Rami Amer

I have a Master’s degree in Aerospace Engineering, and I also have hands-on experience in control systems, simulation, flight dynamics, and UAV development. Honestly, I am looking forward to helping with technical expertise and a pretty solid problem-solving mindset in those innovative engineering projects.

Throughout my academic and professional path, I built a solid background in mathematical modeling, control engineering, and broader aerospace systems. My master’s research at the Warsaw University of Technology was about flight-test data analysis of the Bolkow BO-105 helicopter. There, I developed mathematical models in order to identify aerodynamic derivatives. It really sharpened my analytical thinking, and it deepened how I understand flight dynamics, system identification, and aircraft performance.

Most recently, I worked as a doctoral researcher at the Institute of Fundamental Technological Research (IPPT PAN). In that position I created control algorithms for automated systems by combining control theory, robotics, and machine learning. My duties included designing data acquisition systems, processing flight-test data using MATLAB and Python, calibrating onboard sensors, and verifying control algorithms on real UAV platforms with ArduPilot and Mission Planner. This role helped me connect theory to practice, and it made turning abstract ideas into dependable engineering solutions much more natural for me.

In previous engineering projects, I sort of designed mathematical models and built control architectures for quadcopters and also for fixed-wing UAVs. Then I implemented PID and LQR controllers in MATLAB/Simulink. After that, I did CFD analyses using ANSYS Fluent to get better aerodynamic performance. Honestly, those experiences gave me real, hands-on understanding of simulation, optimization, and this kind of multidisciplinary engineering design and also reminded me how important it is to collaborate when you want a technical project to actually work out.

On top of the technical side, I really like working in multicultural environments and teaming up with people from different disciplines. I studied and worked in Turkey, Poland, and Spain, so I developed good adaptability, communication, and a strong sense of teamwork. I am fluent in Arabic, I am quite proficient in Turkish and English, and I am currently improving my Spanish, so I can function effectively in international contexts too.

I am pretty motivated by openings where I get to wrestle with tricky engineering problems, build fresh technologies, and help on work that really lands in the real world. Whether the role is in aerospace, robotics, automation, simulation, or more “systems engineering” type efforts, I stay focused on continuous learning and on delivering solid results. I’ve worked with MATLAB, Python, Simulink, CFD, CAD, finite element methods, control systems, and data analysis, so I can add value right away and still keep growing as an engineer.