The British Academy for Training and Development offers a course of Satellites communications, which provides a comprehensive introduction to the principles, technologies, and applications of satellite communication systems. It covers the essential topics such as satellite orbits, communication links, transmission techniques, and the role of satellites in global communications. By the end of the course, students will have a deep understanding of how satellite communication systems work, their components, and the challenges involved in their design and operation.

Who should attend?

·       Engineering Students.

·       Telecommunications Professionals.

·       Aerospace and Space Enthusiasts.

·       Research and Development Engineers.

·        Telecom Network Operators.

Knowledge and Benefits:

After completing the program, participants will be able to master the following:

·       Identify and explain the characteristics of different satellite orbits (GEO, MEO, LEO) and their applications in satellite communication systems.

·       Calculate link budgets for satellite communication systems, including power levels, path loss, and signal-to-noise ratios.

·       Understand how transmission and reception of signals work between the satellite and ground stations.

·       Describe and apply common modulation schemes used in satellite communications (e.g., PSK, QAM).

·       Understand multiple access methods (FDMA, TDMA, CDMA) and how they enable communication in satellite networks.

·       Assess the challenges of signal propagation, including atmospheric interference, Doppler effect, and rain fade.

·       Use simulation tools to design and analyze satellite communication systems.

·       Discuss real-world applications of satellite communication in sectors such as broadcasting, navigation (GPS), weather monitoring, defense, and mobile communication.

• ·       Introduction to Satellite Communication:

  o   Basic concepts and history

  o   Overview of satellite communication systems

  o   Advantages and limitations

   

  ·       Satellite Orbits and Satellite Launching:

  o   Types of orbits (GEO, LEO, MEO)

  o   Satellite launching processes and vehicles

   

  ·       Satellite Link and Propagation:

  o   Link budget calculations

  o   Signal propagation challenges (atmospheric effects, rain fade, etc.)

   

  ·       Satellite System Components:

  o   Satellite payload and transponder technologies

  o   Ground station components (antennas, modems, etc.)

   

  ·       Modulation and Transmission Techniques:

  o   Digital and analog modulation techniques

  o   Error correction and coding

  o   Multiple access schemes (FDMA, TDMA, CDMA)

   

  ·       Satellite Communication Networks:

  o   Point-to-point, broadcast, and multipoint communication

  o   VSAT networks and their applications

  o   Inter-satellite links and their role

   

  ·       Applications of Satellite Communication:

  o   Global Navigation Satellite Systems (GNSS)

  o   Satellite-based Internet and TV broadcasting

  o   Military, emergency, and scientific uses