Ahmed Fouad — AI-Accelerated Engineering

Using AI to accelerate hardware development — in robotics and RF.

I build real-time robotics and RF systems, and I use AI agents driving trusted engineering toolchains — MATLAB, RF Toolbox, Simulink, HDL Coder, ROS — to compress the path from written specification to validated hardware. Work that once took large teams years, delivered in weeks, with an expert in the loop at every stage. Explore the projects below.

View ProjectsAbout Me
Robotics · RF
Domains
3
Projects
AI-driven
Workflow
Weeks
Spec → Hardware

Work

Projects

Real-time robotics and RF systems, each built by pairing hands-on engineering with AI-accelerated design — from spec to validated hardware.

Autonomous Racing RobotLive
Robotics · Autonomy

Autonomous Racing Robot

A fully self-built autonomous racing car: stereo visual SLAM (ORB-SLAM3 / RTAB-Map), multi-sensor EKF fusion, real-time path planning, and Ackermann steering control — all running on commodity edge hardware.

SLAMSensor FusionROSPath Planning
View project →
Spec-to-Hardware RF ReceiverLive
RF · Signal Processing

Spec-to-Hardware RF Receiver

A direct-sampling receiver chain for a 6-channel frequency-hopping CPFSK system — real measured-S-parameter RF front end, digital down-converter, decode kernel, fixed-point core, and HDL verified bit-exact in ModelSim. 66/66 frames CRC-valid through barrage jamming and ±5% timing.

RFFPGA / HDLDSPMATLAB
View project →
Golden Dome Data LinkLive
Communications · DSP

Golden Dome Data Link

A unified data link that receives many waveform families through one processing architecture. Article 1 covers the principles and the transmitter simulation — six modulations across L/S/C/X, frequency hopping, per-family framing, realistic impairments, and barrage jamming.

Data LinkAnti-JamDSPMATLAB
View project →

Get In Touch

Contact

Interested in collaboration, research, or just talking robotics? Reach out directly.

fouad@fouadrobotics.com