- Selected as a formal peer tutor for university-level math and engineering courses, supporting students through one-on-one sessions. - Coordinate with students and faculty through professional email and messaging channels, balancing exam-preparation timelines for students.

- Built a full-stack decentralized streaming platform (React, Node.js, MongoDB, Solidity, IPFS, MetaMask) supporting NFT-based subscription tiers. - Designed and deployed ERC-721 smart contracts on the Sepolia Testnet; executed end-to-end transaction testing and resolved on-chain deployment failures. - Built an AI Content Generation & Moderation Suite integrating GPT-2, Stable Diffusion, and Toxic-BERT behind a Gradio dashboard, improving a previously manual moderation workflow.

- Designed and built a fully offline retrieval-augmented generation (RAG) system (React 19 + Vite frontend, Python FastAPI backend, Ollama runtime) over a curated 136-station UAE EV charging dataset from the Open Charge Map API — zero cloud API calls, all inference on-device on an NVIDIA RTX 4070. - Implemented a word-boundary regex semantic query parser (6-dimension filters: speed, operator, connector type, power, city, exclusion) with Haversine geolocation for nearest-charger retrieval. - Designed a two-phase anti-hallucination pipeline (intent parsing → backend execution → grounded narration), eliminating hard hallucinations across all 80 evaluation runs. - Benchmarked Llama 3, Mistral 7B, Gemma 7B, and Phi-3 — Llama 3 best overall: 93.3% retrieval accuracy, 87.6% reasoning, 97.5% tool use at 5.9 s latency.

- Led the design and development of a grid-based game pitting a human player against an AI agent across resource-collection objectives, with paired gem mechanics and per-agent collection logic. - Implemented and tuned A* (with admissible heuristic and corrected cost function) and BFS pathfinding for the AI agent over a structured state space. - Authored the technical LaTeX report covering algorithm analysis, evaluation methodology, and an ethics chapter on AI competitive systems.

- Conceived and architected a peer-to-peer EV charging marketplace: React + Node.js + MongoDB stack with an Ethereum Solidity escrow contract enabling trustless session payments between strangers. - Engineered an ESP32-based hardware controller that monitors live charge sessions and synchronizes WebSocket events with on-chain smart contract state, closing the loop between physical hardware and the blockchain. - Implemented the full Solidity escrow lifecycle (deposit → release → withdraw), validated on the Sepolia Ethereum Testnet. - Authored an IEEE-style senior capstone Final Report covering system architecture, blockchain design, hardware schematics, and security analysis; pitched at AEIC.

CGPA: 3.63/4.0 - Sheikh Mohammed Bin Rashid Scholarship - 100% tuition (highly competitive UAE merit award). - Dean's Honor List - Spring 2023, Spring 2025. - Relevant coursework: Senior Capstone Project, AI & Machine Learning, Embedded Systems, Data Structures & Algorithms, Computer Networks, Software Engineering.

Spring 2025

Spring 2023

100% tuition (highly competitive UAE merit award).

(high school graduating class).