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Senior Verification Manager - Automotive Connectivity SoCs (E2B)
About the Role
As a Senior Verification Manager at Analog Devices, you will lead a team of verification engineers responsible for the development and verification of next-generation automotive connectivity SoCs based on E2B technology. The role combines strong people leadership with deep technical expertise in complex SoC verification, enabling the successful delivery of safety-critical automotive products.
You will define verification strategies and execution plans for highly integrated SoCs incorporating embedded processors, communication subsystems, firmware, security functions, and mixed-signal components. Working closely with architecture, design, firmware, functional safety, and program management teams, you will ensure robust verification coverage, successful tapeouts , and compliance with automotive quality standards.
This position requires a hands‑on technical leader who can guide teams through complex verification challenges while driving organizational excellence in verification methodologies, automation, and execution.
Key Responsibilities
Technical and Organizational Leadership
- Lead, mentor, and grow a team of verification engineers across multiple automotive SoC programs.
- Establish verification methodologies, best practices, and reusable infrastructure across projects.
- Drive hiring, career development, performance management, and technical growth within the verification organization.
- Manage project execution, resource planning, risk assessment, and verification schedules.
SoC Verification Strategy
- Define and oversee verification strategies for complex automotive SoCs containing embedded processors, firmware, security features, communication controllers, DMA engines, memory subsystems, and mixed-signal IP.
- Establish verification plans, coverage goals, and sign-off criteria aligned with product and safety requirements.
- Drive verification closure through coverage-driven methodologies, assertions, formal verification, and software-driven verification techniques.
Automotive Connectivity and E2B Verification
- Lead verification activities for E2B communication technology and associated protocol implementations.
- Ensure robust validation of protocol compliance, interoperability, error handling, diagnostics, timing behavior, and system-level performance.
- Collaborate with architecture and firmware teams to ensure seamless hardware-software integration and protocol deployment.
Functional Safety and Quality
- Ensure verification activities satisfy automotive development requirements, including ISO 26262 processes and safety mechanisms verification.
- Support safety analysis activities, fault injection campaigns, safety collateral generation, and traceability requirements.
- Establish metrics and quality indicators to measure verification effectiveness and product readiness.
Cross-Functional Collaboration
- Partner with architecture, RTL design, firmware, validation, applications, and product teams throughout the product lifecycle.
- Participate in technical reviews and project milestones from architecture definition through silicon validation.
- Drive resolution of complex cross-functional issues impacting schedules, quality, or technical execution.
Must‑Have Skills
SoC Verification Expertise
- Extensive experience verifying complex SoCs containing embedded processors, memory hierarchies, interconnects, DMA engines, interrupts, security modules, and communication subsystems.
- Proven experience delivering successful SoC tapeouts in advanced semiconductor development environments.
Processor-Based Verification
- Strong experience verifying microprocessor-based SoCs.
- Experience with RISC-V processor architectures strongly preferred.
- Understanding of privilege modes, exception handling, memory protection, caches, debug infrastructure, and firmware interactions.
SystemVerilog and UVM
- Expert-level knowledge of SystemVerilog and UVM.
- Proven experience architecting large-scale reusable verification environments and verification IP.
- Experience defining organization-wide verification methodologies and verification frameworks.
DPI and Hardware-Software Co-Verification
- Strong experience developing and maintaining C/ SystemVerilog DPI models and interfaces. Experience integrating reference models, firmware components, transaction-level models, and softw