Senior Engineer - Pem Job in Valeo India Private Limited

Experience: 4 to 6 years Has good knowledge of ISO26262 standards, preferably certified in ISO 26262. Experienced in Functional Safety Software Development up to ASIL-D according to ISO26262-6:2018 Experienced in functional safety software architecture and has functional safety design awareness. Able to perform Safety Design Analysis (SDA) on SW Architecture and SW units. Experienced in Technical Safety Concepts (TSC). Preferably has knowledge on inverter software architecture and electric powertrains Has good experience in C programming in compliance with MISRA and HIS quality. Experienced in AURIX's TriCore architecture and in Infineon Aurix 2nd Gen. peripherals such as DMA, VADC, DSADC, GTM. Experienced in Unified Modeling Language to create Software Detailed Designs. Able to analyze and understand customer requirements and translate them and create software requirements. Experienced in general software development process awareness to do ASPICE SWE.3 and SWE.4 process compliant development according to ISO 26262 standards. Able to create unit test specifications and test cases based on ISO26262 standards. Able to do acceptance testing and defect analysis on closed loop systems (PiL and HiL). Experienced in configuration management and IDE tools such as Polarion/ALM, ADD, Eclipse, and Git/Teamforge. Experienced in Enterprise Architect. Experienced in Vector CANape and CANoe. Experienced in ETAS INCA. Experienced in Unit test tools such as VectorCast / IBM RTRT and static analysis tools such as Helix QAC, Klocwork. Preferably experienced in SBC / TLF external safety watchdog configuration, AUTOSAR E2E, Safety OS inkl.Memory Protection Unit configuration and Aurix Safety Manual / Aurix SelfTest and HW safety mechanism (MPU, ECC, LockStep, SMU, etc.). Preferably experienced in software functionalities such as sensor data acquisition and synchronisation of inverter ECU , electric motor control strategies of PSM and ASM, Park lock control, software monitoring and error debouncing strategies and motor position evaluation strategies .