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Protocol Intelligence
Data-driven signals on your job's competitivenessTier-1 brand and metro location increase interest, but niche senior SoC verification reduces candidate pool.
Highly specialized SoC verification, hardware-software co-verification, and automotive safety needs limit cross-industry transferability.
Explicit 12+ years, 5+ years leadership, and specialized SystemVerilog/UVM and ISO 26262 skills enforce strict filters.
Job Description
Structured overview of role & requirementsAbout This Role
Lead and manage a team of verification engineers for next-generation automotive connectivity SoCs using E2B technology, ensuring successful tapeouts and compliance with safety standards.
Define and execute verification strategies and plans for complex automotive SoCs including embedded processors, firmware, security, and mixed-signal components with robust verification coverage.
Drive organizational excellence in verification methodologies, automation, coverage closure, and cross-functional collaboration with architecture, design, firmware, and safety teams.
Minimum Requirements
12+ years of digital design verification experience with at least 5 years in leadership roles managing verification teams and complex programs.
Bachelor's degree in Electrical Engineering, Computer Engineering, Computer Science, or related field; Master's degree preferred.
Expertise in SoC verification including embedded processors (RISC-V preferred), SystemVerilog, UVM, hardware-software co-verification, and verification closure techniques.
Experience with automotive SoC development and functional safety standards (ISO 26262) is preferred but not explicitly mandatory.
Ideal Candidate Profile
Experienced in leading verification for complex processor-based SoCs from architecture through production silicon, especially in automotive semiconductor development.
Strong technical leader who combines hands-on expertise in advanced verification methodologies with effective people leadership across distributed, multi-disciplinary teams.
Comfortable managing verification strategies for safety-critical automotive SoCs involving firmware, security, communication protocols, and mixed-signal IP in high-complexity environments.