Noha Elgamal

Energetic and highly motivated professional with a solid background in computer engineering, data analysis, administrative coordination, and customer service. Driven to learn quickly and advance computer proficiency, with a strong commitment to boosting productivity and performance through conscientious and detail-oriented approaches. Graduated with High Distinction in Computer Engineering, achieving a GPA of 3.83, and have been recognized on the Vice-President and Chief Academic Officer's List since Spring 2021 and the Dean's List since Spring 2020. Awarded the prestigious H.H. the Emir of Qatar's Scholarship for Academic Excellence at Qatar University for exceptional performance in secondary school. Diverse experience includes supporting team needs in both field and office settings, managing office operations efficiently, and excelling in high-volume call center environments. With excellent communication and relationship-building skills, Dedicated to continuous learning and excellence in all endeavors.

• Artificial Intelligence Fundamentals, IBM - May 2024
• Cybersecurity Fundamentals, IBM - May 2024
• Cisco Certified Network Associate Routing and Switching (CCNA), CISCO - Feb 2023
• A Hands-on Experience with AI for Visual Recognition and Reconstruction, KINDI Computing Research Center QU - Oct 2021
• Cybercrime and How to Tackle It, KINDI Computing Research Center QU - Oct 2021
• Participating in Qatar STEAM fair, Intel
• Participating in "Injaz Qatar" activity and successfully
  completed JA Job Shadow Day, Sponsored by Microsoft company in Qatar
• Participating in TED Talks workshop and attending the competition
• Participating in Qatar debates, founded by Qatar Foundation
• Participating in (Destination Imagination programme) and attending a workshop about (project management), Sponsored by AlFaisal Without Borders Foundation

• Achieved a high GPA of 3.83 , graduating with The High Distinction Award
• Vice President and Chief Academic Officer's List Since Spring 2021 until Spring 2024
• Dean's List Since Spring 2020 until Spring 2024
• FP Distinguished Student Award in Fall 2019
• H.H. the Emir of Qatar's Scholarship for Academic Excellence . Awarded this prestigious scholarship at Qatar University for being one of the top students in secondary school
• Superior Grade in Secondary School 99.3%
• 1st place award in National Student Research Fair "Science Sector" Issued by the Ministry of Education and Higher Education
• 1st place in the Environmental Cultural League competition
• 3rd place in Creative Speaker Competition

