Siwar Ben Othmen

Design and implement a prototype for a Python-based testing tool to check the A-SPICE process Integrity.

Main Tasks:

• Analyze existing requirements, testcases and test execution reports.
• Define the architecture and design of the testing tool.
• Implement modular Python scripts to:
  - extract Requirements-test links and check requirements coverage.
  Insure the bidirectional traceability between test cases and requirements.
  - check the requirements coverage.
  - check automation status of each test case and insure that the test implementation is linked to the test description for automated tests.
  - read execution results from test reports and identify the status of each test.
  - calculate and display KPIs for: Percentage of requirements covered by test cases, Percentage of automated test cases and test pass/fail rates for each software release
  - generate an easy to read HTML report displaying the different KPIs.
• Document the tool’s architecture and usage steps.

Technical environments:

• Tools: Git, DOORS, JIRA
• Development languages: Python

Creation and execution of Software Qualification tests to check the Ethernet communication Protocol between the nxp SOC on the DASy ECU and the Nvidia SOC using Canoe testplatform (HCP2 Project)

Main Tasks:

• Analyze and review software requirement specifications.
• Design and implement software qualification tests.
• Review test case specifications.
• Automate test cases using vTESTstudio.
• Execute manual and automated testcases.
• Maintain and configure Testbenches (HW and tools).
• Maintain and Configure Canoe Simulation for testing to handle .
• Check Ethernet communication protocols between SOCs.

Technical environments:

• Tools: RQM, Git, vTESTstudio, CANoe, DOORS, Lauterbach, JIRA
• Hardware: NXP chip, Nvidia chip, DASy ECU, Ethernet switches
• Programming languages: CAPL
• Communication Protocol: CAN, Ethernet

Creation, automation and execution of testcases checking the ultrasonic parking sensors.

Main Tasks:

• Analyze and review system requirements specification.
• Design and create black box and white box test specifications.
• Review tests specifications.
• Automate test cases using a dedicated test environment.
• Execute manual and automated testcases.
• Participate in the development, the improvement and the maintenance of the test environment using the Python programming language.
• · Configure Jenkins jobs for the continuous execution of testcases.

Technical environments:

• Tools: Polarion, Git, Keil µVision 5, Jflash, CANoe, JIRA
• Hardware: Ultrasonic parking sensor
• Testing Instruments: Oscilloscope
• Programming languages: Python

Design, Development and Maintenance of software modules managing the Hands Free access and Keyless functionalities for Renault NISSAN vehicles.

Main Tasks:

• Analyze system requirement specifications and identify requirements updates.
• Propose software solution/s to implement the identified requirement update.
• Analyze the impact of the proposed solution/s on the existing software
• Identify the architecture changes following the proposed solution.
• Prepare architecture change request and discuss the proposed solution with the project architect.
• Update software requirement specification under IBM Rational Doors.
• Update software detailed design document.
• Develop software component with Embedded C and respecting MISRA and PC-lint rules.
• Implement and execute SIL (Software in the loop) function level and component level tests.
• Implement and execute HIL (Hardware in the loop) integration and validation tests.
• Implement automated system level tests using CAPL language on the CANoe test environment.
• Design and configure Canoe simulation.
• Reproduce reported system failures, identify software defects and fix the detected error.
• Propose software solutions to improve the module robustness.

Technical environments:

• Tools: WINIDEA, IDEAS,IMS, DOORS, Jflash, CANoe, JIRA
• Hardware: BCM, HFM, CAN CASE, Test bench, Wireless Box
• Testing Instruments: Oscilloscope, LF frames generator
• Development languages: C, CAPL