About Me
I’m Muzaffer Samed VURAL, an Electronics and Communication Engineer with an insatiable curiosity for how things work. My fascination with electronics began in childhood—dismantling broken toys and household gadgets not to fix them, but to understand their hidden symphony of circuits and components.
I hold a degree in Electronics and Communication Engineering from Suleyman Demirel University, enriched by an Erasmus+ exchange at the Lodz University of Technology in Poland. As a native Turkish speaker, proficient in English and conversational in Polish, I thrive in diverse international environments.
My journey into the world of engineering took shape in high school, where I participated in TÜBİTAK 4006, a science fair program by Turkey’s Scientific and Technological Research Council. Around the same time, I volunteered at a defense company in Ankara, proudly presenting one of their innovations at the 14th International ODTÜ Robot Days competition.
In 2017, I achieved first place with my unmanned robot project in the freestyle category of The Game of Robots II: Lightning Races at Ankara Yıldırım Beyazıt University.
Innovation and sustainability drive my work. In 2022, I participated as a delegate in the 12th Transport and Communication Council, organized by Turkey’s Ministry of Transport and Infrastructure. My team won first place in the Zero Emission-themed ideathon, receiving the award from Minister Adil Karaismailoğlu and Vice President Fuat Oktay.
Beyond competitions, I contribute to research and technological advancement. My study, “Design and Application of IoT-Based Weather Station for High Voltage Laboratories,” was published in the Journal of Engineering Sciences and Design (2023). My professional experience includes a long-term engineering internship at AGH University in Poland, where I worked with Python and MATLAB on signal processing and ECG signal classification. Our findings were presented at the 2023 Health Tech Innovation Conference in Zabrze, Poland.
Beyond my academic and professional experience, I own and operate a personal electronics laboratory that has become a cornerstone of my career development. Here, I work on diverse projects spanning both software and hardware implementations—from developing sophisticated software solutions to repairing electronic circuit boards, mobile phones, automobiles, and household appliances. This hands-on environment has refined my troubleshooting abilities and precision repair techniques while deepening my understanding of hardware-software interaction. My expertise extends to SMD-THT soldering, PLC controllers, and integrating modern technologies into practical applications.
Fueled by an endless drive to explore, innovate, and push the boundaries of technology, I continue to seek new challenges in electronics, robotics, and communication systems.
