| Supervisor’s Name | Research objective | Research title |
| M. Szein Taha Abdul Razzaq | This research or system aims to analyze histopathological images taken from medical tissue samples (such as tumor samples) in order to distinguish healthy cells or tissues from those affected by cancer or other diseases, using the SVM (Support Vector Machine) algorithm as an intelligent classification tool. | Histopathological Image Classification using Support Vector Machine (SVM) |
| Dr. Amal Saeed Ta’ma | This project aims to develop an intelligent system based on artificial intelligence technologies for the early detection and accurate diagnosis of liver diseases using patient data (such as X-ray images, laboratory analyses, or vital test data). | Liver diseases identification using Artificial Intelligence |
| M. Muhammad Hamid Rashid | The primary goal of Semantic Web technologies is to transform the Internet from a human-oriented information network into a knowledge network that computers can understand and process intelligently, by adding meaning and semantics to the data on the Web so that intelligent systems can analyze, link, and use it automatically. | Semantic web technologies |
| Dr. Ann Zaki Ablahad | This system aims to automate the process of recording student attendance in classrooms through the use of QR Code technology, with the goal of facilitating attendance and departure management, reducing manual errors, and saving time and effort for both students and teachers. | Student attendance system using QR code |
| Dr. Amal Saeed Ta’ma | This project aims to develop a system capable of processing and animating images and video captured from a webcam using Python language libraries, in order to analyze, improve, or add animations and effects to live broadcasts or recorded video, thereby enhancing the capabilities of real-time image and video processing. | Animation of Webcam image and video stream using Python language libraries. |
| Dr. Israa Tahseen Ali | This project aims to apply artificial intelligence (AI) technologies to improve energy efficiency and network traffic management within green data centers, in order to achieve higher performance with less energy consumption, thus contributing to environmental sustainability and reducing the carbon footprint of information technology. | AI-based Network Traffic Optimization for Green Data Centers |
| millimeter. Muhammad Nasham Anwar | This project aims to develop an interactive learning environment based on Augmented Reality (AR) technologies that operate on Android devices, with the goal of enhancing the collaborative learning experience between students and teachers by integrating 3D digital elements and interactive content into the real learning environment. | Collaborative AR Classroom for Android Devices |
| M. Farouk Safaa El-Din Omar | This project aims to develop an intelligent system capable of early detection and prevention of cyberattacks targeting networks and computer systems, through the use of artificial intelligence and machine learning techniques to analyze network traffic and identify suspicious patterns with high accuracy and effectiveness. | Smart Intrusion Detection and Prevention System (Smart IDPS) |
| M.M. Burkan Ahmed Abbas | This project aims to design and develop an intelligent agricultural robot based on Internet of Things (IoT) technologies in order to achieve precision agriculture by automating planting, irrigation and spraying processes with high accuracy and efficiency, leading to increased agricultural productivity, reduced waste of resources and improved sustainability of modern agriculture. | IoT-Based Agricultural Robot for Precision Seeding, Spraying, and Irrigation |
| Dr. Ali Mardan Hamid | This project aims to apply artificial intelligence (AI) techniques to analyze and classify various signals (such as sound signals, biowaves, or communication signals) in an accurate, fast, and highly efficient manner, in order to automatically extract and distinguish important signal patterns without direct human intervention. | Signal classification using AI techniques |
| Dr. Israa Tahseen Ali | This project aims to develop a secure and transparent electronic voting system based on blockchain technology to enable voters to cast their votes remotely in a reliable and tamper-proof manner, thereby enhancing the integrity of the electoral process and facilitating participation in local or national elections. | Blockchain-Based Secure Voting System for Remote Elections |
| M.M. Hajar Mujeeb Mohammed Hassan | This project aims to develop an intelligent chatbot system based on artificial intelligence (AI) technologies that is capable of interacting with users in specialized fields (such as education, medicine, technical services, or academic support) to provide accurate, fast, and human-like interactive answers, thereby contributing to improving the quality of services and facilitating access to specialized information. | AI-Powered Intelligent Chatbot System for Specialized Domains |
| millimeter. Muhammad Nasham Anwar | This project aims to design and develop an intelligent chatbot system based on Large Language Models (LLMs) and implemented in a distributed network architecture to be delivered as a network service, with the goal of improving performance efficiency, reducing resource consumption, and providing an intelligent service that is scalable and integrated in cloud and enterprise environments. | Distributed LLM Chatbot as a Network Service |
| M.M. Kona Mohammed Zahir | This project aims to develop an intelligent system capable of verifying handwritten signatures (Signature Verification) by analyzing signature characteristics and distinguishing original signatures from fake ones, using Image Processing and Artificial Intelligence techniques to ensure security, reliability, and prevent forgery in paper or digital transactions. | signature verification system |
| M.M. Abrar Khaled Shukri | This project aims to design and implement a prototype of a wireless power transmission (WPT) system to transmit electrical power from a source to a receiver without the need for wires, using electromagnetic fields or electromagnetic induction, which contributes to improving energy efficiency and its applications in smart devices, electric vehicles and medical systems. | Wireless Power Transfer (WPT) System Prototype |
| M.M. Huda Hamza Abdulkhader | This project aims to implement fifth-generation (5G) communication technologies using Multiple Input Multiple Output (MIMO) technology to improve communication performance in smart grid systems in terms of speed, efficiency, reliability, and response time, thereby contributing to improved monitoring and control of electrical networks in a real-time and effective manner. | Implementing MIMO-Based 5G Communication for Smart Grid Applications |
| M.M. Muammar Al-Mani Jassim | This project aims to design a hybrid framework that combines blockchain technology and artificial intelligence for secure, reliable, and intelligent verification of digital documents, in order to ensure data credibility, prevent forgery, and enhance trust in the exchange of electronic documents between individuals and institutions. | A Hybrid Framework for Digital Document Verification Using Blockchain and AI |