Areas of Responsibility : 
- Participate and contribute to requirements elicitation and definition phase of the project.
 
 
- Develop Test Architecture, Specification and Test script for MCAL  device drivers.
 
 
- Software Verification of device drivers  (Eg: MEM, MEMACC, FEE , SPI, LIN, DIO, ICU, ADC, CAN, DMA and MCU  etc.) and safety software in an independent/RTOS environment on automotive microcontrollers.
 
 
- Support CoC Head with WBS definition and Estimations.
 
 
- Develop Test Strategy and institutionalize the methods and related templates to enable the usage of the tools and test equipment wherever required/possible.
 
 
- Envisage, implement, institutionalize and maintain the verification and verification methods and infrastructure (e.g. automation to improve quality and efficiency in terms of cost and time) 
- Drive innovation in the form of new advancements (test methods/tools, test automation, test infrastructure).
 
 
- Institutionalize software test processes compliant with Automotive standards (e.g. ISO26262, ASPICE).
 
 
- Ownership of reviews - Test Specifications & Scripts 
Requirements : 
- A minimum of 3  years of experience in Memory Device Driver software testing which includes a good know how of standard software development Life Cycle.
 
 
- Experience in AUTOSAR MCAL and exposure to ISO26262.
 
 
- Embedded system software development or Verification using C, assembly languages.
 
 
- Experience in the usage of NI, FPGA, oscilloscopes, logic analysers, power benches etc.
 
 
- Experience in embedded system development tools such as compilers, debuggers (PLS, Lauterbach), static analysers etc.
 
 
- Working experience in scripting languages such as Perl, python etc.
 
 
- Experience in the development/maintenance of the test automation and continuous integration frameworks 
- Good knowledge of computer architecture (16/32bit), real-time systems 
- Working experience on multicore platforms 
- Ability and willingness to work with multi-disciplinary teams.
 
 
- Ability to perform tasks independently.