Electronics & Communication Engineer
Tufan Layek
Research-driven engineer working at the intersection of RF sensing, embedded systems, signal processing, and real-time intelligent systems.
Research-driven engineer working at the intersection of RF sensing, embedded systems, signal processing, and real-time intelligent systems.
I approach engineering as a system-level problem, not isolated blocks. My work emphasizes end-to-end thinking — from electromagnetic wave interaction with matter to real-time signal detection and decision-making under computational constraints.
I am particularly interested in RF-based sensing, ground surveillance radar, and embedded intelligence where physics, algorithms, and hardware converge.
Hyperloopin | 2025
Designed embedded subsystems involving BMS, power electronics, LoRa/Wi-Fi communication, and PCB-level integration for Hyperloop prototypes.
Embedded firmware, sensor fusion, communication protocols, PCB design, and actuator control.
2.4 GHz wearable antenna with HFSS optimization and FEM-based near-field analysis.
PWM-controlled three-phase inverter enabling frequency-torque regulation under dynamic load conditions.
YOLOv8-based detection pipeline with OCR and TTS delivering spatially aware audio feedback at 30 FPS.
View or download my complete academic and technical resume below.