U
Software Verification Engineer (AUTOSAR MCAL)
Accepting applicationsUST · Greater Bengaluru Area
Full-Time Mid_senior FPGAPerlPythonSPI
Posted
3d ago
Category
Verification
Experience
Mid_senior
Country
India
Key Responsibilities
Participate in requirements elicitation and definition phases.
Develop test architecture, specifications, and test scripts for MCAL device drivers.
Verify device drivers such as MEM, MEMACC, FEE, SPI, LIN, DIO, ICU, ADC, CAN, DMA, and MCU.
Verify safety software in independent or RTOS environments on automotive microcontrollers.
Support work breakdown structure definition and estimation.
Develop test strategy and institutionalize methods, templates, tools, and equipment usage.
Implement and maintain verification methods, automation, and infrastructure to improve quality and efficiency.
Drive improvements in test methods, tools, automation, and verification processes.
Support software test processes compliant with ISO26262 and ASPICE.
Own reviews of test specifications and scripts.
Requirements:
Minimum 3 years of experience in memory device driver software testing or related embedded software verification.
Good knowledge of the standard software development lifecycle.
Experience in AUTOSAR MCAL and exposure to ISO26262.
Embedded system software development or verification using C and assembly language.
Experience with test automation and continuous integration frameworks.
Working experience with scripting languages such as Perl or Python.
Good knowledge of computer architecture, real-time systems, and multicore platforms.
Ability to work independently and with multi-disciplinary teams.
Preferred Skills
Experience with NI platforms, FPGA, oscilloscopes, logic analyzers, power benches, or similar lab equipment.
Experience with embedded development tools such as compilers, debuggers, static analyzers, PLS, or Lauterbach.
Experience with memory driver modules such as MEM, MEMACC, and FEE.
ASPICE process exposure.
Educational Qualification
Bachelor's or Master's degree in Electronics Engineering, Computer Engineering, Instrumentation Engineering, Electrical Engineering, or related disciplines.
Show more Show less
Participate in requirements elicitation and definition phases.
Develop test architecture, specifications, and test scripts for MCAL device drivers.
Verify device drivers such as MEM, MEMACC, FEE, SPI, LIN, DIO, ICU, ADC, CAN, DMA, and MCU.
Verify safety software in independent or RTOS environments on automotive microcontrollers.
Support work breakdown structure definition and estimation.
Develop test strategy and institutionalize methods, templates, tools, and equipment usage.
Implement and maintain verification methods, automation, and infrastructure to improve quality and efficiency.
Drive improvements in test methods, tools, automation, and verification processes.
Support software test processes compliant with ISO26262 and ASPICE.
Own reviews of test specifications and scripts.
Requirements:
Minimum 3 years of experience in memory device driver software testing or related embedded software verification.
Good knowledge of the standard software development lifecycle.
Experience in AUTOSAR MCAL and exposure to ISO26262.
Embedded system software development or verification using C and assembly language.
Experience with test automation and continuous integration frameworks.
Working experience with scripting languages such as Perl or Python.
Good knowledge of computer architecture, real-time systems, and multicore platforms.
Ability to work independently and with multi-disciplinary teams.
Preferred Skills
Experience with NI platforms, FPGA, oscilloscopes, logic analyzers, power benches, or similar lab equipment.
Experience with embedded development tools such as compilers, debuggers, static analyzers, PLS, or Lauterbach.
Experience with memory driver modules such as MEM, MEMACC, and FEE.
ASPICE process exposure.
Educational Qualification
Bachelor's or Master's degree in Electronics Engineering, Computer Engineering, Instrumentation Engineering, Electrical Engineering, or related disciplines.
Show more Show less