Aditya Agnihotri

Thesis topic: Development and Investigation of a modular vertical dynamics control strategy under consideration of Lateral and Longitudinal vehicle dynamics controllers and active chain in a vehicle motion controller architecture.

Development of Control functions for Fuel Cell Systems • Development of a MATLAB dashboard for automated measurement data analysis of BMW's 3rd generation fuel cell vehicles • Automation of analysis of various parameters related to driving performance, hydrogen consumption, operation modes in accordance with the requirements defined for "Software Acceptance Testing" (SWAT)

Internship in the area of Competitive Analysis of Energy consumption and Driving Performance of EVs in Early Phase. Tasks: • Preparation, implementation and evaluation of energy consumption measurements of BEVs on roller test bench & road • Analysis of test results for electric vehicles and evaluation in terms of driving resistance as well as drivetrain efficiency using MATLAB GUI • Competitive analysis of energy consumption results of electric vehicles in accordance with international test procedures

Commercial Vehicle Technology is an interdisciplinary course which integrates essential aspects of Mechanical, Electrical, and Computer Engineering, with a focus on systems-level vehicle understanding and multidisciplinary design of vehicle systems.