AH
Abdulrahman Homus
Networks and Telecommunications Engineering Student
+974 50326550

Languages

ArabicNative
EnglishIntermediate
Professional Summary

A motivated Networks and Telecom Engineering student at the University of Doha for Science and Technology with hands-on experience in IoT technologies and Python programming. Strong foundation in networking principles and programming skills for network automation. Demonstrated commitment to professional development through active participation in industry workshops with Vodafone and many others. Seeking an internship opportunity to apply technical knowledge and contribute to innovative telecommunications solutions while gaining practical industry experience.

Network Design Assistant Project

I am the creator of the Network Design Assistant, an innovative AI-powered tool that revolutionizes network design and planning. This project represents my commitment to combining cutting-edge AI technology with practical networking expertise to solve real-world challenges.

AI-Powered Network Design

Developed sophisticated algorithms that generate optimal network designs based on specific requirements

Interactive Visualization

Created dynamic network topology diagrams with real-time interaction capabilities

Comprehensive Documentation

Implemented detailed reporting features for network hardware, security policies, and implementation guidelines

User-Centric Design

Designed an intuitive interface that makes complex network planning accessible to users of all technical levels

Education

Bachelor of Science in Networks and Telecommunications Engineering

University of Doha for Science and Technology (UDST), Qatar

2021–Present (Expected Graduation: 2026)

Relevant Coursework:

Network Protocols, Telecommunications Systems, Digital Signal Processing, Network Security, Wireless Communications, Programming for Network Automation

Technical Skills

Networking

TCP/IP
OSPF
Routing
Switching Protocols

Programming

Python (certified)
Basic scripting

Operating Systems

Windows
Linux

IoT Technologies

IoT applications
IoT device communication
IoT infrastructure

Telecommunications

Telecommunication systems
Network infrastructure
Wireless communications

Tools & Software

Packet tracer
VMware
VirtualBox
Palo Alto
Certifications & Professional Development

Python Essentials 2, Networking Academy

March 2024

  • Completed 40 hours of advanced Python programming training
  • Expanded computer programming skills for network automation
  • Developed skills in modules, packages, and Python programming

Python Essentials 1: Data Types, Variables, and Basic I/O, Networking Academy

December 2023

  • Completed 30 hours of Python programming fundamentals
  • Learned data types, variables, and input/output operations

Introduction to Python and Programming, Networking Academy

September 2023

  • Completed 30 hours of introductory Python programming
  • Developed fundamental concepts of computer programming

Career Path Exploration Workshop, Facilitated by Vodafone

November 2024, UDST Career Fair

  • Gained insights into telecom industry career paths and requirements
  • Networked with industry professionals from Vodafone Qatar
  • Explored telecommunications career opportunities and industry trends
Projects

IoT Challenge Participant, University of Doha for Science and Technology

October 2024

  • Participated in the IoT Challenge organized by the College of Engineering & Technology
  • Applied networking principles and Python programming to IoT device communication
  • Collaborated with team members to develop innovative telecommunications solutions
  • Enhanced practical understanding of IoT infrastructure and implementation

IoT-Based Smart Street Lighting System, University of Doha for Science and Technology

May 2023 - Capstone Project

Designed and implemented an innovative IoT-based smart lighting system that dynamically adjusts streetlight brightness based on ambient light and environmental conditions. The system integrates multiple sensor types to optimize energy usage while maintaining safety standards.

  • Developed a sensor network using light, motion, and weather sensors for real-time environmental monitoring
  • Implemented adaptive control algorithms that reduced energy consumption by up to 40% compared to traditional systems
  • Created a centralized monitoring dashboard for municipal authorities to track performance metrics
  • Designed the system with scalability in mind, allowing for city-wide implementation
  • Conducted extensive field testing to validate system performance under various conditions
Technical Interests
Networking technologies
IoT applications
Telecommunications infrastructure
Network automation with Python