Moustafa Mourad

Cybersecurity Expert Group Member

Goals • Coexistence of synchronous and Asynchronous communication on the same network • Achieve the least latency possible • Maintain the highest Quality of Service possible Achievements • The Timing-Aware shaper is the fastest traffic shaper (Mathematically proven) until now. • Implementation is according to the IEEE 802.1Qbv standard Technical environments • OMNET ++, INET Event simulation Framework • CORE4INET communication over Real-time Ethernet • UML Design

Goals • Setting up the Environment for unit testing using Google C++ test framework • Design Test Cases that covers all corner cases and equivalent classes • Implementing the designed test cases with no crucial compiler warnings and according to Bosch naming conventions • Documenting the implemented test cases • Checking in the package on MKS tool with Documentation Technical environments • SCONS as the building tool • Google Test C++ testing framework • GEOGEBRA • Visual Studio as IDE

Goals • Implementation of trigonometric algorithm for calculation of Sin/ cosine faster than C-library sin function • Automating the process of building the ADTF filters using Jenkins • Automating the signal comparison between the local signal files and signals on the Polarion server • Perform Polyspace Analysis • Configuration of static analyzer PRQA using .ncf files Technical environments • Languages: C, python • Static Analyzer PRQA / Polyspace • Jenkins build system • Polarion software

Performing Module Testing and Integration Testing. QAC analysis of the source code. Bugs Detection and Fixing on Module and System Level. Participating in the implementation of the SW development phases for the Parking Assist project. Tracking bug status with the validation team till the system is validated to reach SOP phase for the project's OEM customers. RAM, Flash and ROM optimizations for the HOST processor. Integrating new communication module through AUTOSAR.

Real-time Scheduling Desing of Embedded Systems Multicore programming AUTOSAR Security of Distributed systems Master Thesis Topic: Simulation Framework Development with time enhancements for Scheduled traffic in AVB/TSN for In-Vehicle Networking Applications

Automation Control Robotics