Mohamed Khaled

 Development of a real-time communication concept for AGV (Automated Guided Vehicle) prototype.  Examination of CAN and ROSTCP / ROSSERIAL as a communication method.  CAN-FD implementation for subcomponents (Arduino and Teensy)  Analyzing using “Logic Analyzer”  Integration in existing prototype.

 ZigBee communication for debug module and autonomous vehicle (AGV)  CAN-FD protocol implementation for Raspberry PI  Development and implementation of a communication library  Integration in existing prototype.

 Commissioning an Aurix TC3xx Starter Kit  Design of diagnostic function inside BSW module.(AUTOSAR)  Implement diagnostic function and interface DEM.

 Vehicle functions, vulnerabilities and attack surfaces  Current security mechanisms in vehicles  Applicable standards and norms for security analysis

Technical University of Chemnitz, (Germany) Master's degree: Automotive Software Engineering  Major Fields of study: AUTOSAR, Automotive Software Platforms, Design of Software for Embedded Systems.  Current grade average: 1.9

Bachelor’s degree: Electronic and Communication Engineering  Major fields of study: Communication Technology, Basic Software, Micro Processor System, Integrated Circuits.  Final grade: good.