The configuration of electric drive systems within mechatronic systems presents a challenging engineering task due to the wide variety of options, complex physical relationships, and heavy reliance on domain-specific and experiential knowledge. In industrial practice, this knowledge is often only implicitly available, difficult to access, and only limitedly scalable.

In my research, I address these challenges by developing a knowledge-based agent-driven assistance system that integrates natural language, formalized knowledge models (e.g., ontologies), and multi-physics-based simulations. The goal is to make engineering processes more transparent, traceable, consistent, and efficient, as well as to systematically structure and make expert knowledge available.

A particular focus is on the integration of modern AI methods, domain-specific knowledge, and model-based validation to enable well-founded and verifiable decisions in early phases throughout the entire system design process.

01.08.2024 - today
Research assistant at the Chair of Networkedsafe automation technology (VSA) at the at the Institute for Regulation and Control Systems (IRS)
with Prof. Dr.-Ing. Mike Barth at the Karlsruhe Institute of Technology

10.2022 - 07.2024
HiWi at the Fraunhofer IFAM (Stade)
Drive controller design of industrial robots with hybrid drive concept (combination of geared servo motor and direct motor)

2020 - 2024
Master's degree (M.Sc.) in Theoretical Mechanical Engineering at the TUHH

• Specialization "Robotics and Computer Science"
• Master's thesis on "System identification, simulation and interference-suppressing controller design of an industrial robot with hybrid drive"

2020 - 2022
HiWi and tutor at the Institute of Mechanics and Marine Technology (MuM, TUHH)

• HiWi: Simulative and experimental impact analysis
• Tutor: Mechanics courses

10.2021 - 03.2022
Internship at Trumpf Werkzeugmaschinen (Ditzingen)
Collaboration in the area of "Model Based Design"

04.2020 - 09.2020
Internship at BMW (Munich)
On-board diagnostics of gasoline engines

05.2019 - 07.2019
Research internship at the University of New Brunswick (Fredericton, NB, Canada),

• "RISE worldwide" internship (DAAD funded)
• Prototype design of a parallel rope robot

2016 - 2020
Bachelor's degree (B.Sc.) in Mechanical Engineering at the Hamburg University of Technology (TUHH)
Bachelor thesis on the topic "Sensitivity analysis of impacts of hybrid contact partners"