Top Cybersecurity Jobs

The role is accountable for strategic security leadership across semiconductor engineering environments, guiding teams in security practices while ensuring business efficiency.

Develop and execute verification plans and testbenches (UVM/SystemVerilog/C) for Security IP and embedded processor subsystems. Verify cryptography, secure boot, key management, and multi-clock/multi-power domain IP; debug failures, improve verification methodology, and mentor teammates toward product sign-off.

Design and productize Hardware Security IP and subsystems for SoCs. Develop architectures, RTL, constraints; drive verification, debug, optimization, and sign-off. Mentor teammates and contribute to roadmaps, processes, and cross-team collaboration.

Design and architect Security IP and SoC security subsystems. Develop RTL, constraints, and specifications; drive design exploration, optimization, and bug fixes. Collaborate with verification and implementation for test plans, verification closure, debug, and sign-off. Mentor team members and support project management, roadmaps, and processes.

Design and define SoC security architectures including Root of Trust, Secure Boot, key management, confidential compute, attestation, secure manufacturing, and device lifetime management. Perform threat modeling, cryptographic and side-channel analysis, define software security requirements, and lead cross-functional teams to implement hardware/software access control, isolation, and security policies.

Design and define SoC security architectures including Root of Trust, Secure Boot, Key Management, Confidential Compute, attestation, secure manufacturing, and device lifecycle. Perform threat modeling, cryptographic analysis, hardware/software threat assessment, and collaborate across teams to develop security policies, access control, and mitigation strategies for hardware and firmware threats.

Perform adversarial security analysis of SoC microarchitectures across pre- and post-silicon platforms. Review architecture, RTL, firmware, and integration to identify vulnerabilities, develop PoCs/exploits, apply automation and AI-assisted techniques, collaborate with engineering teams, and improve threat models, mitigations, and offensive security tooling and methodologies.