Multi-hop question answering requires chaining evidence across several documents, a setting in which naive RAG frequently fails because it retrieves once and never verifies whether the retrieved context supports an answer. SHARP-RAG addresses this with a four-agent LangGraph pipeline: a Planner, Retriever, Critic, and Synthesizer cooperate in a cyclic stateful graph where the Critic emits a structured JSON verdict that gates answer generation and drives targeted re-retrieval. Evaluated on 20 HotpotQA fullwiki questions, the work's central finding is that critique model calibration determines whether the self-correction loop helps or hurts, more than the architecture itself.
System
EM
F1
Latency
Naive RAG
25.0%
29.5%
18.0s
Planning Baseline
25.0%
28.1%
24.8s
SHARP-RAG v2
15.0%
15.8%
57.2s
Core finding: critique model calibration, not architecture, determines whether self-correction helps or hurts performance.
CrashLens: Smart Crash Detection and Emergency Response via IoT and Artificial Intelligence
E. Alghazal, G. Khayat, W. Ishak, B. Farhat, M. Allaw · Advised by Dr. C. Boustany, AUST
CrashLens is an edge AI pipeline for automatic vehicle crash detection and emergency dispatch. A Raspberry Pi 5 equipped with IMU, GPS, camera, and a 4G module performs sensor fusion and YOLO inference in real time at the edge. On crash detection, the device packages video, location, and sensor data and routes it via 4G to role-based dashboards for drivers, first responders, and insurance providers, with sub-30-second end-to-end latency. The system includes license plate extraction, an analytics pipeline, and companion mobile applications.
Dialect Is Not Error: Auditing Prestige Bias in LLM-as-a-Judge Systems Under Arabic Diglossia
with William Ishak & Charbel Boustany
⌐ DETAILS SEALED until release
IN PROGRESS
JudgeLens
⌐ DETAILS SEALED until release
Experience
Co-Founder & Lead Engineer, KGH Solutions
Architected and deployed CrashLens, a production IoT and AI crash detection ecosystem routing evidence to insurance providers and emergency services with sub-30-second latency. Designed multi-agent AI architecture for enterprise consulting clients. Live at crashlens.org.
Backend Development Intern, SmartCode SAL
Built production Spring Boot REST APIs with DTO mapping and layered service architecture. Integrated SOAP third-party providers via custom JAXB mapping. Ran Apache JMeter load tests to 2,000 concurrent users with a 0.20% error rate over a two-hour endurance run.
Education
B.S. Computer Science, AUST · Zahle, Lebanon
High DistinctionGPA 3.80+Data Science Emphasis 4.00 / 4.00Distinguished List × 5Honor's List × 1TOEFL iBT 99 / 120CCNA Switching, Routing & Wireless
I build systems that have to work. Edge devices, AI pipelines, production backends. And I research why they sometimes don't.
I'm a software engineer and independent AI researcher from Zahle, Lebanon, with a B.S. in Computer Science from AUST (High Distinction, 2026). My work spans IoT hardware, agentic AI pipelines, and backend systems. I co-founded KGH Solutions, deployed CrashLens to production, and published independent research on self-correcting retrieval systems, all while finishing my degree. I'm looking for engineering roles where the problems have real stakes, or graduate programs where I can push further on agentic AI and retrieval systems. I care about depth over polish: understanding failure modes, not just shipping features.
TOEFL iBT 99 / 120
English C2 · Arabic Native · French B2
2 papers · 5 deployed projects · 1 startup
Contact
Open to engineering roles, research collaborations, and graduate study discussions.