Sinan Doğusan

Focused on the numerical modeling of biological tissues and microorganisms for medical diagnostics and therapy. Investigated electromagnetic exposure and micro-dosimetry in the mmWave and sub-THz ranges, with emphasis on 6G-related frequencies. Developed age-, gender-, and ethnicity-specific skin models to analyze EM wave absorption, penetration depth, and bioelectromagnetic interactions for healthcare and wireless innovations.

Designed and analyzed low-cost, ultra-flat antennas using optimization tools and numerical methods. Developed an automated genetic algorithm–based design flow integrated with the Method of Moments for high-gain and matched structures. Performed far-field antenna measurements with VNA and anechoic chambers to validate simulations. Collaborated with lab teams to refine and verify simulation-driven prototypes.

Supported the automation team on the refrigerator production line by assisting in machine development planning and Omron PLC programming. Participated in commissioning procedures for servo motors and drives. Contributed to the testing and validation of electromechanical systems, ensuring reliable operation and integration within the production environment.