(Jan 2025 - Present)
Network Security Engineer
Raechal Enterprises Pvt. Ltd.
#!/bin/bashname="Az Kafle"skills=("Linux" "Jenkins" "Virtual Machine" "Active Directory" "Firewall" "Git" "MySql" "CI/CD" "Docker" "AWS" "PRTG" "Apache Tomcat" "Maven")hardWorker=truequickLearner=trueproblemSolver=truehireable() {if [[ "$hardWorker" == true &&"$problemSolver" == true &&${#skills[@] -ge 5 ]]; thenreturn 0 # trueelsereturn 1 # false}Who I am?
My name is Az Kafle, a dedicated Network Engineer with a strong passion for continuous learning and technological innovation. I thrive on solving complex, real-world challenges and take a practical, hands-on approach to network infrastructure, systems administration and automation. With a core focus on network engineering, system design and DevOps, I strive to build efficient, secure and scalable solutions. I’m always open to meaningful opportunities that align with my expertise, values and passion for driving impactful change.

(Jan 2025 - Present)
Network Security Engineer
Raechal Enterprises Pvt. Ltd.
(Oct 2024 - Present)
Robotics & Networking Trainer / Mentor
College of Applied Business and Technology
(Jun 2022 - Dec 2024)
Network Engineer
College of Applied Business and Technology
(Jan 2018 - Present)
Self Employed
Passionate Tech Explorer.
Bus Ticket Booking System (YatriSewa)
constproject={name:'Bus Ticket Booking System (YatriSewa)',tools: ['ASP.NET Core MVC', 'SQLExpress', 'Git', 'Slack', 'HTML', 'CSS', 'JS', 'Firebase', 'ESP8266', 'Neo-6M GPS Module', 'Bootstrap],myRole:Lead Backend & System Architect,Description: YatriSewa is a team-built IoT-based ticket booking platform for digitalizing public bus transport with real-time tracking, e-ticket system and online payments. I designed the system architecture, led backend development using ASP.NET Core MVC and Entity Framework, and created the relational database schema. My contributions included seat reservation, refund logic, e-ticket generation and GPS tracking integration using Firebase and SignalR. The system supports OTP-based login via email/SMS and payments through eSewa and Stripe.,};OCR: Company Registration System (Egov. Project)
constproject={name:'OCR: Company Registration System (Egov. Project)',tools: ['ASP.NET MVC', 'Entity Framework', 'MSSQL', 'HTML', 'CSS', 'JavaScript', 'Visual Studio', 'Draw.io],myRole:Full Stack Developer,Description: As part of my E-Governance project, I individually designed and developed a web-based system to digitalize company registration at Nepal's Office of Company Registrar (OCR). Where users can register companies online, upload documents and track their application status. Key features include role-based login (applicant/admin), document management and admin-side verification. I also created ER, class, and sequence diagrams using Draw.io and tested all major components through unit and system testing.,};Traffic Sign Classification (Team Project)
constproject={name:'Traffic Sign Classification (Team Project)',tools: ['Python', 'Keras', 'TensorFlow', 'Flask', 'Matplotlib', 'NumPy', 'Pandas', 'VsCode],myRole:Machine Learning Developer,Description: As part of a 4th Semester team academic project, we developed a traffic sign classification system using Convolutional Neural Networks (CNN). I contributed to model building and experimentation using TensorFlow and Keras, achieving up to 93% accuracy across different kernel sizes (9x9, 15x15, 19x19). The web interface was developed using Flask and HTML/CSS/JS, allowing users to upload images and view predicted traffic signs. We evaluated the model using accuracy, precision, recall and F1-score metrics.,};Robo Soccer Bots
constproject={name:'Robo Soccer Bots',tools: ['Arduino UNO', 'Motor Driver', 'Bluetooth Module', 'FlySky FS-i6', 'DC Gear Motors', 'Arduino IDE', 'Custom Chassis],myRole:Robotics Engineer (Team Project),Description: As part of a robotics team, we designed, built and manually controlled soccer-playing bots for a Robo Soccer competition. I contributed to mechanical design, motor wiring, Arduino programming (C++) and full bot assembly. The bots used Bluetooth modules and a FlySky FS-i6 transmitter for manual control, with custom-built chassis and power systems. The project combined embedded systems, hardware integration and team coordination under real-time competitive conditions.,};2020 - 2025
Bachelor Degree
College of Applied Business and Technology
2018 - 2020
Higher Secondary Certificate
Liverpool International College
2008 - 2018
Secondary School Certificate
Lahan Manakamana Secondary English Boarding School
Contact with me
If you have any questions or concerns, please don't hesitate to contact me. I am open to any work opportunities that align with my skills and interests.
© Portfolio by Az Kafle