This training is designed to help participants understand the key challenges and success factors involved in driving digital government initiatives. The programme focuses on three main areas to build knowledge and skills in a practical, engaging way.

The course covers the role, functions and basic techniques of spectrum monitoring, and purpose and capabilities of different types of spectrum monitoring equipment.

This comprehensive training program aims to equip participants with in-depth knowledge of Low Earth Orbit (LEO) communication satellites and their diverse applications in the rapidly evolving digital economy. The role of LEO communication satellites has become increasingly pivotal, ushering in a new era in the digital economy. These satellites, orbiting at lower altitudes than their geostationary counterparts, offer many advantages that are reshaping the way we connect, communicate, and conduct business.

While many individuals with disabilities are technologically savvy, persons with disabilities in general are faced with a digital gap. This is further compounded by digital gaps along lines of gender and socio-economic status, amongst others. These digital gaps need to be addressed, if we want to ensure that persons with disabilities do not miss out on the opportunities provided by the digital economy.

This module aims to provide participants with a comprehensive view of some of the most dynamically developing business areas of radio communications. The course aims at describing the technologies and their lines of development which are present in the world in the given field. The independent course provides high-level technical knowledge and it is also connected to other modules.

This course focuses on Security and Quality of Service (QoS) in Internet network from technology, regulation and business aspects. It covers Internet fundamentals, including Internet protocols and architectures, Internet security standards and approaches as defined by IETF (Internet Engineering Task Force), as well as ITU's security architectures for end-to-end communications. Further, the course incorporates cybersecurity approaches from the ITU viewpoint, and security aspects of emerging cloud computing and Internet of Things (IoT).

This 32-hour course will cover the key emerging technologies that are shaping the digital future and their applications across various sectors. The content will include an introduction to 5G networks and the evolution towards 6G, exploring their capabilities and impact on global connectivity. The fundamentals and applications of the Internet of Things (IoT) will be discussed, highlighting how this technology revolutionises industries and everyday life.

This course covers spectrum engineering foundations for students to be able to perform link budget calculations, interference analysis, and provide an understanding of 3D propagation modeling for radio communications services frequency planning. This is intended to support modern spectrum management. The aim of this course is to provide students with spectrum engineering foundations in order to be able to perform link budget calculations, interference analysis, and provide understanding of 3D propagation modelling for radio communications services frequency planning.

To introduce spectrum management (SM) for aeronautical services in commercial and military domains, and their classification under the ITU RR radiocommunication services. Then to introduce the use of spectrum by radio services and the issue of allocation, harmonization, and coordination undertaken for these services. This course will enable the students to clearly understand aeronautical SM issues, areas and challenges.

This course focuses on technical, business and regulatory aspects of 5G mobile networks. It includes mobile broadband evolution, and LTE-Advanced-Pro as transition of 4G towards 5G mobile networks. It covers 5G network architecture, which is based on network slicing approach, 5G New Radio (NR) and 5G Next Generation core with network functions and software based architecture.