Classic AUTOSAR BSW and Integration Engineer

Core Responsibilities Strong hands-on experience in

AUTOSAR architecture , BSW stack integration, and configuration Experience with

Infineon TC2xx/TC3xx microcontrollers

(TC3xx preferred) Proficient with

Vector DaVinci Developer/Configurator

or

ETAS ISOLAR-A/B Proficiency in

BSW module configuration and integration : Communication stack: CanIf, CanNm, CanSM, PduR, Com, IpduM, BswM, EcuM, ComM Diagnostic stack: DCM, DEM, FiM, RestManager, Watchdog, OS, etc. Working knowledge of

MCAL configuration

and generation RTE configuration and integration

for both: BSW-to-RTE

interfaces RTE-to-Application

interfaces (e.g., Control SWCs, Diagnostic SWCs, Complex Drivers) Mapping application ports, runnable entities, events, and inter-SWC communication Ensuring consistency between ARXML configurations across layers Microcontroller ECU Performance & Timing Analysis Experience in

ECU performance profiling , load analysis, and timing verification Hands-on with: Gliwa T1/T1-TARGET

for real-time task execution, WCET (Worst-Case Execution Time) analysis, and system load evaluation Vector Timing Architect

for schedule modeling, end-to-end latency analysis, and timing constraint validation is also preferred Working knowledge of

OSEK/VDX -based OS scheduling, interrupt latency, and real-time constraints on multi-core controllers Debugging & Tools Debugging and trace analysis using: Vector CANoe/CANalyzer Trace32 (Lauterbach) Familiar with hardware-in-the-loop debugging and simulation environments Additional Skills Good understanding of

UDS (ISO 14229)

and AUTOSAR Diagnostic modules (DCM, DEM) Solid knowledge of

CAN/LIN protocols Familiarity with

Functional Safety (ISO 26262)

and

ASPICE

processes Configuration and change management tools: GIT, SVN, ALM (e.g., Polarion) Ability to

guide junior team members , participate in

customer interactions , and conduct

technical reviews Strong documentation, debugging, and traceability practices