Internship role focused on platform validation engineering for hardware platforms at Intel. Responsibilities include designing and executing test plans, analyzing results, debugging issues, and collaborating with hardware and software teams. Requires a Bachelor's degree in progress in CS, EE, or related field, proficiency in C/C++/C#/Python, and knowledge of hardware fundamentals and validation processes.

This role is for a Senior Substrate Program Manager at Intel, focusing on advanced packaging technologies for AI devices. The responsibilities include collaborating with global substrate suppliers, driving innovation and scalability, contributing to the deployment of advanced substrate technology, and qualifying new capacity. The role involves managing supplier engineering teams, optimizing capacity, overseeing product deliveries, analyzing lead times, ensuring process adherence, designing certification plans, developing micro-schedules for new factory startups, and leading qualification activities for production ramp-up. The ideal candidate has a strong technical background in semiconductor manufacturing or substrate development and experience in capacity management, lead time analysis, and supplier influence.

Systems and Solutions Engineer responsible for the design, development, and integration of systems including software, firmware, board, and silicon/SoC components, focusing on customer requirements and system lifecycle. The role involves systems architecture, component-level analysis, defining implementation solutions, delivering end-to-end technical solutions, and collaborating on next-generation requirements and proof-of-concept innovations. Requires strong experience with Bluetooth protocols and Windows platforms, along with bug triage and customer collaboration skills.

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.

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 supports management in improving Intel's supply chain and logistics strategy, focusing on process and quality improvements, cost control, production yield, and exploring emerging technologies. The engineer will define material inspection methodology, support product long-range planning, lead supplier selections, perform risk mitigation, establish control standards, monitor KPIs, drive supplier process validation, and manage quality excursions.

The role involves designing, executing, and analyzing experiments in a semiconductor cleanroom to meet engineering specifications for advanced device development. Responsibilities include setting performance targets, assessing silicon readiness, defining test structures, and using data analysis techniques (statistics, data mining) on electrical-test, yield, and fab data to guide future development. Experience with semiconductor materials, fabrication, device physics, and electrical characterization is required, with preferred experience in advanced transistor structures, simulation, SPC/DOE, and analytics/scripting languages.

Intern position focused on platform debug engineering for silicon products, involving functional, power, and performance validation, debugging, and potentially test automation and infrastructure development. Requires familiarity with Python, C/C++, and IA-based PC knowledge. AI experience is preferred but not core.

Senior Network Systems and Solutions Engineer to support Intel Ethernet products, focusing on technical enablement, debug, and issue resolution for discrete Ethernet controllers and integrated Ethernet IP on SOC. Requires strong analytical, problem-solving, and customer management skills, with experience in high-speed IO debug methods like PCIe or Ethernet.

Develops and maintains bottom-up wafer demand models for assigned end markets, including AI accelerators, and delivers comprehensive analyses of competitive dynamics within the advanced node foundry market. Authors white papers with strategic recommendations for Intel Foundry.

Develops market intelligence and demand models for semiconductor foundry services, focusing on end markets like AI accelerators and discrete GPUs, to provide strategic recommendations for Intel Foundry.