> initializing cipher :: AES-256 ................... OK
> handshake :: anthropic.node.ms-0624 ....... OK
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Architect of intelligent systems — where language models meet silicon, and data becomes deployable signal. Research published across three disciplines. Builder of what comes next.
I build intelligent systems that operate across the seam between software and hardware — from language-model orchestration layers to the millisecond-latency firmware running inside surgical instruments.
My practice spans three theatres: production AI deployments for enterprise clients across Egypt and the Gulf; embedded research at the intersection of robotics, precision agriculture, and medical devices; and the quieter craft of shipping software that actually feels considered.
Three peer-reviewed publications in MDPI journals cover dental motion analytics, multimodal deception detection, and thermal-imaging agriculture. In parallel, I operate Salient AI — a studio delivering computer vision, enterprise AI agents, and automation infrastructure for clients who need something built correctly the first time.
Delivering AI automation, computer vision, and enterprise agents across three markets. Builds include full-stack RAG platforms, n8n-based lead pipelines, Google Maps scraping infrastructure with SerpAPI and rule-based classification, and conversational commerce deployments in Saudi Arabic dialect.
Led hardware and AI integration for 50+ robotics students across competition teams. Designed enterprise-grade RAG knowledge systems, GenAI-powered assistants with semantic search, and scalable data pipelines under formal governance frameworks. Served as Technical Judge at RoboCup Egypt 2024.
Engineered voice-controlled systems with speech recognition and NLU for mission-critical autonomous operation. Implemented real-time dialogue management, intent recognition, entity extraction, SLAM-based navigation, sensor fusion, and computer-vision target tracking for autonomous UAV platforms.
Designed conversational diagnostics and predictive maintenance dashboards for automotive telemetry. Built anomaly-detection models forecasting component failure, customer segmentation pipelines, and vehicle control systems integrating sensor arrays for real-time monitoring.
Architected knowledge management systems for the International Collegiate Programming Contest 46th & 47th Editions. Developed data pipelines, visual reports, and governance standards ensuring analytical reproducibility across technical documentation, judging systems, and contestant support protocols.
Developed transformer-based models for agricultural applications with statistical validation. Built question-answering systems leveraging ML architectures; performed feature engineering, cross-validation, and hyperparameter optimization on sensor datasets. Collaborated on computer vision research.
Engagements considered for research collaboration, enterprise AI deployment, embedded systems, and computer vision. Response latency: under 24 hours, Cairo time.