The Quality and Reliability Engineer manages manufacturing excursions, drives continuous improvement, collaborates on root cause analysis, and enhances quality systems in semiconductor manufacturing.

The role involves managing manufacturing quality, driving continuous improvements, and collaborating with teams to ensure high-quality standards in semiconductor packaging.

The Infrastructure Engineer manages server hardware and OS in a data center, focusing on lifecycle, troubleshooting, and support for optimal performance and security.

Lead a chiplet verification team, defining verification strategies and overseeing verification execution for ASIC projects. Mentor engineers and improve methodologies.

Lead R&D of quantum error correction protocols for fault-tolerant quantum computers. Evaluate hardware/software trade-offs, collaborate with algorithm, software, and hardware teams, and influence quantum computing architecture.

The GPU Logic Design Engineer will design RTL for graphics IPs, optimize logic designs, verify features, and collaborate on GPU integration.

Develop and maintain ESD/LU rule decks for Intel technologies, collaborate with teams, and drive automation for design verification.

Responsible for verifying CPU logic designs using advanced methodologies, developing verification plans, and collaborating with design teams to ensure correctness and performance.

The Principal Engineer will architect and optimize cloud and datacenter software, engage with customers, and influence technical strategies across Intel.

The Senior Automation Systems Integration Engineer will lead the design and deployment of automation solutions in semiconductor manufacturing, aiming to enhance product quality and operational efficiency.

Develop and test operating systems and runtime features for neuromorphic products, optimize performance, and create automated test frameworks.

Design and test analog and mixed-signal circuits, integrate into test chips, collaborate on AMS IP requirements, and analyze design results for technology improvement.

The engineer performs functional verification of IP and subsystem designs, develops plans and test benches, analyzes bugs, and collaborates with teams to improve verification processes.

Analyze and optimize virtualization software performance on Intel server platforms: run benchmarks and customer workloads, identify bottlenecks, develop analysis tools in C/C++ and Python, create optimization guidance, and support firmware, silicon, OS, hypervisor teams and OEMs.

Develop and support cloud-based applications and distributed systems, focusing on reliability, security, and operational excellence. Collaborate with stakeholders to troubleshoot and deliver high-quality solutions.

The role involves enabling partners to adopt Intel Edge AI Systems, managing ISV onboarding, and driving regional business development in APJ.

As a Compiler Engineer at Intel, you will design, develop, and maintain their LLVM-based compiler stack, collaborate with hardware teams, and enhance performance through optimizations and debugging.

The role involves installing semiconductor manufacturing tools, ensuring compliance with safety standards, coordinating with stakeholders, and troubleshooting equipment in a fast-paced environment.

The role involves enabling ISVs to adopt Intel Edge AI technologies, managing partnerships, providing architecture guidance, and conducting workshops across the APJ region.

The Module Equipment Technician performs troubleshooting, maintenance, and calibration of production equipment, working closely with engineering teams to enhance tool performance.