luq (myraclebread)

Intro

Hi, I’m an IT student with a strong passion for networking, especially when working with real devices. I enjoy both theory and hands-on practice, and I’ve built skills through projects and self-learning. I’ve explored tools like Wireshark, Packet Tracer, Linux, and Raspberry Pi, with programming experience in Python and C++. For my Final Year Project, I developed a Face ID attendance system using Raspberry Pi, which deepened my interest in IoT and problem-solving.

I’ve also completed Cisco’s free courses to strengthen my fundamentals and plan to pursue CCNA as I continue my studies. My goal is to become a network engineer, configuring, maintaining, and designing networks. I’d call myself a problem-solver who enjoys tinkering (budget-friendly for now). Fun fact: I started out leaning toward physics but eventually found my true passion in IT—especially networking.

Looking ahead, I aim to go deeper into networking, explore IoT development, and one day build my own secure home networking lab. You can also check out my works.

Work

ESP32 LDR Sensor with MQTT and Node-RED
A simple IoT project using ESP32 and an LDR sensor to measure brightness, sending data over MQTT to Node-RED for visualization.

Face ID Attendance System (Raspberry Pi)
My Final Year Project: a system that uses Raspberry Pi for face recognition to track attendance. Built with Python, OpenCV, and MySQL.

Networking Labs & Configurations
A collection of networking practice labs, including router and switch setups, subnetting, HSRP, and other experiments with real devices and Packet Tracer.

Basic Security & Automation Scripts
Small projects in Python and Bash focused on system administration, simple security checks, and task automation.

Note: Many of my works are not linked here since I don’t always save them online, but I continue experimenting, learning, and building more projects along the way.

Resume

You can view my resume below or download it here.

Poems

Contact

• Facebook
• Instagram
• GitHub
• Steam

Elements

i = 0;

while (!deck.isInOrder()) {
    print 'Iteration ' + i;
    deck.shuffle();
    i++;
}

print 'It took ' + i + ' iterations to sort the deck.';