Information Technology
The Master of Technology (M.Tech.) in Information Technology program at the American University of Cyprus is designed to deliver advanced, graduate-level education in cutting-edge computing and information technologies. This program addresses the growing global demand for IT professionals who can integrate theoretical knowledge with practical skills to design, develop, implement, and manage complex IT systems.
Structured around a project-based learning approach, the program serves both recent graduates seeking a career in the IT sector and working professionals aiming to deepen their expertise. The curriculum encompasses core areas of IT including systems and database design, client/server and desktop applications, web development, web services, network architecture, and the ethical dimensions of technology use.
The program comprises seven elective courses, a graduate seminar, and a thesis, ensuring a balance between coursework, research, and practical experience.
Admission Requirements
Applicants must hold a bachelor’s degree from an accredited institution in Information Technology, Computer Science, Computer Engineering, Management of Information Systems, or a closely related field.
Candidates from other disciplines may be required to complete a series of deficiency or bridging courses, as determined by the Information Technology Graduate Committee, based on their academic background. In such cases, applicants may also be invited to attend an interview conducted by the committee, after which admission decisions and required preparatory coursework will be finalized.
Educational Objectives
- The M.Tech. in IT program aims to produce graduates who:
- Contribute meaningfully to society as well-rounded, ethical, and responsible professionals.
- Navigate and address ethical challenges in research and IT practice.
- Apply their knowledge of information technologies to develop effective, real-world solutions.
- Utilize modern tools, technologies, and industry best practices to create innovative IT solutions.
- Conduct rigorous research using qualitative, quantitative, or mixed methodologies.
- Gain expertise in emerging technologies, particularly in wireless and optical networking.
- Understand the principles of IT project management, including roles, responsibilities, and leadership techniques.
- Acquire the computational and analytical skills necessary for solving complex problems and adapting to future technological advancements.
Learning Outcomes
Upon completion of the program, graduates will be able to:
- Demonstrate advanced comprehension and synthesis of key themes and research in their IT specialization.
- Evaluate ethical concerns in IT practice and research, applying principled decision-making.
- Exhibit leadership and expertise in the development and management of IT systems and teams.
- Communicate professionally and effectively in both technical and organizational contexts.
- Lead complex IT projects with advanced project management and organizational skills.
- Critically assess the societal, regulatory, and ethical implications of IT systems and innovations.
- Design and implement secure, resilient IT infrastructures using appropriate technologies, policies, and protocols.
- Engage in original academic research, contributing to the advancement of knowledge and preparing for doctoral studies.
Research Interests
Faculty research areas span a wide range of contemporary topics in information technology and engineering, including:
- Wireless and Mobile Communications
- CDMA Technologies, Channel Estimation & Synchronization
- Fuzzy Systems and Multi-user Detection Techniques
- Renewable Energy Systems and Environmental Challenges
- IT Project Management, Information Extraction & Text/Data Mining
- Machine Learning, Business Intelligence, and Classification Methods
- Cryptology, Network Security, and Data Privacy
- Digital/Analog Signal Processing & Filter Design
- Supervisory Control Theory, Non-linear Systems, and Sliding Mode Control
- Positioning Technologies (TOA, AOA, TDOA), GPS Systems
- ICT and e-Learning Technologies, Online/Work-based Learning
- Computer and Vocational Education in Engineering Disciplines
- Information Forensics and Security in Fixed Broadband Networks
