Cybersecurity, AUTOSAR, OEM, UDS, ECU, SecOC, OEMs
1. Could you introduce yourself and tell us about you? Your current / recent jobs and employers? Previous companies and jobs? He is an Automotive Cybersecurity Engineer and Embedded Software Engineer with over 5 years of experience, including the last 4 years supporting Nissan Motor Japan through XXXX Japan. Currently, he is responsible for cybersecurity engineering activities across Nissan vehicle programs, focusing on security validation, cybersecurity test development, compliance, and regulatory certification support. His day-to-day responsibilities include: Cybersecurity validation of vehicle ECUs, Security requirement design and specification reviews, AUTOSAR security feature validation, TARA, Security test development and automation, WP.29 / UN-R155 cybersecurity certification support, Coordination with OEM teams and Tier-1 suppliers. He has worked extensively on Central Gateway ECUs, Domain Controllers, IVI systems, and vehicle cybersecurity platforms. He has also developed automation tools that significantly reduced manual security validation efforts and has participated directly in vehicle production readiness and regulatory approval activities. 2. What skill(s) / experience would you self-describe as strongest or specialist in? He specializes in embedded systems security, automotive cybersecurity, ECU validation, AUTOSAR security technologies, and automotive communication protocols. A key strength is his deep understanding of how automotive systems are designed, secured, tested, and certified for production deployment. 3. Do you have the list of key criteria according to the client’s requirements? He has strong commercial C and C++ experience in automotive embedded development, working across ECU-level validation, gateway systems, and domain controllers. His expertise covers automotive communication protocols including CAN, CAN FD, Automotive Ethernet, UDS, DOIP, and SOME/IP. He has direct experience in automotive cybersecurity and AUTOSAR security, validating SecOC, IDS ecosystems, and IDSM/IDSR. His security background includes penetration testing, fuzz testing, protocol validation, and threat analysis with TARA execution and security requirement derivation. He has strong PKI and secure communications expertise, including certificate provisioning, TLS mutual authentication, and secure ECU onboarding. His compliance background spans WP.29 / UN-R155, supporting cybersecurity certification and approvals for six Nissan vehicle programs, and ISO/SAE 21434, covering the full security engineering lifecycle. He has validated systems from development through plant production, ensuring production readiness. He also developed automation tools in C#, reducing manual validation effort by ~90%, and built custom security tools such as CAN injection utilities, IDS validation tools, and ECU security frameworks. His collaboration experience includes working directly with global OEMs like Nissan, coordinating with Tier-1 suppliers, and contributing to international engineering teams. He has authored technical documentation including security specifications, test specifications, and regulatory documentation.
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