Ralph Saad

• Input excel based: Frame coordinates, edges and defining the ECUs functional connections • Software based on Python: Drawing a harness layout with special visualization (animation), defining the shortest physical path between ECUs in a functional manner using a rooting algorithm (Dijkstra) • Output excel based: Shortest path, wiring details, Nb of pins, type of connections, bus loads and many more statistics

• Support of the EE architecture team in compiling, visualizing data and work results • Taking a major responsibility in many projects (fleet management, electrified platforms general specifications) • Transferring functional signal diagrams to physical block diagrams containing all the ECUs, functions and signals • Preparing documentations concerning signals and features development, infotainment system…

• Administrative job (entering and collecting Data regarding students and professors) • Analyzing data with excel

• SPEED CONTROL OF DC MOTOR USING ULTRASONIC SENSOR: Python was used to program a microcontroller (raspberry pi 3) on a small robot car • Processing Duty Cycle and Movement of DC Motors: Accomplished by building a circuit containing an Arduino and H bridge on Tinkercad platform • Controller design for a position control: Using Simulink • Optimal and Model Predictive Control: Controller design and application on a spring mass system, based on Julia