Intel

AI Algorithm Research Intern focused on developing, implementing, and benchmarking algorithms for Intel's next-generation neuromorphic architecture to enable applications in edge computing, signal processing, and autonomous systems. The role involves contributing to Intel's neuromorphic SDK and publishing research findings.

Intern position at Intel's Neuromorphic Computing Lab focused on developing, implementing, and benchmarking algorithms for next-generation neuromorphic architectures. The role involves supporting application development, publishing research, and contributing to the neuromorphic SDK, with a focus on edge computing, signal processing, and autonomous systems.

This role focuses on demonstrating the value of Intel's neuromorphic technologies by developing, implementing, and benchmarking algorithms for next-generation neuromorphic architectures. The goal is to enable applications in edge computing, signal processing, and autonomous systems for physical AI, with a focus on robotics applications like VLA models for drones and humanoids. The role involves validating the neuromorphic SDK, gathering metrics, proposing software enhancements, and presenting findings. It's a fixed-term position within Intel's CTO Office, aiming to commercialize neuromorphic technology.

Develop, implement, and benchmark advanced robotics algorithms optimized for modern heterogeneous Intel compute architectures, enabling high performance and efficient solutions for real-world applications in autonomous systems, edge robotics, and intelligent physical systems. This role involves integrating and simulating large-scale robotics systems and bringing real robotic platforms to life, with a focus on commercializing these technologies for future Intel and partner products.

Robotics Research Intern at Intel focusing on advanced algorithmic development and robotics research for next-generation robotic technologies. The role involves researching, designing, and optimizing robotics algorithms, control systems, and AI/ML models, with a focus on enabling intelligent autonomous systems and innovative robotic applications. Collaboration with cross-functional teams to translate research into practical implementations is key.

Intern role focused on the development, validation, and deployment of AI tools such as GenAI assistants, RAG-based knowledge tools, and workflow automation agents within an enterprise AI context. Requires basic knowledge of ML/GenAI concepts and Python programming.

Internship role supporting the design and development of integrated AI solutions combining software, hardware awareness, and system-level concepts. Focus on learning AI systems development across the tech stack, from models to platform considerations, and contributing to prototyping and testing.

This intern role focuses on the hardware engineering aspects of AI ecosystem solutions, involving algorithm and framework design, AI software architecture, and optimizing AI solutions for hardware performance. It combines hardware engineering with AI/ML techniques for design efficiency and analysis, including implementing and tuning models, applied research, and system-level deployment. The role emphasizes AI augmenting engineering judgment.

Software Development Intern role focused on AI-enhanced requirements engineering within Intel's Data Center Requirements team. The intern will contribute to intelligent automation, ML-driven data analysis, and AI-powered tool creation, leveraging web development, scripting, database, and data structure skills. The role emphasizes learning software development methodologies, debugging, automation, and data analysis.

Seeking an AI Tools Development Intern to support the design, development, and validation of AI tools, working closely with experienced engineers. This role involves hardware design activities, documentation, and collaboration with cross-functional teams. The intern will gain practical experience in hardware design processes and engineering tools.

Software Development Engineer focused on optimizing full-stack software for cloud deployment models, enabling Intel hardware features, with opportunities to specialize in AI/ML domains. The role involves designing, developing, validating, and debugging software solutions, collaborating with partners, and engaging in DevOps practices.

Software simulation intern role focused on developing and simulating platform simulators in a cloud environment to enable early firmware and software development for Intel's products. Requires programming skills in Python, C/C++ and knowledge of computer architecture. Experience with AI solutions is a plus.

Electrical Validation Engineering Graduate Intern at Intel, focusing on pre-silicon and post-silicon validation of server datacenter products, specifically memory I/O technologies. Responsibilities include developing test content, performing silicon debug and characterization, and collaborating with cross-functional teams. Requires a Bachelor's or Master's in Electrical/Computer Engineering and experience with hardware architecture, programming languages (Python, C, C++), and high-speed circuit testing.

Electrical Validation Intern for Client IO at Intel, focusing on validating high-speed and low-speed silicon interfaces. Responsibilities include hardware bring-up, lab testing with professional equipment, data analysis, and developing automation frameworks for electrical validation. Requires coursework in Electrical Engineering and programming skills in Python or C++.

Early-career FPGA Developer role focused on RTL design and verification (VHDL/Verilog/System Verilog) for a proprietary JTAG-based debug tool used in microprocessor and SoC bring-up and validation. Responsibilities include implementing FPGA RTL, assisting with integration, writing simulations, debugging RTL and hardware issues, and contributing to FPGA build flows. The role involves collaboration with software, validation, and hardware teams.

