My journey into the fascinating world of RF and Microstrip patch Antenna began during my bachelor's studies. It was during this time that my passion for this field truly ignited. By the end of my bachelor's degree, I had published seven research papers, and I was honored to receive second place in the Dean's Award for my thesis, as well as received summa cum laude for my academic performance.

Realizing that RF technology is not widely practiced in my home country, I decided to pursue my master's abroad. Munich, a city rich in opportunities for RF education and future prospects, became my destination. This led me to join the Technical University of Munich (TUM) as a master's student in Communication Engineering, focusing on RF and HF courses.

At TUM, I delved deeper into RF technology through various courses and embarked on my professional journey as a working student at the RF Component Verification Lab at Infineon Technologies. Over two years, I gained extensive experience in RF and DC measurements of LNA (S-Parameter, NF, IIP3, switching time, etc.), impedance matching, characterization, debugging the measurement bench, and result analysis. During this time, I learned to use various RF measurement instruments such as VNA, signal and spectrum analyzers, oscilloscopes, and power meters.

Subsequently, I joined the Antenna Tuner team at the same lab for my internship and master's thesis. Here, I developed an Active Load Pull Measurement Bench to characterize RF switch devices and a Hybrid Load & Source Pull Measurement Bench to characterize GaN-based RF power devices. I not only developed these benches but also automated them using MATLAB, wrote scripts in Python for data processing, and analyzed them using TIBCO Spotfire. After that, I worked on RF matrix board PCB design using ASD as a working student.

As a person, I am a quick learner and problem solver, adept at navigating new challenges swiftly. I thrive in difficult situations, adapt quickly, and am both a team player and an individual contributor. My curiosity drives me to explore new places and meet new people, and my travels have taken me to over 17 countries.

 I approach problem-solving with a seven-step method:

• Define

• Analyze

• Develop

• Evaluate

• Implement

• Measure

• Conclude

This structured approach helps me tackle any problem, be it professional or personal. It was instrumental in the completion of my thesis. And that, in essence, is who I am.