Embedded Automotive project (15 Months )
Project: Design, Development of Generic software architecture with functional safety of a light controller.
Tasks:
Participation and create Generic Architecture for WDG, Renesas F1M / F1H / F1K and Infineon AURIX, on AUTOSAR 4.x, based on existing architecture for AUTOSAR 3.2 with FUSI (Functional Safety).
System Behavior: Watchdog conception (External watchdog on SBC), (CyclicWakeup) and multicore environment concepts. Adaption elaboration of concepts (System Integrity, SSI, System Behavior) / update of AUTOSAR 3.2 to AUTOSAR 4.x.
Participation and creating a generic architecture for AUTOSAR 4.x in area SSI-1 (RamTst / FlashTst, ECC, DataROM, MPU) with FUSI and multicore environment concepts.
Participation and creating a generic architecture for AUTOSAR 4.x in area SSI 2 (CPU core, INT / Exception, DMA, microcontroller Mode Manager) with FUSI and multicore environment concepts.
Participation and creating a generic architecture for AUTOSAR 4.x in area SSI-3 (Err Handler, PWR supply, clock (PLL) with FUSI and multicore environment concepts.
Hardware:Microcontroller RH 850 / F1M / F1H / F1K Renesas microcontroller AURIX - Infineon.
Technologies:ISO 26262 standard, "Road vehicles - Functional Safety"
Operating System: OSEK OS, AUTOSAR 3.2, 4.x
Tools:Rhapsody 8.3, DOORS 9.5, PTC Integrity Client 10 (formerly MKS)
Versioning:PTC Integrity Client 10 (formerly MKS) as version control and document management.
Bus:CAN bus, LIN bus
The tasks have been exported-oriented and achieved against Functional safety measures described in SEooC (Safety document out of context in DOORS). The workproducts have been designed and linked to complain with ASIL-B classification.
