Communications × Electronics × Embedded Systems
I’m Ali Naser, a Communications and Electronics Engineering student at Beirut Arab University building practical systems across embedded electronics, IoT, sensing, automation, and communications.
IEEEXtreme 20.0 Student Branch Ambassador × Huawei Lebanon Elite Scholars Training Program 2026
A portfolio visual language built around the way I work: input → logic → communication → action.
I’m most interested in the point where hardware stops being a circuit and starts becoming a system.
My work combines electronics, embedded programming, sensors, wireless communication, and system-level thinking. I enjoy taking an idea from breadboard logic to a working prototype that can measure, react, communicate, and be tested.
Four projects that reflect how I approach engineering: understand the requirement, build the signal path, integrate the control logic, then test the complete behavior.
Embedded + IoT + Security
A multi-layer smart-home prototype combining local embedded control with remote monitoring. The system integrates gas and fire/security alerts, keypad access, gate servo logic, fan relay control, buzzer alerts, LCD feedback, IR-based gate logic, UART communication, a Wi‑Fi dashboard, Telegram alerts, and remote status monitoring.
Assistive Technology
A non-intrusive monitoring concept designed to detect environmental triggers and child-specific distress behaviors in real time, with a caregiver-side receiver connected wirelessly through ESP‑NOW.
Robotics
Built and tested in AUST’s “Formula One” robotics environment, focusing on wiring, motor control, coding, debugging, and iterative team-based testing to improve movement response.
Analog / Digital Electronics
A microcontroller-free car lighting control circuit implementing turn-signal behavior and high/low light switching using electronic components, circuit analysis, and practical wiring.
Actual prototypes, interfaces, demonstrations, and competition evidence from two of my most complete engineering builds.
A non-intrusive real-time monitoring system built around environmental and behavioural sensing. The child-side device combines ESP32 hardware, ESP32-CAM, sound, light, and motion sensing; the caregiver receiver uses ESP-NOW communication with OLED, RGB, buzzer, and acknowledgement feedback.
A complete embedded prototype using a PIC16F877A for local control and a Raspberry Pi Pico W for connected features. The project integrates gate access, alarms, sensor priorities, LCD feedback, Wi-Fi monitoring, Telegram alerts, and remote control through a browser dashboard.
Opportunities earned through selection processes that reflect both technical initiative and involvement beyond coursework.
Selected from an applicant pool to represent my Student Branch for IEEEXtreme 20.0, IEEE's global 24-hour programming competition.
SELECTEDSelected to join Huawei Lebanon's 2026 Elite Scholars Training Program following a competitive application process.
SELECTEDArduino programming and MicroPython for embedded prototyping and device control.
Hands-on integration of sensors, relays, servos, displays, buzzers, and analog/digital circuits.
Device-to-device communication, monitoring interfaces, and alerting workflows.
Plus technical documentation and presentation work in Microsoft Word and PowerPoint.
Supported student branch activities, coordination, and event organization at Beirut Arab University.
Assisted with competition activities and participant support.
Outside the lab: university futsal team · university football team.
Beirut Arab University
Amjad High School
Enter a company and role below. The letter updates instantly, so the portfolio is ready for a specific internship or engineering opportunity instead of feeling generic.
Dear Hiring Team,
I am writing to apply for the engineering internship opportunity at your organization. As a Communications and Electronics Engineering student at Beirut Arab University, I have built hands-on experience across embedded systems, electronics, sensors, robotics, IoT, and communication between connected devices.
What attracts me to engineering is the full path from an idea to a working system. In my projects, I have integrated microcontrollers, sensors, wireless communication, user alerts, dashboards, motors, relays, displays, and control logic rather than treating each component in isolation. My smart-home project combines PIC16F877A-based control with Raspberry Pi Pico W communication and remote monitoring, while my safety-monitoring project for children with autism uses ESP32 devices, ESP-NOW, sensing, and caregiver feedback in a single practical prototype.
I would bring curiosity, strong hands-on problem solving, and a willingness to learn quickly from experienced engineers. I am especially interested in opportunities involving telecommunications, network infrastructure, mobile networks, embedded systems, and smart connected technologies, where I can contribute to real engineering work while developing deeper technical judgment.
I would welcome the opportunity to discuss how my technical background, project experience, and interest in practical engineering can contribute to your organization. Thank you for your time and consideration.
Sincerely,
Ali Naser
Available for internships, engineering projects, and technical collaborations.