Who I Am

Dr. Ramy Rady is a Hardware Engineer at Apple, specializing in RF integrated circuit design, silicon photonics, microwave photonics, and AI control systems for next-generation hardware platforms. With a PhD in Electrical Engineering (Texas A&M, April 2024), Ramy brings deep expertise in designing high-performance electronic and photonic systems, including GenAI-assisted engineering, that power advanced communication and computing technologies.

Journey from Research to Industry

Ramy's career spans cutting-edge research and industry innovation. During his PhD, he developed AI control systems and GenAI-assisted engineering methods for silicon photonic filters, achieving up to 10× faster tuning speeds and >40dB jammer rejection. His work bridged the gap between theoretical research and practical hardware implementation, resulting in 8+ peer-reviewed publications in top-tier journals and conferences.

Before joining Apple, Ramy contributed to breakthrough hardware projects at Meta Reality Labs (AR/VR photonic drivers), Qualcomm (5G RF ICs), and Fraunhofer Institute (high-speed optical receivers, microwave photonics). These experiences shaped his ability to design complex hardware systems that meet demanding performance, power, and reliability requirements.

Technical Expertise

RF IC Design

mm-wave receivers, ultra-low-power transmitters, 5G/6G communication systems, CMOS circuit design for high-speed applications, and IC tape-outs

Silicon Photonics & Microwave Photonics

Photonic filters, hybrid electronic-photonic architectures, microwave photonic systems, optical receivers, laser and MEMS drivers, and system integration

AI Control Systems & GenAI-assisted Engineering

AI control systems, GenAI-assisted engineering, adaptive control, real-time tuning algorithms, reinforcement learning for circuits, and automatic calibration systems

High-Speed Systems

100+ Gb/s data links, wideband communication platforms, ultra-low-latency processing, and high-bandwidth architectures

Impact & Mission

Ramy is driven by the mission to push the boundaries of what's possible in hardware engineering. His work enables faster communication, lower power consumption, and smarter adaptive systems that transform how we interact with technology. At Apple, he continues to innovate on next-generation hardware platforms that define the future of consumer electronics and professional computing.