Faculty of Informatics and Communication Engineering
Empowering Future Innovators
The Faculty of Informatics and Communication Engineering (FICE) at Yarmouk Private University offers specialized programs in Software Engineering, Communications and Information Engineering, Computer Engineering and Information Systems Engineering. Our curriculum combines advanced theoretical knowledge with hands-on laboratory experience. With dedicated faculty members and state-of-the-art facilities, we equip students with the skills they need to excel in technology and innovation.
500
Alumni
52
Instructors
2
Programs
890
Students
Specializations
The Faculty of Informatics and Communication Engineering offers a five-year academic program with the following specializations:
- Communications and Information Engineering – 167 credit hours.
- Software Engineering – 168 credit hours.
- Computer and Digital Systems Engineering – 169 credit hours
Study and Guidance Plan
The study plan aims to:
- Provide students with a strong foundation in basic sciences through a well-structured curriculum.
- Offer comprehensive academic training in each specialization, integrating both theoretical and practical components.
- Ensure students gain hands-on experience through practical applications and training, preparing them for real-world challenges.
- Support students in their pursuit of postgraduate studies and scientific research by selecting relevant and up-to-date course materials.
Objectives
The faculty strives to:
- Equip students with the knowledge and skills they need for high academic achievement and research, enabling them to pursue graduate studies in their respective fields.
- Encourage students to explore modern technologies, such as robotics, by establishing scientific clubs that foster innovation and knowledge exchange.
- Bridge the gap between academic studies and practical applications, preparing students to contribute effectively to society and the job market.
- Offer interdisciplinary courses in fields such as management, finance, psychology, communication skills, physical education, and foreign languages to enhance students’ professional and personal development.
The Faculty of Informatics and Communication Engineering at Yarmouk Private University was established to provide high-quality education and professional training, ensuring that students are well-prepared for their future careers.
Dear Students,
Welcome to the Faculty of Informatics and Communication Engineering. I wish you great success in your studies. My role is to guide you in achieving the best academic results by helping you understand your lectures and excel in your exams. I am always available to support you in overcoming any challenges you may face during your academic journey.
One of our primary goals is to graduate highly skilled professionals in the ever-evolving field of information and communication technologies. We are committed to providing you with a high-quality education, advanced research opportunities, and state-of-the-art facilities to ensure you meet industry standards.
Specializations at FICE
Students at our faculty can specialize in one of the following fields:
1. Software Engineering – Focuses on software development principles, programming languages, and the latest industry trends.
2. Communications and Information Engineering – Covers the design, analysis, and simulation of telecommunication systems, mobile networks, and data transmission technologies.
3. Computer and Digital Systems Engineering – Involves the design and analysis of computer hardware, digital systems, and embedded technologies.
4. Information Systems Engineering – Specializes in developing software solutions for businesses, banks, and institutions.
Our faculty follows a credit-hour system, like other universities. The total credit hours required for graduation are as follows:
– 168 total credit hours, including:
– 15 credit hours of general college requirements
– 27 credit hours of faculty requirements
– 126 credit hours of specialized coursework
Students can complete their studies within a minimum of three and a half years, an average of five years, or a maximum of eight years, as per the regulations of the Ministry of Higher Education.
Academic Environment and Facilities
Our faculty boasts a distinguished teaching staff and a well-structured curriculum that aligns with international academic standards. To support hands-on learning, we provide:
– 20 specialized and advanced laboratories including project labs tailored to various disciplines.
– Modernized curricula and updated course materials to keep pace with the latest industry developments.
– Active student clubs, such as the Robotics Club and the Communications and Electronics Club, to enhance practical skills and foster innovation.
Student Expectations
To make the most of your academic experience, we strongly encourage you to:
– Attend all lectures and actively participate in class discussions.
– Take advantage of office hours and academic guidance sessions.
– Engage in extracurricular activities and student clubs to enhance your skills.
Commitment to Excellence
Our faculty is committed to producing highly competent graduates who are well – prepared to enter the job market or pursue higher education.
Wishing you all a successful academic journey and a bright future.
Dr. Moutasem Shafaamri
Dean of the Faculty of Informatics Engineering
The study in the Faculty of Engineering of informatics and communications takes five years, on average, during which the students are taught credit hours according to their major specialty, and the graduate is granted a degree in Informatics and Communications Engineering in the college in the following – opened specialties:
1- Communications and Information Engineering
2- Software Engineering

AI-Powered Intrusion Detection System for IoT Networks
Program
Communications and Information Engineering
Supervisor
Discussion Committee
Students
AI-Powered Intrusion Detection System for IoT Networks
Prgoram
Supervisor
Committee
Students

This project aims to develop an AI-driven Intrusion Detection System (IDS) tailored for IoT networks. Given the increasing security risks in IoT environments, this system will use machine learning algorithms to detect abnormal network traffic patterns and potential cyber threats in real time. The project will involve collecting IoT network traffic data, feature extraction, model training using supervised and unsupervised learning techniques, and real-time monitoring. The system will be tested using datasets like CICIDS or real IoT environments to evaluate its efficiency in detecting cyberattacks such as DDoS, malware, and unauthorized access.

5G-Enabled Smart Traffic Management System with Edge Computing
Program
Communications and Information Engineering
Supervisor
Discussion Committee
Students
5G-Enabled Smart Traffic Management System with Edge Computing
Prgoram
Supervisor
Committee
Students

This project will design a 5G-enabled smart traffic management system that leverages edge computing and real-time data analytics to optimize urban traffic flow. Using vehicle-to-infrastructure (V2I) communication, the system will collect real-time traffic data from sensors, cameras, and connected vehicles. Edge computing will be used to process data locally, reducing latency and ensuring faster response times. The system will implement AI-based predictive analytics to control traffic signals dynamically, reduce congestion, and improve emergency response times. It will also integrate a mobile app for drivers, providing real-time traffic updates and optimal route suggestions.

Intelligent Code Review and Bug Detection System using NLP
Program
Software Engineering
Supervisor
Discussion Committee
Students
Intelligent Code Review and Bug Detection System using NLP
Prgoram
Supervisor
Committee
Students

This project focuses on developing an AI-powered code review tool that uses Natural Language Processing (NLP) and deep learning to detect bugs, vulnerabilities, and code inefficiencies in software repositories. The system will integrate with platforms like GitHub and GitLab, analyzing pull requests and commits for security vulnerabilities, coding standard violations, and logical errors. It will also provide suggestions for improving code readability and efficiency. The model will be trained on large-scale open-source codebases and will support multiple programming languages.

لمى معتصم شفا عمري

تسنيم محمد الربداوي

قصي يامن الياسين

غسان ماهر عجاجه

رؤيه عبد الرزاق السعدي

هبا غازي السلامه

عبد الوهاب احمد العمور
Why Choose YPU?
YPU recognizes the challenges students face during and after university, striving to equip them with:
✅ High academic standards prioritized over financial considerations.
✅ Innovative teaching methods that adapt to global advancements.
✅ Qualified faculty with strong expertise and communication skills.
✅ Engaging learning environments that encourage research and knowledge acquisition.
✅ Scholarships and financial support based on academic performance.
✅ Practical training and career support, including internships, seminars, and employment assistance.
✅ Opportunities for postgraduate studies through international academic agreements.
With a commitment to academic excellence, research, and student success, Yarmouk Private University ensures that its graduates are well-prepared to thrive in their careers and contribute positively to society.