ZEYAD E.

I’m a Nanoelectronics Engineer with a multidisciplinary background spanning Photonics, Mixed-Signal and Analog Design, Digital Systems, and Computational Simulation. My work combines physics, mathematics, and engineering design to create accurate, efficient, and physically grounded solutions from optical simulations to hardware prototypes and system-level modeling. I approach every project with both analytical rigor and creative design sense, ensuring that each model, circuit, or simulation behaves as intended in real-world conditions. Whether it’s simulating how light refracts through crystal, optimizing a mixed-signal system, or implementing algorithms on FPGA or embedded hardware. I deliver precise, verifiable, and fabrication-ready results. Core Skills ✔ Modeling & Simulation - Light–matter interaction, refraction, and dispersion modeling - MATLAB/Simulink and Python for physical and system simulations - FPGA/ASIC verification and numerical optimization ✔ Photonics & Optical Systems - Optical path and sunlight behavior simulation through transparent materials - Integration of optical and electronic design principles - Photonic sensors and optoelectronic interfacing ✔ Mixed-Signal & Analog Design - Design and simulation of analog/mixed-signal circuits - Signal conditioning, ADC/DAC interfacing, and sensor front-ends - PCB design and hardware validation ✔ Digital & DSP Systems - FPGA/ASIC-based DSP cores (FIR, FFT, adaptive filters) - Embedded systems and firmware (STM32, ESP32, ARM) - Real-time data processing and system integration