Student worker role focused on pre-silicon verification of hardware designs for Intel's next-generation IPs, ensuring bug-free final designs through RTL validation, test plan development, and debugging.

Seeking a Software Applications Engineering Undergraduate Intern to work on innovative projects, collaborate with professionals, and contribute to software development. Responsibilities include assisting in design, development, and testing of software applications, participating in code reviews, contributing to desktop application development using C#, .Net, C++, Python, and scripting for automation. The role involves problem-solving, communication, and learning practical software design and development processes.

Strategic Account Executive for Intel's Telecommunications sector in Latin America, focusing on driving Intel's edge-to-cloud strategy and building partnerships with a major telecommunications company. Responsibilities include developing strategic plans, leading sales teams, building C-suite relationships, and exceeding revenue goals.

Internship role focused on firmware development for memory sub-systems in Intel silicon products, involving design, implementation, testing, and documentation of memory reference code and platform BIOS.

Student worker role focused on pre-silicon verification of CPU IP for Intel's next-generation CPU cores. Responsibilities include developing test plans, creating simulation components, debugging digital simulations, and ensuring functional coverage. Requires a Bachelor's or Master's degree in a related field with at least one year remaining, and experience in digital design, ASIC flow, computer architecture, programming languages, and hardware description languages.

Internship role focused on physical layout design of next-generation semiconductors, supporting custom IP blocks and APR partitions. Responsibilities include executing layout tasks, assessing and driving complex assignments, and collaborating with senior engineers on methodologies and automation scripts. The role offers learning opportunities in advanced VLSI layout, physical implementation flows, EDA tools, microprocessor architecture, and cross-functional collaboration.

Internship role focused on physical layout design for next-generation semiconductors, supporting custom IP blocks and APR partitions. Responsibilities include executing layout tasks, assessing and driving complex assignments, and collaborating with senior engineers on methodologies and automation scripts. The role involves learning advanced VLSI layout techniques, physical implementation flows, EDA tools, and microprocessor architecture fundamentals.

This is an internship role for an Engineering Intern to support validation activities for Telecommunications products. Responsibilities include setting up platforms, executing test cases, performing triage, scripting manual test cases, and automating test plans. The candidate should be pursuing a bachelor's degree in a related STEM field and have experience with scripting languages like Python, Linux OS, system validation, and computer assembly.

This role is for a Software Simulation Intern at Intel, focusing on developing and improving system simulators for Intel's product firmware and software. The intern will be involved in coding, testing, debugging, analyzing specifications, and collaborating with hardware and software engineers to deliver next-generation simulation platforms. The role requires programming skills in Python, C/C++, and potentially other languages, with a background in computer architecture being a plus. While AI solutions are mentioned as a helpful tool, the core of the role is in software simulation and system development, not direct AI/ML model development.

Intern position for an Electronics or Electrical Engineering student to work on power delivery and integrity validation of Intel's next-generation CPUs. Responsibilities include validation, characterization, optimization of integrated voltage regulators and power delivery networks, developing automation software, and using lab equipment. Requires Python or C++ programming skills and knowledge of power electronics and control systems.

Intern position contributing to the functional, power, performance, and memory validation of Intel silicon products. Responsibilities include debugging, data analysis, validation coverage assessment, test automation, and developing validation infrastructure. Requires current pursuit of a relevant Bachelor's or Master's degree and 3+ months of experience in signal integrity electronic circuit analysis and data analysis techniques.

Internship role focused on firmware engineering for Intel Client architecture, contributing to the design, development, validation, and debugging of embedded software for Edge reference platforms. Involves system-level modeling, algorithm development, and hardware-software integration.

Internship role focused on security research for hardware development teams, involving review of designs, threat and vulnerability assessments, and creating proof-of-concepts for security risks in SoCs.

Electrical Validation Intern at Intel, contributing to the functional, power, performance, and electrical validation of silicon products. Responsibilities include debugging, data analysis, coverage assessment, and potentially assisting with test automation and validation infrastructure development. The role requires a Bachelor's degree in Engineering and experience in signal integrity electronic circuit analysis.

This internship focuses on developing automated simulation workflows for high-speed I/O technologies like PCIe, evaluating channel and circuit topologies, extracting channel models, and analyzing results to identify optimization opportunities. The role involves collaborating with engineers, executing parametric studies, and contributing to documentation for future server platforms and data center leadership.

Student worker role focused on developing and automating simulation workflows for next-generation electro-optical links, benchmarking link parameters, performing laboratory measurements to validate simulation models, and analyzing performance differences. The role involves synthesizing findings for component architecture recommendations and contributing to I/O specifications.

