools, with strong programming/scripting skills.

Intel is seeking a Senior Linux Kernel Developer to join their team developing drivers for Intel's AI accelerators. The role involves collaborating with various engineering teams and contributing to the Linux kernel community. Requires 6+ years of Linux kernel development experience and hands-on experience with PCIe accelerator drivers.

The Payroll Specialist role at Intel is responsible for the accurate and timely processing of payroll, maintaining employee master data, performing payroll audits, and ensuring compliance with internal policies and external government requirements. This role also involves preparing financial reports for the Finance department and identifying process improvements. The position requires strong attention to detail, proficiency in Microsoft Excel, and experience with payroll accounting, SOX, and automation is a plus.

Experienced Infrastructure Storage Engineer to lead the development, optimization, and integration of advanced storage technologies (object, file, block, SDS) across various service models. Responsibilities include planning, designing, implementing, maintaining, and scaling high-performance on-premise storage solutions, resolving issues, and collaborating with software engineering teams. Requires in-depth knowledge of SAN, NAS, SDS, Object Storage, enterprise backup solutions, and automation tools.

The role involves performing electrical or mechanical troubleshooting, repair, and installation of manufacturing equipment. Responsibilities include setup, calibration, preventative maintenance, monitoring data to improve tool performance, creating reports, and supporting engineering experiments and equipment configuration changes. The goal is to maintain and improve module availability and performance targets.

Entry-level position for fresh graduates or early career professionals with up to 2 years of experience in various STEM fields, including AI and Data Science, at Intel Malaysia. The role involves collaborating with cross-functional teams, engaging in hands-on training, and supporting the development of innovative solutions. Focus areas include digital design, physical design, data analysis, SoC, IC design, testing, validation, software development, and failure analysis, with knowledge in Python, C++, Unix/Linux, and EDA tools being beneficial.

Intel is seeking a Semiconductor Device Modeling Engineer to support compact modeling activities for new technologies. The role involves hands-on experience with transistor modeling, extraction tools, simulators, IV/CV fitting, and Python scripting. Experience with machine learning algorithms for data analysis and model development is a plus.

Student/Intern role focused on silicon validation for Intel's products, involving functional validation of FW micro code, debugging, performance analysis, test automation, and collaboration with experienced engineers. Requires pursuing a relevant Bachelor's degree and some experience in computer architecture, programming, Git, and Linux.

This role is for an Automation AMHS Equipment Engineer at Intel, focusing on the design, development, testing, and debugging of software for wafer and reticle storage and transportation systems within a factory environment. The role involves working with firmware, drivers, operating systems, and collaborating with IT services to optimize factory performance and integrate new product introductions. While the company mentions AI and the AI era, the core responsibilities of this specific role are in industrial automation and equipment engineering, not direct AI/ML model development or deployment.

This role is for an IP Design Verification Engineer at Intel, focusing on functional verification of IP logic for AI-accelerated systems. The engineer will develop verification plans, test benches, and environments, execute tests, debug issues, and collaborate with design and architecture teams. The role requires a Bachelor's degree with internship experience in areas like spec analysis, debug, and coverage. Experience with coherency validation is a plus.

Develops logic design, RTL coding, and simulation for graphics IPs (graphics, compute, display, media) for GPU IP block integration in full chip designs. Participates in architecture and microarchitecture definition, optimizes logic for power, performance, area, and timing, and ensures design integrity. Reviews verification plans, drives unit level verification, and resolves failing RTL tests. Supports SoC customers for high-quality GPU block integration.

CPU Design Verification Engineer responsible for validating cutting-edge CPU architectures for high-performance, power-efficient processors. This role involves working across pre-silicon, emulation, and post-silicon environments, developing verification plans, building testbenches, and debugging issues. The engineer will collaborate with architects and designers to ensure designs meet functional, performance, and power goals. There is an emphasis on leveraging AI techniques to enhance verification processes.

SoC Physical Design Clocking Engineer responsible for next generation Server SoC designs, focusing on product pathfinding, clock distribution, and overall SoC clock implementation and sign-off. Requires experience in clocking IPs, simulations, and methodologies, with a good understanding of physical design and timing analysis.

Intel is seeking a Physical Design Engineer to work on their Neuromorphic Computing Lab, focusing on designing novel computing paradigms for physical AI systems. The role involves ensuring designs meet performance, area, power, and scan coverage targets, working with RTL designers, and running synthesis and place-and-route trials.

Intel is seeking a Static Timing Analysis (STA) Engineer to join their BE Integration team, focusing on the design of future generation high-performance Intel microprocessors. The role involves advanced timing analysis, integration, optimization, and collaboration with cross-functional teams to ensure silicon meets performance requirements, power, frequency, and area targets. The engineer will also contribute to improving physical design methodologies and flow automation.