Automotive Cybersecurity Architect

About the role

TrustMotion (formerly TTTech Auto), part of NXP, is looking for an Automotive Cybersecurity Architect to join its Security Engineering team. The team builds out-of-context and in-context middleware for the automotive industry, focused on ADAS and next-generation communication paradigms of software-defined vehicles, and ensures products are secure and compliant with standards and regulations. You will analyse system threats and risks and turn them into architectural decisions together with software architects, developers and other security specialists.

Key responsibilities

• Analyse system threats and risks, define cybersecurity measures and requirements, and design mitigation solutions
• Define cybersecurity specifications, technical requirements, goals, claims, controls and vulnerability analyses for product development and testing
• Produce ISO 21434 work products and evidence, and support security management with KPIs and compliance evidence
• Act as deputy of the project Security Manager and sometimes as security assessor or auditor for colleagues' projects
• Support customer interface activities and guide development teams through requirements, design, testing and verification
• Facilitate estimation of new projects and cybersecurity features, and mentor stakeholders
• Monitor cybersecurity information and manage vulnerabilities; explore emerging technologies and prepare training programs
• Help Cybersecurity Managers improve cybersecurity processes for software development in critical environments

Required profile

• University degree in Engineering
• 10-15 years of experience in software architecture
• 5 years of experience in automotive cybersecurity standards (ISO 21434, ASPICE for Cybersecurity, UNECE WP.29)
• 5 years of system security experience

Required skills

• Cybersecurity standards and automotive industry standards
• Threat modeling, risk management and security controls
• Cryptography
• Nice to have: CISM, CISSP or similar certifications; embedded security; functional safety; SW modeling (UML); AUTOSAR, QNX