- FEM and Hardware based Model Data for SAW-Filter- Acoustic Performance Optimization for SAW Resonators and Filters- Improvement and further development of existing Tools, mainly Python based

Development Engineer at ADD AC (Advanced Development Discretes Acoustic):Improvement of acoustic properties of SAW-Filter by adaption of the resonator geometry - Layout of new resonator geometries (creating test structure reticles) - Presentation and physical evaluation of results - Experimental characterization with different analytical methods

Mathematics and Statistics

- University of Applied Sciences – Hochschule München Assistant for Mathematics to Prof. Dr. Klaus Hirth- University of Applied Sciences – Hochschule München Tutor for Electrical Engineering

Mathematical courses for University preparation

Titel: Analyzing and Optimizing Critical Probing Parameters at Semiconductor Wafer Test by using Statistical Proven Methods - Creating DOEs for the PRVX tool from Applied Precision (Probe-card analyzer) and UF200 (Prober) - Investigations of the Reproducibility of Measuring Devices - Optimization of Probing Parameters at Wafertest

Further Investigations based on the Working Field of the Project Thesis - Measurements and Evaluation of the PROFIT device - PROFIT device Documentation

Titel: Analyzing Electrical and Mechanical Contact Mechanisms in wafer test - Investigation of small Cracks with the PROFIT Device (Probe Force Investigation Tool), which can arise at Semiconductor Wafertest - Mathematical Description of the Crack Behavior and the Statistical Forecasts based on the Crack Probability by Considering the Contact Resistance between Probe and Wafer Surface

Titel: Investigation of the Included and Direct Laser Ablation on Thin Film Systems consiting of Transparent 𝑆𝑖𝑂2 -films on absorbing Semiconductors or Metal Layers by using Pump-Probe Lasermicoscopy

Internship focused on the Optimization of Lasersystems