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Description

The technical workshop targets new industry talents who are about to graduate or enter the industry from departments of electronics, telecommunications, space science, or other cross-domain engineering. The course introduces foundational knowledge for the space industry and satellite ground equipment. Below are course recommendations for elites from different academic backgrounds:

  1. Cross-domain (Non-Satellite/Telecommunications): Introduction to Satellite Communications, System Integration Terminal, Key Components, Subsystems.
  2. Electronics/Telecommunications (With Basics of Satellite Communication and Antenna Design): System Integration Terminal, Key Components.
  3. Space-related (With Basics of LEO Satellite Communication Technology): Key Components, Subsystems.
Teachers for Year 112 (Sorted by Name Stroke Count):
Professor Qiong-Sheng Gu / National Taipei University of Technology
Deputy Director Yu-Ren Zhou / Aerkomm Inc
Professor Xin-Biao Lin / National Taipei University of Technology, Department of Electronic Engineering
General Manager Zong-Wen Qiu / Chuansheng Co., Ltd.
Manager Yu-Xuan Zhang / Chuansheng Co., Ltd.
Professor Rong-Teng Zhuang / Feng Chia University, Department of Electronic Engineering
Professor Ju-Yu Chen / National University of Tainan, Department of Electrical Engineering
Project Manager Yun-Ren Chen / Star Road Technology Co., Ltd.
Professor Chong-Hao Huang / Chung Yuan Christian University, Department of Electrical Engineering
Professor Tian-Hao Liao / National Taipei University of Technology, Department of Electrical Engineering
General Manager Zhao-Hong Xiao / Xinwei Information Co., Ltd.
Professor Ming-An Zhong / National Taipei University of Technology, Department of Electronic Engineering



Introduction to Satellite Communications

Introduction to Non-Terrestrial Networks (NTN)

1. Understand the architecture and applications of 3D networks.
2. Introduce the planning and progress of 3GPP NTN networks.

Characteristics and Applications of LEO Satellite Communication Systems

1. Introduction to constellation design, channel characteristics, and frequency selection for LEO satellite communication systems.
2. Overview of current developments and applications of LEO satellite communication systems.

System Integration Terminal

Analysis of LEO Satellite Ground Station System Architecture

1. Familiarize with the system architecture of LEO satellite ground stations.
2. Understand the functions and design considerations of subsystems.

Integration of LEO Satellite Systems and Terrestrial Mobile Networks

1. Understand how satellite ground stations integrate with terrestrial mobile networks.
2. Be familiar with the standards for 3GPP NTN and 5G/B5G network integration.

Key Components

High-Frequency/High-Speed Substrates

Understand the characteristics and specifications of circuit board materials used in LEO satellite communication systems.

Baseband Chip and Beamforming Chip Applications

1. Understand the characteristics of baseband and beamforming chips.
2. Analyze practical applications of commercially available satellite communication chips.

Subsystems

Introduction to Antenna Principles and MIMO Antennas

1. Understand antenna operating principles and radiation mechanisms.
2. Be familiar with important antenna parameters.

Application of Array Antenna Systems in Satellite Communications

1. Understand the application of array antenna systems in satellite ground stations.
2. Be familiar with the specifications and performance of commercial passive and active components.

Ground Station Antenna Tracking Technology

1. Be familiar with LEO constellation design and coordinate transformation to accurately predict satellite positions.
2. Understand the design concept of motor tracking systems for ground-based parabolic antennas.
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