Senior System Debug Engineer at Intel | Bengaluru Location

Senior System Debug Engineer at Intel, Intel’s DCAI Group supports the company’s transition from PCs to statistics-driven cloud offerings and clever, related devices. The records center serves as the inspiration for AI, 5G, excessive-performance computing, and different information-centric services. DCAI grants products and technology across software programs, processors, garages, I/O, and networking that drive data middle answers globally.

Role: Senior System Debug Engineer

Company: Intel

Experience: 7 – 9 years

Salary: Not Disclosed

Location: Bengaluru

Senior System Debug Engineer at Intel

The Senior System Debug Engineer at Intel is liable for validating and debugging Intel CPU designs, specializing in efficient overall performance and strength. The position involves defining and acting on purposeful assessments, developing validation methodologies, assessing design modifications, and acting on root cause analysis. Additionally, the engineer collaborates with pass-useful teams to optimize design and troubleshoot issues. With a strong expertise in CPU structure and an interest in tools like Linux Kernel, PCIe debugging, Python, and C++, the function calls for massive technical expertise. This position helps Intel’s DCAI Group’s assignment to innovate statistics middle and AI technology international.

About Company

Intel Corporation, a worldwide leader in semiconductor technology, drives innovation in computing, statistics middle, and artificial intelligence. Founded in 1968, Intel is pivotal in growing technology that powers clever, connected devices, shaping facts-pushed solutions for cloud, AI, and company environments. The Data Center & Artificial Intelligence (DCAI) Group underscores Intel’s dedication to transformative data-pushed computing. 

Key Responsibilities

Validation Responsibilities: Defines, develops, and plays useful validation for Intel’s CPUs, that specialize in CPU internals and machine-degree feature integration to acquire overall performance and energy efficiency goals. Utilizes each hardware and software program gear to ensure thorough validation coverage.

Design Review & Impact Assessment: Assesses the effect of design adjustments on validation plans, tasks, and timelines. Develops and executes CPU validation methodologies and takes a look at plans.

Collaboration & Optimization: Works with other engineers to optimize layout, troubleshoot troubles, and behavior failure analysis. Collaborates with groups throughout the architecture, layout, verification, board, platform, and production.

Debugging: Performs silicon debugging to become aware of root causes and remedy practical and triage disasters in CPU problems. Tests interactions between diverse CPU features the usage of validation infrastructure and develops put up-silicon validation infrastructure.

Reporting & Communication: Compiles CPU validation reports, summarizes sports, reviews effects, and communicates them to relevant groups.

Product Lifecycle Engagement: Engages in all phases of the product existence cycle, which include growing and validating content and infrastructure, with testing environments in simulation, emulation, and FPGA settings to make certain silicon readiness.

Minimum Qualifications

Bachelor’s degree in Computer Engineering, Computer Science, Information Systems, Electrical Engineering, or a related discipline with 7+ years of relevant revel.

Expertise in Linux Kernel debugging, debugging PCIe-precise insects, and gifted in Linux device/user mode programming.

Knowledge in at the least domain names, which include PCIe, Memory, Power Management, Firmware, or Bootloader.

Skills in programming languages: Shell, Python, C, and C++.

Strong communication capabilities and self-studying capability.

Knowledge of GPU architecture and debugging talents.

Familiarity with device mastering frameworks (e.g., PyTorch, TensorFlow) is useful.

Experience with Intel/ARM platform structure and debug equipment/frameworks is a plus.

Benefits at Intel

Comprehensive Compensation: Competitive pay, inventory options, and performance bonuses.

Health Benefits: Inclusive health insurance protecting clinical, dental, imaginative and prescient, and incapacity.

Retirement and Savings: Intel gives diverse retirement plans and economic well-being applications.

Flexible Work Model: Hybrid working alternatives permit employees to break up their time between on-website and far-off work.

Career Growth: Professional development, education, and career progression assist

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