In 5G non-standalone, emphasis is on a gradual roadmap from 4G to 5G mobile network. This course focuses on path migration of 2G, 3G to 5G mobile networks, considering timelines and technology used in each generation of mobile communication. The full description of the mobile networks as listed on the course title may not be covered in detail.

This course is designed to develop IT professional's knowledge and skills to scope, initiate, deliver and close a fiber optic project, in time, on budget, and to the highest quality specifications. Some of the topics to be discussed include tools and techniques for planning, design and implementing. FTTH, Campus, Backbone and Submarine Systems and other systems. The skill set garnered in this training will no doubt provide an impetus for a robust and resilient fiber network performance and higher skills.

4G has been a driver to transform the world into a single global telecommunication industry with lots of improvements in connectivity, security and data management. As the demand got higher for speed, ultralow latency and massive number of device connections, a new generation technology was required to meet all the demands. The key features and importance of 5G New Radio (NR) system is set in International Mobile Telecommunication-2020 (IMT-2020) Standards, recommended by International Telecommunication Union-Radiocommunication Sector (ITU-R) in 2015.

This course is designed to encompass the theory, the technology and field engineering aspects of fiber optic planning design and deployment by adopting new developments in the industry. This course offers students a thorough understanding of the basic physics associated with fiber systems alongside their respective a pplications â encompassing optical transmitters/receivers, multiplexing and transmission characteristics. The content and level of presentation is suitable for graduate students and, or final year undergraduates.

This course will focus on 5G-Advanced mobile broadband and future services, including technologies, regulation and business aspects. It will cover mobile broadband evolution, from IMT-Advanced (4G) to IMT-2020 (5G) and IMT-2030 (6G). The course will include 5G New Radio (NR) and 5G Core Network with 5G-Advanced enhancements.

This course will help the participants to know about the overall development status and experience of China's broadband network and universal service development status and experience; the introduction of different optical fiber broadband access technologies and technical solutions for fiber-to-the-room; the planning of FTTH network; management and operation of Massive Home Gateways; troubleshooting of FTTH networks.

This course is designed to develop IT professional's knowledge and skills to scope, initiate, deliver and close a fiber optic project, in time, on budget, and to the highest quality specifications. Some of the topics to be discussed include tools and techniques for planning, design and implementing. FTTH, Campus, Backbone and Submarine Systems and other systems. The skill set garnered in this training will no doubt provide an impetus for a robust and resilient fiber network performance and higher skills.

The Business Planning for ICT Infrastructure Development training course offers regulators, policymakers, and stakeholders a practical approach for the accurate economic evaluation of broadband infrastructure installation and deployment plans in urban and rural areas, with emphasis in Spectrum Valuation.

There is currently a significant gender gap associated with access to, and use of, the internet and mobile broadband services. This gender gap can be attributed to a number of factors including the cost of devices and services, network coverage, concerns around security and harassment as well as a lack of technical literacy among women. This course explains the background to the issues and focuses on strategies that can be used to help close the gender gap