Engineering a specialized mobile robot for human skin traversal. This complete hardware-software cycle bridges theoretical research with physical application by integrating:

AI visualisation of original idea, current state not yet disclosed.

• User-Centric Prototyping: Iterative mechanical design adapted specifically to human physiological constraints.

• Custom Electronics: Miniaturized PCB design developed to manage complex sensing and actuation.

• System Integration: Seamless communication between Micro-Sensors and higher-level Cyber-Physical Systems.

Master Thesis: Skin-Traversing Robotic System | TUM × KTH

Digitalization & Process Optimization | Kirinus Health GmbH

Transforming internal accounting workflows through targeted digitalization. This system-level optimization replaced legacy manual methods with a leaner framework, integrating:

• Workflow Automation: Streamlining administrative processes to significantly accelerate operational speed.

• Systemic Accuracy: Implementing digital verification to eliminate human error and ensure strict data correctness.

Manufacturing System Design | BMW Group

Optimizing large-scale automotive production through a strategic cooperation with the Fraunhofer Research Society. This initiative developed core expertise in manufacturing system design by bridging research with industrial application:

• System Analysis: Evaluating the complete manufacturing lifecycle to map both environmental impacts and structural efficiencies.

• Process Integration: Embedding stage-specific sustainability measures directly into active production workflows.

B.Sc. Mechanical Engineering | TUM

A rigorous foundation in classical engineering principles, combining academic theory with practical application through eight months of industry internships and a six-month international exchange. Core technical competencies include:

• Mechanics & Materials: Thermodynamics, Fluid Mechanics, and Structural Analysis.

• Computational Engineering: CAD, MATLAB/Simulink, and digital system simulations.

• Control & Robotics: Control Technology and foundational robotics architecture.

Complementing computational engineering and electronics design with hands-on fabrication, including the manufacturing of carbon fiber composites.

Mechanical Production | AUDI AG

Supporting automotive manufacturing at the Neckarsulm plant through the hands-on application of core fabrication methods. This foundational experience focused on the physical realities of vehicle production:

• Manufacturing Techniques: Executing essential subtractive manufacturing and assembly processes, specifically milling, turning, and welding.

• Production Systems: Navigating the active manufacturing system to understand the holistic transition from raw components to final vehicle assembly.