SoC Debug Engineer - Hybrid, Impactful Debug & DFD

Intel Corporation; Phoenix (AZ); Hybrid; USD 106,000 - 149,000; Full time

Job summary

Intel Corporation is seeking a SoC Debug Engineer to ensure the reliability and performance of its cutting-edge products. You will perform complex debug tasks across systems and subsystems, isolate failures, resolve issues, and optimize debug processes to improve product readiness.

The role supports the Data Center Group and involves collaboration with design, validation, and manufacturing teams to drive robust debugging practices and efficient workflows.

Qualifications

• Bachelor’s degree in Electrical or Computer Engineering or related field.
• 3+ years hands-on experience in SoC debugging.
• Experience in SoC design, architecture, firmware, and software debugging.
• Experience with debug tools, DFD technologies, and scripting languages.
• Requirements may be met via internship, coursework or project work.

Responsibilities

• Perform detailed low-level debugging for SoC designs and subsystems.
• Conduct root cause analysis for triage failures and marginality issues.
• Define and implement advanced debug techniques, tools, and scripts.
• Develop debug requirements at the system level and ensure architectural alignment.
• Drive bench testing for new product features and characterization.
• Collaborate with design, validation and manufacturing teams to track debug readiness.
• Improve debugging practices through design-for-debug (DFD) techniques.

Skills

SoC debugging

SoC design

Firmware debugging

Scripting languages

DFD techniques

Education

Bachelor’s degree in Electrical or Computer Engineering

Tools

Debug tools

DFD technologies

Job description

Intel Corporation is seeking a SoC Debug Engineer to ensure the reliability and performance of its cutting-edge products. You will perform complex debug tasks across systems and subsystems, isolate failures, resolve issues, and optimize debug processes to improve product readiness.

The role supports the Data Center Group and involves collaboration with design, validation, and manufacturing teams to drive robust debugging practices and efficient workflows.