Title: Development of a Topology-Independent Control Algorithm of DC-DC ConvertersMotivation: The control design of power electronic converters lacks in automation.Content: Development of a mathematical description and graph representation for power electronic control methods. Implementation of a reinforcement learning based algorithm in Python and validation in PLECS. Algorithm performance analysis and improvements.

Full stack software development for a machine learning algorithm. Setting up a backend using MongoDB and Python as well as designing a desktop app GUI using the Qt Framework for the frontend. Increasing the code quality and software development standards by use of continuous integration and Docker Containers.

Erasmus+ Exchange.Courses: Electrical Machines; Generation, Transmission and Distribution of Electrical Energy; Sustainable Development and Energy, Spanish Course

Co-development of an artificial intelligence for the design of power electronic components in Python. Modeling of electrical components, development of test scenarios and runtime optimizations.

Internship in the system development team of the electric drive train. Maintaining and improving the MATLAB simulation environment. Validation on the test bench. Deep diving into new developments such as: Alternatives for temperature sensors in electrical machines, Gate-Shaping for SiC MOSFETs, machine learning approaches for life time expectancy prediction.

Erasmus+ Exchange.Courses: Negotiation Techniques, The Art of Public Speaking, International Economics, Entrepreneurship Training.

Tutor at MedIT (Institute for Medical Information Technology).Teaching the subject: Systemtheorie 1 (Basics of Control Engineering) to Groups of 10 studentsas well as supervising the Exam.

Title: Analysis of the Real-Time Capability of a Multi-Frequency Approach for the Simulation of DC-DC Converters.Motivation: The city of Aachen plans to build a charging infrastructure for electric cars.Content: Development of a simulation program for DC-DC converters. Implementation for verification in Matlab. Comparison with corresponding converter model from simulation software Plecs. Final implementation for real-time capability testing in C. Tests were done using the HiL Platform "Plecs Rt-Box".Grade: 1.3

Tutor at ISEA (Institute for Power Electronics and Electrical Drives).Teaching the subject: Fundamentals of Electrical Engineering 2 (Modellingand Analysis of Electrical Components and Circuits) to Groups of 20 studentsas well as correcting midterms.

Holiday worker in the Axle Painting at Daimler AG

Holiday worker in the Press Shop at Daimler AG