Ines Sahnoun

• Ensure and maintain test activities for Volkswagen Remote services.
• Perform manual testing by using the remote service application 'Volkswagen Beta'.
• Participate in test drives.
• Create and develop appropriate test cases based on requirements.
• Identify, document and track issues found during testing using KPM.
• Collaborate with the engineering & design teams to evaluate all changes made to the apps.

Tools: KPM, TCM, ODIS and CANoe.

• Ensure and maintain test activities for VW infotainment projects: Android Auto.
• Develop the test and inspection technology for different car lines based on Technology providers’ requirements.
• Plan different tests on the final SW before going to Internal Audit.
• Analyze the test results and optimize the test procedures and test on Test bench and In Vehicle.
• Take care of bug reporting for the errors observed during testing via KPM.

Tools: KPM, TCM, ODIS, CANoe and CANanalyzer

Automotive Embedded Networks: CAN, CAN-FD, LIN and Ethernet, Eso and HMI Traces

• Ensure and maintain test activities for BMW automotive projects: Body Domain Controller [BDC 2018] and Basic Central Platform [BCP 2021].
• Create and maintain automatic test cases using Eclipse tCF [language specified for BMW] based on requirements.
• Perform automatic tests via BTS and Jenkins and manual tests with Canoe / CANalyser.
• Write and update test cases and results in IBM Rational DOORS / GIT / SVN.
• Report bugs, Track and validate bug fixes via Jira.
• Review the quality of test cases and specifications before delivering to the customer.
• Monitoring task: Test coverage, Test Automatisation, Test Analysis.

Tools:

- Scripts: Python, CAPL, tCF [specific for BMW], Gherkin.
- JIRA , DOORS, Jenkins.
- Eclipse, Visual Studio, T32 Lauterbach.

- XCP/CCP Protocol, SVN/ GitLab.
- Vector tools: Canoe/CANalyser.
- BMW Tools: Carmen, E-sys, Ediabas, BMW Car IT Diagnoser.
- Automotive Embedded Networks: CAN, CAN-FD, LIN, and Ethernet.

• Study and design implementation plans of AutoCAD: high and low voltage.
• Realization of electrical diagrams and details for electrical installations.
• Sizing of electrical components (cable, transformer, capacitor bank, etc.).
• Writing slips and CCTP.

Tools: AutoCAD ELECTRICAL, ECODIAL

• Modeling, simulation and control of multi-terminal VSC-HVDC systems.
• Modeling of the different elements constituting the chain VSC-HVDC using Matlab Simulink.
• Development of command for this system using PID regulators.
• Comparative study between the Master / slave control and the voltage droop control of the VSC-HVDC system.

Tools: Software: Matlab/Simulink, Eclipse, Visual Studio, Programming languages: Eagle, VHDL, C

• Supervision of a hybrid unit based on renewable energy.
• Study of the modeling and control of a hybrid unit connected to the network composed of a photovoltaic generator and a lead acid battery using the Matlab Simulink software.
• Sizing of the different elements of the hybrid unit.
• Development of an energy supervision algorithm.

Tools: Software: Matlab/Simulink, Eclipse, Programming languages: Eagle, VHDL, C