Intel's IOTS Pathfinding team is seeking an Engineer Intern to support readiness and scalability for next-generation high-speed I/O technologies. The role involves developing and validating 3D electromagnetic (EM) model libraries for interconnects using industry-standard tools to support signal integrity (SI) and power integrity (PI) evaluations. Responsibilities include running parametric studies, correlating simulations to measurements, and contributing to documentation and reusable modeling workflows.

Internship role focused on supporting SoC (System on Chip) development activities, including learning about functionality, performance, and quality validation. Responsibilities involve assisting with pre-silicon and post-silicon validation plans and execution, using environments like Simics/VP, FPGA, Zebu SLE and HSLE models, and participating in debugging.

This is an internship role focused on the pre-silicon functional logic verification of silicon designs for data centers. The intern will contribute to verification plans, test benches, and environments, working with experienced engineers on validation methodologies, simulation, emulation, and debug. The role involves learning industry-standard verification flows and tools, and collaborating with design and architecture teams.

Seeking a Python Automation Engineer for pre-silicon validation tools at Intel. Responsibilities include developing automation tools, debugging, performance analysis, supporting validation coverage, and participating in test automation and data analysis. Requires experience in computer architecture, programming, GitHub, and Linux, with familiarity in Python and server/SoC architectures preferred.

This role is for a Design Verification Student Worker at Intel, focusing on SoC design and implementation for next-generation SoCs. The candidate will explore and implement new design methodologies that utilize AI engines and modern hardware description languages. Responsibilities include IP to SoC integration, developing automation scripts, debugging digital simulations, and collaborating with design engineers. The role requires pursuing a Master's or PhD in a related field with at least one year remaining, and experience in digital design, programming/scripting, hardware description languages, and pre-Si validation.

This is a student intern position at Intel focused on technical sales enablement. The role involves assisting with technology demonstrations, developing training materials, documenting technical results, and participating in proof-of-concept projects. While the role mentions AI PC and advanced computing solutions, the core responsibilities are sales enablement and technical support, not direct AI/ML development or research.

Software Enabling and Optimization Engineer at Intel responsible for developing software for Intel's customers to enable, validate, and triage the integration of CPUs into their platforms. This role involves collaborating with customers and internal partners to solve critical customer problems, conducting code reviews, analyzing and debugging issues, and providing technical support. The engineer will also contribute to product development by driving application pre-enablement and product hardening, and deliver technical training and collateral to facilitate customer adoption of tools.

This role involves managing and maintaining a lab environment, deploying automated tests, triaging issues, and performing hardware/software troubleshooting. It also includes designing custom equipment, monitoring tests, performing preventive maintenance, and developing technical documentation. The position requires onsite presence and is a fixed-term opportunity.

This role focuses on the pre-silicon functional logic verification of an integrated SoC to ensure it meets specifications. Responsibilities include defining and developing verification plans, test benches, and environments, executing these plans through emulation and system simulation, debugging issues, and collaborating with various design teams. The role also involves incorporating security verification and improving the verification infrastructure.

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.

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.

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.

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.

This role is for a pre-silicon power and performance engineer responsible for validating new and existing features for Intel's next-generation CPU products. The engineer will develop validation strategies, create test content, debug issues, and report results using simulation and emulation environments, focusing on power-performance correlation.

Internship role supporting the design, development, and validation of platform hardware and board-level solutions, focusing on component evaluation, PCB layout reviews, and electrical analysis. Requires collaboration with cross-functional teams and application of signal integrity and hardware design principles.

RTL Design & Micro-Architecture Engineer for next-generation scalable data centers supporting AI workloads. Responsibilities include RTL design, coding, simulation, integration, and verification of SoC designs. Requires System Verilog, digital design fundamentals, and simulation tools.

This role involves performing technical power and voltage regulator validation, conducting engineering tests, and supporting engineering activities for Intel's data center innovations. Responsibilities include using lab instrumentation, reading schematics, and maintaining lab operations. The role requires an Associate's degree or higher in Electronics or a similar technical discipline, with at least 1 year of experience in platform rework, soldering, and using oscilloscopes. Intermediate English proficiency is also required.

This role is for a pre-silicon verification engineer on the E-Core CPU team. The primary responsibility is to verify new and existing features for Intel's next-generation CPU IP by developing test plans, test scenarios, simulation components, and functional coverage, and debugging digital simulations. The role requires in-depth computer architecture knowledge and experience with hardware description languages and test bench development.