Department of Information Technology
Teachers Count
7
Department of Information Technology
Overview
The Department of Information Technology at the Faculty of Information Technology and Communications / Tafila Technical University is a specialized academic unit that contributes to fulfilling the University’s mission and strategic objectives through the delivery of modern, accredited academic programs. These programs are built on clearly defined and measurable learning outcomes and are aligned with national and international accreditation standards. The Department is committed to advancing high-quality technical education that integrates theoretical knowledge with practical application, positioning itself as a key contributor to the technology sector and the labor market.
At the undergraduate level, the Department offers two Bachelor’s programs: Smart Devices Computing and Computer Information Systems. Both programs are designed according to the Outcome-Based Education (OBE) approach, ensuring alignment between learning outcomes, labor market needs, and contemporary technical and professional competencies. An official request has been submitted to place the Smart Devices Computing program within Level Seven of the Jordanian National Qualifications Framework, further strengthening its academic recognition at the national and regional levels.
At the graduate level, the Department offers a Master’s program in Cyber-Physical Systems, which focuses on the integration of digital and physical systems, with particular emphasis on cybersecurity, secure systems design, and cyber risk and threat management. The program aligns with graduate studies standards and promotes high-quality, applied scientific research.
As part of its developmental plans, the Department is in the process of introducing a Diploma program in Applied Programming. This modern specialization aims to equip students with high-level competencies in application development using contemporary programming languages and technologies, ensuring strong readiness for employment in the technology and software development sectors. Admission to the Network and Information Security Diploma program will be discontinued as of the second semester of the academic year 2025/2026, while admission to the Applied Programming Diploma program will commence in the first semester of 2026/2027.
Department Mission
To provide high-quality academic education in the field of Information Technology through updated curricula, effective applied teaching, and purpose-driven research, preparing graduates with strong technical competence, analytical capability, ethical commitment, and professional readiness to meet labor market demands and support national development.
Objectives
Within a few years of graduation, graduates of the Department are expected to:
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Demonstrate professional competence by effectively applying technical knowledge to analyze and solve real-world problems in various IT domains.
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Engage in lifelong learning and continuous professional development to keep pace with rapid technological advancements.
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Uphold professional ethics and social responsibility in diverse work environments.
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Work effectively within multidisciplinary teams and communicate professionally and efficiently.
Goals
The Department of Information Technology seeks to achieve the following strategic goals:
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Quality Education: Continuously develop and update curricula, adopt modern teaching methodologies, and implement effective assessment mechanisms to ensure achievement of intended learning outcomes.
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Scientific Research: Support applied research that addresses societal needs and fosters innovation in technological fields.
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Learning Environment: Provide a supportive and stimulating learning environment based on active learning, practical laboratories, and hands-on experience.
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Continuous Improvement: Implement systematic evaluation and continuous improvement processes based on performance indicators and periodic assessment results.
Core Values
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Academic Excellence: Commitment to quality and accreditation standards in education, learning, and research.
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Integrity and Responsibility: Upholding ethical and professional standards in all academic and administrative practices.
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Innovation: Encouraging creative thinking and the adoption of advanced technological solutions.
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Community Partnership: Strengthening collaboration with industry and national institutions to bridge the gap between academic outcomes and labor market needs.
Department Majors
1
Credit Hour
Master Degree
Program Overview
The Master of Cyber-Physical Systems (CPS) is an advanced graduate program that focuses on the integration of physical processes with computational and digital systems. The program places particular emphasis on cybersecurity, intelligent control, critical systems, and smart industrial applications.
Key Learning Outcomes
Upon completion of the program, graduates will be able to:
- Design and analyze complex cyber-physical systems.
- Assess cybersecurity risks and threats in intelligent and critical systems.
- Develop advanced security solutions for cyber-physical infrastructures.
- Conduct applied scientific research using recognized methodologies.
- Participate effectively in advanced professional and research teams.
Study Plan (Brief)
The study plan includes the following components:
- Core Courses: Cyber-Physical Systems, Smart Systems Security, Advanced Control Systems, Advanced Internet of Things, Cloud Computing.
- Elective Courses: Artificial Intelligence for Smart Systems, Critical Infrastructure Security, Cyber Risk Analysis.
