Software Architect

Role and Responsibilities

Definition of software requirements and architecture

- 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 L4

Skills:

University degree (master/diploma) in electrical engineering, computer science or a comparable course

- Knowledge of ANSI-C

- Good understanding of Autosar Architecture.

- Good understanding of Micro controller architecture.

- Good experience of micro controller driver development.

- Good Hands on to generate MCAL layer.

- Hand on experience on CDD Modules (Complex Device drivers) such as Stepper Motors/ LED / LCD / TFT / I2C/ UART /ADC / Audio.

- Good understanding of Davinci tool.

- Good understanding of Tresos tool.

- Good understanding of OS configuration.

- Knowledge of Software design principles

- Knowledge of Software architecture principles

- Knowledge of real time operating systems for embedded applications

- 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

- 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)

- Knowledge of microcontrollers architecture and configuration

- Knowledge of tools and measurement equipment (i.e. oscilloscope, multimeter, power supply, etc..)

- Good to have knowledge of communication protocols (i.e. CAN, LIN, Ethernet, etc..)