B.S.E., Electrical Engineering
Honors: College of Engineering Honors Program; Dean’s Honor List Fall 2025
Relevant Coursework: EECS 215 (Introduction to Electronic Circuits), EECS 270 (Introduction to Logic Design), EECS 200 (Electrical Engineering Systems Design), Physics 240/241 (Electricity & Magnetism)
International Program in Engineering, Electrical Engineering
Selected for academic exchange through University of Michigan IPE
Relevant Coursework: EECS 280 (Programming and Introductory Data Structures), Positive Psychology, and Calculus III
Engineering & Technology Summer Program
Earned an A* (90/100), ranking in the top 5% of 4,000 students
Focus: Civil, Mechanical, Structural, and Electrical Engineering
Graduated with the French General Baccalauréat, High Honours
Focus: Expert Math, Physics, Chemistry, Computer Science
Achievement: Special Jury Recognition, National Math Olympiad (Top 1% nationally)
• Selected for a first-author oral presentation at the Health Physics Society Annual Meeting 2026.
• Leading development of a 2.5 kg hybrid VTOL UAV with modular payload architecture for autonomous radiation mapping.
• Designed custom avionics architecture, power architecture, and embedded software stack with UART onboard communication and SiK radio telemetry; engineered composite aerostructures with redundant control surfaces.
• Led hardware and embedded Linux development for an EdTech device using Python, Buildroot, and LLM APIs.
• Designed 8+ hardware prototypes with precision motion control and calibration algorithms for handwriting replication.
• Secured a $50K investment offer, delivered an investor-ready prototype, and initiated a hardware patent process.
• Designed an AI chatbot to support ATM users, reducing service traffic by 50%.
• Built a responsive UI using Flask and React Native, integrating OpenAI APIs for intelligent responses.
• Participated in engineering shadowing across multiple teams, observing technical workflows, system ownership, and large-scale enterprise operations.
• Engaged to discussions on organizational processes, decision-making flows, and cross-team coordination within a complex engineering environment.
• Delivered an interactive seminar introducing over 50 youth to AI concepts.
• Achieved a 79% improvement in participant performance based on pre- and post-session assessments.
• Built an MVP news app with React and Node.js, implementing a custom recommendation algorithm and intuitive UI
• Significantly improved user awareness of industry trends during pilot testing.
• Built a BLE-based controller for IKEA Idasen desks with sub-2 ms response time.
• Implemented WebSocket status updates and systemd-based boot automation on embedded Linux.
• Engineered a custom 1500 W liquid-cooling platform with optimized power profiles, firmware tuning, kernel monitoring agents, and real-time telemetry.
• Designed a triple-radiator liquid-cooling system with CNC-machined water blocks, reducing peak temperatures by 13 K and acoustic output by 10 dB.
Produced media for charity campaigns, helping raise $20K and support meal distribution for 900 families.
Led a 15-member journalism district; directed video production for 40 projects; trained members; increased audience reach by 8.75x via data-driven strategy.
Organized Ramadan food distribution, providing meals for 90 families, and coordinated volunteer operations.
Won 2nd place in regional debate tournament; recognized for strong rebuttal strategies and evidence-based arguments.
Python, JavaScript, C/Assembler, Flask, React Native, WebRTC, Buildroot
Raspberry Pi, BLE Protocols, GPIO Integration, Circuit Prototyping
CAD (Fusion 360), 3D Printing, Thermodynamic & Aerodynamic Modeling
AES-256/RSA Encryption, P2P Architectures, WebSocket Communication
Git, Linux Environments, Adobe Suite (Premiere Pro, After Effects, XD)
English (Fluent, C1/C2), French (Native), Arabic (Native), Spanish (Intermediate, A2/B1)
Research platform for autonomous radiation mapping featuring a custom avionics architecture, embedded software stack, modular payload system, and hybrid VTOL airframe. Designed for reliable vertical takeoff, efficient fixed-wing cruise, and field-deployable scientific missions.
Developed an EdTech device on a custom embedded Linux stack using Python, Buildroot, and LLM APIs. Designed precision motion-control and calibration systems for handwriting replication across 8+ hardware prototypes.
Local Raspberry Pi touchscreen app that drives the IKEA Idasen over BLE with real-time height streaming, robust connection states, and kiosk boot.
Engineered a custom 1500 W liquid-cooling platform with firmware tuning, kernel monitoring agents, and real-time telemetry. Designed a triple-radiator cooling system reducing peak temperatures by 13 K and acoustic output by 10 dB.
I’m an Electrical Engineering student at the University of Michigan passionate about embedded systems, intelligent hardware, and high-performance engineering. I enjoy designing systems that combine electronics, software, and mechanical design to solve practical, real-world problems.
My projects range from autonomous UAVs and embedded Linux devices to custom thermal systems, secure networking platforms, and AI-integrated hardware. I enjoy taking ideas from concept to prototype while balancing performance, reliability, and system-level design.
My long-term interests lie in semiconductors, embedded systems, autonomous systems, and human-centered technologies. I’m particularly interested in developing high-performance, mission-critical systems that improve the way people interact with and benefit from technology.