- Project / Thesis: Applied project or master’s thesis.
Career Opportunities
Advanced Cybersecurity Specialist, Smart Systems Engineer, Academic or Industrial Researcher, Cyber-Physical Systems Analyst, Technical Consultant.
1
Credit Hour
Intermediate Diploma
Program Overview
This program prepares technical personnel specialized in cybersecurity, equipped with practical skills to protect networks and systems, detect preliminary threats, and implement digital security policies. It is designed to supply the labor market with qualified technicians capable of working in security operations centers and technical support, efficiently handling daily security challenges.
Key Learning Outcomes
By the end of the program, graduates will be able to:
- Install and manage basic security tools (firewalls, antivirus software).
- Monitor network traffic and detect suspicious or unauthorized activities.
- Apply information security policies, backup procedures, and data recovery processes.
- Provide initial response to security incidents and necessary technical support.
Brief Study Plan Description
The program includes:
- Foundations of Computing: Introduction to IT, basic programming (Python/Scripting), operating systems, computer networks.
- Cybersecurity Core: Principles of cybersecurity, network and wireless security, risk management, introduction to ethical hacking, digital forensics.
- Practical Applications: Vulnerability assessment tools, security incident management. – Training & Capstone Project: Field training at tech institutions and applied diploma project.
- Expected Career Paths Cybersecurity Technician, SOC Analyst (Level 1), Network & Security Support Officer, Systems Protection Supervisor.
1
Credit Hour
Bachelor Degree
Program Overview
The Cybersecurity program focuses on protecting systems, networks, software, and data from digital attacks and increasing cyber threats. It equips students with the skills necessary to detect vulnerabilities, prevent intrusions, apply encryption standards, and ensure the confidentiality, integrity, and availability of information in digital environments.
Key Learning Outcomes
- By the end of the program, graduates will be able to:
- Design and implement security strategies to protect networks and infrastructure.
- Detect and analyze cyber threats and respond effectively to security incidents.
- Conduct ethical penetration testing to assess system vulnerabilities.
- Apply modern encryption techniques and web/application security measures.
- Manage risks and comply with local and international security policies and regulations.
- Choose the appropriate programming language for tasks.
Brief Study Plan Description
- Basic Requirements: Computer networks, operating systems, programming fundamentals, database management.
- Specialization Requirements: Network security, ethical hacking, digital forensics, cryptography, software security, risk and information security management, malware analysis, infrastructure security.
- Supporting Requirements: Cyber laws and regulations, cybersecurity ethics.
- Practical Training & Capstone Project: Field training in security operations centers or cybersecurity companies, applied graduation project in cyber defense.
- Expected Career Paths Cybersecurity Analyst, Ethical Hacker, Network Security Engineer, Digital Forensics Investigator, Incident Response Officer, Information Security Officer.
1
Credit Hour
Bachelor Degree
Program Overview
The Artificial Intelligence & Data Science program aims to prepare specialized professionals capable of building human-like intelligence systems and extracting valuable knowledge from big data. The program integrates mathematical and statistical theories with advanced programming techniques, enabling students to develop machine learning models, natural language processing applications, and data analysis solutions that support strategic decision-making and solve complex problems efficiently.
Key Learning Outcomes
By the end of the program, graduates will be able to:
- Select the appropriate programming language for each task.
- Analyze big data and identify patterns and trends.
- Design and develop AI models and machine learning and deep learning algorithms.
- Apply natural language processing and computer vision techniques in practical solutions.
- Use data visualization tools to clearly present results to decision-makers.
- Handle AI ethics and data privacy responsibly.
Brief Study Plan Description
The curriculum covers the following areas:
– Fundamentals of Computer Science & Programming: Introduction to programming, databases, operating systems, Java programming, Python programming, computer networks.
– Specialization Requirements: Machine learning, deep learning, data mining, natural language processing, computer vision, big data analysis, cloud computing, research skills.
– Practical Training & Capstone Project: Internship at tech companies and a graduation project focusing on solving a real-world problem.
Expected Career Paths
Data Scientist, AI Engineer, Machine Learning Engineer, Data Analyst, Intelligent Systems Developer, AI Researcher.
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