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Core Competencies
Role fitCore Competencies
Use this summary to align your resume positioning with the role.
Demonstrates expertise in systems engineering and product security for autonomous vehicles, with a strong focus on system-level security controls, threat modeling, and compliance with automotive security standards. Proven ability to lead cross-functional teams and define security requirements for complex hardware and software systems.
Highest-signal resume keywords
Systems EngineeringThreat ModelingSecurity ArchitectureAutomotive Security StandardsCross-Functional Leadership
ATS Keywords
Tailor your resumeApplicant Tracking System Keywords
Tip: use these terms in your resume and cover letter to boost ATS matches.
Hard Skills
System-Level Security ControlsThreat Modeling Using TARA and STRIDETechnical Requirement WritingFailure Mode AnalysisHIL TestingPenetration Testing CoordinationRequirements TraceabilityApplied CryptographySecure Communication ProtocolsVulnerability Remediation
Soft Skills
Cross-Functional CollaborationInfluencing StakeholdersTechnical Leadership
Tools & Technologies
JAMAJIRADOORSHSMsTPMsSecure Boot ChainsCloud TelemetryAutomotive EthernetCAN NetworksTelemetry Links
Certifications & Qualifications
CISSP-ISSAPCISM
Industry Keywords
AutomotiveRoboticsAerospaceSafety-Critical SystemsISO/SAE 21434ASPICEISO 27001UNECE R155UNECE R156Cybersecurity
Tech Stack
Tools & technologiesCloudCyber Security
About the role
Key responsibilities & impact- Serve as the technical anchor bridging Systems Engineering, Product Security, and Autonomous Vehicle Hardware/Software teams
- Perform hands-on engineering, requirement definition, threat modeling, and system integration for autonomous vehicle hardware architecture, safety compute stack, and cloud telemetry
- Translate high-level security architecture and regulatory requirements into system-level design specifications, trade studies, interface definitions, and verification plans
- Define detailed, testable system and subsystem security requirements across vehicle compute, sensor suites, internal CAN and Automotive Ethernet networks, and cloud gateways
- Conduct system-level threat modeling and vulnerability impact analyses on safety-critical ECUs, onboard compute platforms, and telemetry links
- Lead trade studies on HSMs, TPMs, TrustZone, secure boot chains, onboard key management, and cryptographic overhead
- Partner with Safety Engineers and Security Architects to align functional safety and cybersecurity requirements
- Define security test plans, trace requirements through the V-model, and collaborate on HIL and vehicle-level security verification
- Author technical security requirements for component suppliers and Tier-1 hardware partners and evaluate technical compliance during integration
Requirements
What you’ll need- 8+ years of experience in systems engineering, embedded systems engineering, or product security engineering within automotive, robotics, aerospace, or safety-critical hardware/software systems
- Bachelor’s or Master’s degree in Computer Science, Computer Engineering, Electrical Engineering, Cybersecurity, or a related STEM field
- Expertise in system-level security controls, including HSMs/TPMs, secure boot chains, applied cryptography, and secure communication protocols such as SecOC, TLS, and secure CAN/Ethernet
- Experience writing technical system requirements, defining ICDs, and performing requirements traceability using systems engineering tools such as JAMA, JIRA, or DOORS
- Hands-on experience performing threat modeling using TARA and STRIDE
- Experience performing failure mode analysis on complex cyber-physical or embedded systems
- Cross-functional technical leadership experience across software, hardware, and safety teams
- Knowledge of automotive and cloud security standards and regulations, including ISO/SAE 21434, ASPICE, ISO 27001, or UNECE R155/R156
- Experience engineering systems interfacing safety-critical autonomous compute stacks with off-board telemetry or cloud control infrastructures
- Experience with HIL testing, penetration testing coordination, or vulnerability remediation on physical systems
- Experience aligning functional safety HARA and cybersecurity TARA analyses
- Experience engaging and influencing OEMs, Tier-1s, suppliers, or commercial partners
- Experience building and scaling security architecture frameworks in safety-critical or heavily regulated industries
- Advanced security architecture or engineering certification such as CISSP-ISSAP or CISM is desirable
Benefits
Comp & perks- Annual bonus eligibility
- Equity compensation
- Benefits
- In-person collaboration and office work environment
- Reasonable accommodations for qualified individuals with disabilities and disabled veterans