Dr. Sofiane Chabane

Postdoctoral researcher on uncertainty modeling in the electromagnetic compatibility domain - Uncertainty modeling in the electromagnetic compatibility context - Risk analysis - Reliability and failure analysis - Transmission line resolution software development (frequency and time domain) - Per-Unit-Length (p.u.l.) parameters calculation software development (Method of Moments) - Random harnesses generation software development

-Developed innovative software algorithms for "interferences calculations on vehicle harnesses that do not involve the character of the transmission lines theory" to enhance the accuracy of the currently used calculation methods and reduce product costs by reducing its launch time, especially in automotive industry. These algorithms are validated using either other commercial software or measurements.

Practical works and tutorial classes in Electromagnetic Compatibility, Radar and Sonar Systems, Antennas and Microwave Systems, Analogue Electronics, Measurements in Anechoic Chamber.

-Developed analytical calculations and numerical algorithms to predict the radiation resistance of simple antennas in free space or above a PEC ground. -Wrote a scientific report summarizing the work performed.

-Realized experiments on confined granular flow. -Numerical modeling of the confined granular flow. -Wrote a scientific report summarizing the work performed and defended it.

-Developed an algorithm for "GPS phase-based positioning" by resolving the GPS equations and implementing the solution in Matlab. -Wrote a scientific report summarizing the work performed and defended it.

-Made a time-temperature display circuit, studied and simulated it using workbench, from the sensor to the display screen. -Wrote a scientific report summarizing the work performed and defended it.

Developed innovative software algorithms for "interferences calculations on vehicle harnesses that do not involve the character of the transmission lines theory"