AUTOSAR BSW Developer

Job description:

What you can look forward to as AUTOSAR BSW Developer (m/f/d) :
•    Basic Software (BSW) modules such as communication stacks (CAN, LIN, Flexray, Ethernet), Diagnostic services (UDS, DCM) , Fault Management (DEM), BSW Mode management & OS 
•    Developing Base software complex device drivers by using Embedded C. 
•    Need to perform the reviews based on PTC requirements. 
•    Configure and generate AUTOSAR software architectures using AUTOSAR configuration tools (e.g., Vector Davinci) 
•    Implement and verify software modules according to AUTOSAR specifications and automotive safety standards. 
•    Coordination and Definition of interfaces with the responsible persons of other SW subsystems according to the defined SW Architecture and SW Requirements. 
•    Optimize software performance, and reality through profiling, debugging, and code optimization techniques. 
•    Document software designs, specifications, test plans and results according to the company and industry standards. 
•    Stay updated with emerging AUTOSAR trends, tools, and methodologies to drive continuous improvement and innovation. 
•    Experience on ISO26262 Safety concept & it’s applicability at SWE.1, SWE.2 & SWE.3. 

Your Profile as AUTOSAR BSW Developer (m/f/d) :
•      2 to 4 years of experience developing embedded software for automotive safety applications.
•    Strong knowledge on protocols like UDS services (ISO14229), CAN, CANFD & Flexray. 
•    Strong hands-on experience on AUTOSAR BSW Configuration’s (COM, DCM, DEM & NvM). Have good exposure on AUTOSAR architecture. 
•    Hands on experience in integrating Vector SIP, Customer specific 3rd party component integration. 
•    Good experience on SW debugging and hands on Debugger tools (TRACE-32, Lauterbach). 
•    Experience in the following areas: UML (Enterprise Architect) static analysis tools (such as QAC, Polyspace, UT (TESSY)), MISRA and generally accepted embedded coding practices. Experience with ARXML file formats is an addon 
•    Knowledge of Requirement management tools (PTC), Configuration management tools: 
•    MKS/PTC, V cycle development and review methods, Vector tools (Davinci Configurator Pro, CANalyzer, CANoe & CA Nape). 

What you can look forward to as AUTOSAR BSW Developer (m/f/d) :
•    Basic Software (BSW) modules such as communication stacks (CAN, LIN, Flexray, Ethernet), Diagnostic services (UDS, DCM) , Fault Management (DEM), BSW Mode management & OS 
•    Developing Base software complex device drivers by using Embedded C. 
•    Need to perform the reviews based on PTC requirements. 
•    Configure and generate AUTOSAR software architectures using AUTOSAR configuration tools (e.g., Vector Davinci) 
•    Implement and verify software modules according to AUTOSAR specifications and automotive safety standards. 
•    Coordination and Definition of interfaces with the responsible persons of other SW subsystems according to the defined SW Architecture and SW Requirements. 
•    Optimize software performance, and reality through profiling, debugging, and code optimization techniques. 
•    Document software designs, specifications, test plans and results according to the company and industry standards. 
•    Stay updated with emerging AUTOSAR trends, tools, and methodologies to drive continuous improvement and innovation. 
•    Experience on ISO26262 Safety concept & it’s applicability at SWE.1, SWE.2 & SWE.3. 

Your Profile as AUTOSAR BSW Developer (m/f/d) :
•      2 to 4 years of experience developing embedded software for automotive safety applications.
•    Strong knowledge on protocols like UDS services (ISO14229), CAN, CANFD & Flexray. 
•    Strong hands-on experience on AUTOSAR BSW Configuration’s (COM, DCM, DEM & NvM). Have good exposure on AUTOSAR architecture. 
•    Hands on experience in integrating Vector SIP, Customer specific 3rd party component integration. 
•    Good experience on SW debugging and hands on Debugger tools (TRACE-32, Lauterbach). 
•    Experience in the following areas: UML (Enterprise Architect) static analysis tools (such as QAC, Polyspace, UT (TESSY)), MISRA and generally accepted embedded coding practices. Experience with ARXML file formats is an addon 
•    Knowledge of Requirement management tools (PTC), Configuration management tools: 
•    MKS/PTC, V cycle development and review methods, Vector tools (Davinci Configurator Pro, CANalyzer, CANoe & CA Nape).