This program explores modern satellite communications and Non-Terrestrial Networks (NTN). It covers key principles, challenges, and technical limitations, including a look at different satellite orbits, as well as HAPS, HIBS, balloons, and drones. 
The program then explores key use cases and their suitability for satellite and NTN. It surveys existing and emerging proprietary satellite systems and focuses on integrating 5G satellite systems into modern networks. 
The program also covers different architectures, access technologies (5G New Radio, NB-IoT, and eMTC), and Direct-to-Device (D2D) services. Finally, it explores key challenges and their standardized (3GPP) solutions, such as doppler compensation, latency, and security.

Who Would Benefit?

This course caters to telecom professionals, engineers, and decision-makers seeking a foundational understanding - ideal for those involved in network planning, technology strategy, and service development.

Prerequisites

A foundational knowledge of telecommunications would be beneficial. Some familiarity with 5G technology and networking principles will also enhance comprehension. 

Course Contents      

• Introduction to Satellite Communication
  
• Introduction to Non-Terrestrial Networks (NTN)
  
• Market and Technology Development
  
• 5G Satellite – Deployment and Operational Requirements
  
• 5G Satellite Integration and Architectures
  
• Key Deployment Challenges and Standardised Solutions