-Development and analysis of radar signal processing algorithms for automotive radar applications.

- I implemented an interface to adapt new features for the xHE-AAC audio codec standard using C language. -I coded testing scripts to test functionalities of the xHE-AAC audio codec using Cmake, Ctest and UnitTests.

-Implemented and tested three multichannel dereverberation techniques using MATLAB scripts and Simulink, enhancing speech quality for the company's hearing aids.-I summarized the findings in a 70-page report using LaTeX and created an explanatory video.

Research internship in the Signal Processing department. Implementing statistical models for speech enhancement in hearing aids scenarios

-Counseling to international undergraduates students and professionals regarding Digital Signal Processing and Digital Image Processing topics -Performing educational videos-Teaching Matlab skills

- I developed the ImageAnalyser GUI software to assess the output of various image coding algorithms using Python, PySide, and Qt.-This GUI simplifies research at the Chair of Multimedia Communications and Signal Processing (LMS) by enabling simultaneous local evaluations of similarities between multiple images.

• I taught (lectures and laboratories) Digital Signal Processing and Digital Image and Video Processing to more than 90 undergraduate students, main software MATLAB and Python.• I coached and supervised a total of 5 successful Bachelor's Theses in the fields of signals and image processing, all of which achieved a 1.0 GPA (the highest grade). One of these students was awarded a PhD scholarship, continuing research on the same bachelor's thesis topic.• I organized the annual scientific student event at the telecommunications department, resulting in a 20% increase in student participation. One of the students I mentored achieved recognition at the national competition, receiving the highest award.

• I researched and implemented computer vision algorithms for detecting objects in baggage X-ray images using Machine Learning techniques and MATLAB. The results not only led to a 50% increase in salary during the project period but also resulted in the publication of two scientific papers.

I led and inspired a team of four graduate engineers (without a salary) united by our vision to establish a startup focused on developing Electronic Control Units (ECUs) for MZ motorcycles. In this entrepreneurial endeavor, my primary responsibilities encompassed securing funding, spearheading embedded programming using C, and formulating the foundational concept for our startup.