Senior Embedded Automotive Cybersecurity Engineer

Role Summary Seeking a hands-on Embedded Engineer with 4+ years of experience to lead the software design, implementation, and validation of ECU cybersecurity features. You will act as both a technical Individual Contributor and Architect—integrating AUTOSAR crypto stacks, writing secure boot firmware, and validating hardware-rooted security across automotive platforms.

Key Responsibilities Security Development:

Implement low-level embedded software in

C/C++

for Secure Boot, Secure Flash/FOTA, PKI/Crypto algorithms, and HSM firmwares. AUTOSAR & HSM Stack:

Configure and integrate the

AUTOSAR Crypto Stack

(CSM, CryIf, Crypto Driver) using

Vector vHSM

or equivalent stacks. Protocols & Diagnostics:

Implement

UDS Security Access ($27 / $29) , SecOC, and Key Management over CAN-FD, DoIP, and Ethernet. Security Validation:

Perform hands-on security testing, including

Fuzzing, Penetration Testing , and Vulnerability Assessments directly on target hardware. Architecture & Standards:

Drive security design and ensure compliance with

ISO 21434

and UNECE R155/R156.

Technical Requirements Core:

4+ years in

Embedded C/C++

and low-level driver development for automotive ECUs. AUTOSAR:

Hands-on experience with AUTOSAR Classic crypto modules and HSM integration. Silicon Platforms:

Direct experience with

Infineon AURIX ,

NXP S32 ,

TI AM26x ,

Renesas RH850 , or

STM32 . Cryptography & Testing:

Practical knowledge of AES, ECC, RSA, SHA, X.509, and testing tools (Vector CANoe, vTESTstudio, static analyzers).

Preferred B.S./M.S. in Computer Science, Electrical Engineering, or Cybersecurity. Practical exposure to TARA (Threat Analysis and Risk Assessment).