BCM developer.

Tasks

• Cooperating to the definition of software requirements
• - Defining and maintain the module requirements
• - Creating the module detailed design (static and dynamic behaviour) according to the software architecture
• - Implementing the software according to the requirements
• - Designing, implementing and performing unit verifications (static analysis, code reviews, unit tests)
• - Performing tests on the bench on the real target
• - Ensuring compliance with the defined coding standards (e.g. MISRA) and design rules
• - Documenting the consistency between software and requirements
• - Performing root cause analysis for issues and implementing needed changes (both code and requirements if needed)
• - Documenting progress on the assigned activities in the ticket system (e.g.: JIRA)
  
  

Skills

• - University degree (master/diploma) in electrical engineering, computer science, physics or a comparable course
• - Knowledge of ANSI-C
• - Good understanding of Autosar/freeRTOS Architecture.
• - Knowledge of peripherals of Traveo -2/Aurix TC2XX/TC3XX/MPC/Renesas Micro-controller family.
• - Hand on experience on CDD Modules (Complex Device drivers) such as Stepper Motors/ LED / I2C/ UART /ADC.
• - Good understanding of Davinci tool, Tresos tool.
• - Good understanding of Diagnostic protocol - DCM, DEM (UDS - ISO 14229)
• - Good understanding of OS configuration.
• - Knowledge of Software design principles and Software architecture principles
• - Knowledge of real time operating systems for embedded applications
• - Knowledge of Integrated Development Environments (e.g: Visual Studio) and build environments
• - Knowledge of Standards and tools for static code analysis
• - Knowledge of Git configuration management system
• - Knowledge of standards, methods and tools for unit testing
• - Knowledge of debugging tools (emulators)
• - Knowledge of electronics basics (i.e. voltage dividers, lowside/hiside drivers, pull-up/pull-down, debounce mechanisms, etc )
• - Experience in GHS Probe debugger and Lauterbach IDE (Trace 32 system, power debug, power trace, power integrator, Practice language)
• - Knowledge of tools and measurement equipment (i.e. oscilloscope, multimeter, power supply, etc..)
• - Good to have knowledge of industrial communication protocols (i.e. CAN, LIN, Ethernet, etc..)
• - Knowledge of in-circuit communication protocols (i.e. SPI, I2C, UART, etc..)
• - Knowledge of diagnostic Vector tools (CANdela)
• - Knowledge of Vector tools for debugging (i.e., CANalyzer
  
  

Pi-square technologies is a Michigan (USA) Headquartered Automotive Embedded Engineering Services company, Synergy Partner for major OEMs and Tier 1s and their implementation partners in Automotive Embedded Product Development, Projects, Requirements Analysis, Software Design, Software Implementation, Efficient Build, Release Process, and turnkey software V & V Services. We have more than 20 years of industry expertise with specialization in the latest cutting-edge automotive technologies such as Infotainment, connected vehicles, Cyber security, OTA, and Advanced Safety/ Body electronics.