Sidrah Lari

Department: Advanced Driver Assistance System -Definition and validation of Radar sensor - Model based development and verification of radar sensor with MATLAB/Simulink - Function development, data analysis and testing -Simulation of real world environment on ANSYS (HFSS & SBR+ solver) - Simulink model code generation of Radar simulation for XiL(HiL, SiL, MiL) framework MESSINA-XiL (internal softwae) -Validation of an analysis tool for Radom RF measurements using ANSYS (numerical EM simulation)

Department: ADAS Topic: Adaption of FMCW Automotive Radar signal processing in HiL Testing -Simulation, generation and extraction of the radar environment (raw data) from ANSYS (HFSS & SBR+ solver) to MATLAB for the preprocessing of Radar signals -Investigation of the effects of antenna spacing and their number to the Radar detection list -Raw data extraction from the MATLAB based Radar simulations -Validation of the simulations with the results based on real measurements

Master Project: Validation of influences on the sensor properties of crashable vehicle targets in the area of integral safety functions -Investigation of the faulty target assemblies of the certified Euro NCAP Global Vehicle Target (Bmw) and their influence on the radar messurements

Core area: Vehicle Electronics Field of study: E/E architecture, Sensors, Actuators, Automotive Bus system and Power supply in vehicles Elective course: Automotive Radar Systems

Field of study: Electrical Machines, Control engineering, Programming languages, Circuit theory, Power supply and energy distribution, Power electronics, Microcontrollers Bachelor Thesis: Mission Planner for Autonomous Flying Objects