FPGA Post Silicon Validation Engineer

Job Details:

Job Description:

Join our high-performance Silicon Validation team and play a critical role in enabling robust FPGA security for next-generation FPGA and SoC devices. You will lead device-level and IP-level validation of FPGA Security, secure boot and root-of-trust features to ensure industry-leading security, reliability, and system integrity.

This role offers hands-on exposure to secure FPGA architectures, and system-level debug, while collaborating closely with architecture, design, firmware, and platform teams to influence future secure FPGA products.

Key Responsibilities

• Develop comprehensive validation strategies for FPGA, security, , aligned with device architecture, security requirements, and business objectives.
• Perform security feature validation, including secure boot, authentication, encryption, key management, root-of-trust, and protection against misconfiguration or unauthorized access.
• Create and execute test cases and vectors for configuration robustness, security corner cases, fault injection, and negative testing scenarios.
• Perform device and system bring-up, debugging configuration failures, security violations, boot hangs, and interface issues across silicon revisions.
• Work with evaluation boards, reference platforms, and customer-like systems to ensure interoperability and real-world usage coverage.
• Drive innovation in validation methodologies, automation, and infrastructure, improving test coverage, scalability, and efficiency for future FPGA and SoC generations.
• Collaborate with hardware, firmware, and board design teams on configuration- and security-ready evaluation platforms, influencing observability and debug capability.

Qualifications:

What You Bring

• Bachelor’s or Master’s degree in Electrical & Electronics Engineering, Computer Engineering, or related field.
• 8+ years of hands-on silicon validation experience, with strong focus on FPGA configuration, security, SoC, or embedded processor subsystems.
• Strong knowledge of hardware security concepts, such as secure boot, authentication, encryption, key storage, lifecycle states, and threat modeling.
• Hands-on experience with system-level validation and debug, including power-on bring-up, failure analysis, and silicon issue triage.
• Familiarity with FPGA and SoC architectures (strong advantage).
• Experience or familiarity with Python for automation, scripting, and test infrastructure; Verilog familiarity is a plus.

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