Executive snapshot
- Experience: 4+ Jahre
- Seniority: SENIOR
- Work mode: Remote möglich
- Availability: Nach Absprache
- Region: DACH-Region, Europa
- Focus: automotive, electromobility, embedded systems, software
At a glance
Profile ID
DP-138808
Role
Expert for Embedded Cybersecurity and Penetration Testing in Automotive Environments
Seniority
SENIOR
Experience
4+ Jahre
Work mode
Remote möglich
Availability
Nach Absprache
Region
DACH-Region, Europa
Engagement models
Festanstellung, Projektarbeit, Functional Safety + Automotive, ISO 26262 / Functional Safety
Indicative rate
Nach Absprache
Short profile
Experienced Embedded Cybersecurity Engineer with over 4 years of specialization in embedded security, penetration testing, and the analysis of cyber-physical vehicle systems. Expertise in end-to-end security assessments at ECU, network (CAN/LIN/Ethernet), and hardware levels. Profound knowledge in implementing security requirements according to ISO/SAE 21434, ISO 26262, and UNECE R155 for OEMs and semiconductor suppliers in the automotive sector. Key profile strengths include Functional Safety + Automotive, ISO 26262 / Functional Safety.
Focus (domains)
automotiveelectromobilityembedded systemssoftwareelectronicsembeddedsecuritytestingmanagement
Core skills
Embedded SecurityPenetration TestingVehicle CybersecuritySecurity AssessmentsReverse EngineeringFuzzingHardware Security TestingVulnerability AnalysisRisk AssessmentMitigationFunctional SafetyCybersecurity EngineeringCANoeCYBERSECURITYMATLABPythonembeddedfirmwarehardwaresecuritysoftwaretestingvalidationISO 21434ISO 26262managementAnsysCANalyzerVectorCMicrosoft OfficeFunctional Safety + AutomotiveISO 26262 / Functional SafetyCybersecurity / SecurityE-Mobility / Automotive / Industrial ElectronicsEmbedded Systems
Tools & technologies
CANoeMATLABPythonC/C++JTAGCAN/LIN/EthernetAnsysCANalyzerVectorCMicrosoft OfficeISO 26262ISO 21434CYBERSECURITYembeddedfirmwarehardwaresecuritysoftwaretestingvalidation
Track record & project highlights
Execution of penetration tests and security assessments on ECUs for automotive OEM programs to identify vulnerabilities in firmware and communication paths. Specialized software security assessments using reverse engineering and fuzzing to validate ECU attack surfaces. Performance of hardware security tests (JTAG, side-channel analysis, voltage fault injection) to evaluate the physical attack resistance of embedded automotive systems. Definition of security requirements, execution of risk assessments, and development of mitigation strategies for future vehicle systems.