• Autonomous UV-C Disinfection Robot Tailored for Healthcare Facilities - Senior Design Project
  Designed and developed an autonomous robot equipped with UV-C LEDs for disinfecting healthcare facilities, integrating advanced sensors and navigation algorithms for efficient operation. The Robot included 5 subsystems: Disinfection, Mapping, Navigation, Monitoring system, and Safety Control System.
• Coin Recognition and Counting for Visually Impaired Individuals
  Developed a MATLAB-based system for recognizing and counting coins, using image processing techniques to aid visually impaired individuals in financial transactions.
• Line-following Robot Design for ICSR 2023 Competition
  Designed and programmed a robot to follow a line in specified geometric patterns, showcasing precision control and autonomous navigation at the ICSR 2023 competition.
• Robot Navigation and Control Project
  Implemented algorithms for a mobile robot to navigate in predefined paths (square, triangle, circle) using Arduino, demonstrating effective motion control and sensor integration.
• Mechanical Gear Design Project
  Designed various gear systems (spur, bevel, worm) and analyzed their mechanical advantages, focusing on speed and torque optimization.
• Development of Customized Stationary Drone System
  Created a drone with advanced motor control for stable hovering, incorporating passive components and motor drivers, emphasizing sound, movement, and light effects.
• Role-Based Access Control (RBAC) System Implementation Using Linux
  Developed an RBAC system on an Ubuntu platform, managing user permissions efficiently with Shell Scripting and ACL utilities.
• Lightweight Encryption-Decryption System - Speck Ciphering Algorithm
  Implemented the Speck ciphering algorithm in ARM Assembly and high-level languages, optimizing for performance and security in IoT devices.
• Covid-19 Tracking System Using Python Programming Language
  Built a Python-based system to track Covid-19 cases and deaths, featuring data handling, user input validation, and dynamic classification of regions based on case data.
• Travel Booking System Using JAVA Programming Language
  Developed a comprehensive booking system for managing customer, flight, and hotel data, integrating dynamic user interfaces and robust file management.
• Unified Student Record Management - Data Structure Design Project Using JAVA Programming Language
  Designed a hybrid data structure for efficient student records management, combining hash tables, trees, and linked lists for rapid data operations.
• System Administration Shell Scripting Project
  Created shell scripts for user authentication, network monitoring, and system performance evaluation, enhancing system reliability and security.
• Socket Programming - Advance Network Services (FTP and DNS)
  Developed a Server/Client application providing concurrent FTP and DNS services using Java, implementing multithreaded server architecture.
• Arduino and MATLAB Interface Development Project
  Designed MATLAB functions to interface with Arduino for bidirectional data operations, demonstrating efficient hardware-software integration.
• Arduino-Based Sensory System Development Project
  Implemented profiling and LIDAR-like sensory systems using an ultrasonic sensor on an EV3 vehicle, collecting and plotting distance data in real-time.
• Networking Infrastructure Design and Implementation for Gulf Five Star Hotels (GFSH) Using Packet Tracer
  Designed a centralized networking solution for GFSH, utilizing IPv4/IPv6 addressing, dynamic routing, and comprehensive network services on a simulated environment.
• Audio Watermarking Using Frequency Domain Embedding Using MATLAB
  Developed an algorithm to embed watermarks in audio files using frequency domain techniques, ensuring minimal perceptual alteration and robust watermark retrieval.
• Comparative Analysis of Network Routing Protocols (IGRP, EIGRP, RIP) - Academic Term Paper
  Analyzed and compared the performance of IGRP, EIGRP, and RIP routing protocols, evaluating their efficiency, reliability, and scalability.
• Optimizing GPU Resource Allocation for Scalable Deep Learning Model Training in Heterogeneous Cloud Environments - Academic Term Paper
  Investigated dynamic GPU resource allocation strategies to enhance performance and cost-efficiency in cloud-based deep learning model training.
• Building and Simulating a Simple (PSC) Computer Using LogiSim
  Designed and simulated a Simple Computer (PSC) using LogiSim, implementing both hardware and software aspects, including machine language programming (Assembly).
• LogiSim Simulator and Instruction Set Architecture of the Computer
  Simulated the instruction set architecture of a computer using LogiSim, demonstrating understanding of CPU operations and micro-operations.
• MARTINETTI DICE Game Design Using LogiSim
  Designed and implemented the MARTINETTI DICE game using LogiSim, focusing on digital circuitry and game logic.
• Numerical Methods Project: Solving Engineering Problems Using Advanced Numerical Techniques
  Applied numerical methods to solve engineering problems, using techniques like Newton-Raphson and Bisection methods for accurate computational solutions.
• Statistical Analysis of Student Arrival Time Patterns at Qatar University
  Conducted a statistical analysis of student arrival times, using data visualization and descriptive statistics to identify patterns and trends.
• Statistical Analysis of USD/JPY Exchange Rates
  Analyzed USD/JPY exchange rates over 4.5 months, using statistical tools to evaluate data trends and fluctuations for financial insights.

• Volunteering in Hamad Medical Corporation for 40 hours
• Volunteering in the First Responder Basic Course at Hamad International Training Center for 25 hours
• Volunteering in (Thawabet) competition for 50 hours
• Volunteering in Amna Digital Olympics competition for 35 hours
• Volunteering in Islamic competitions for 145 hours
• Volunteering in Amna bint Wahb Secondary School for Girls for 5 hours in the morning queue