COURSE OBJECTIVES

This course introduces wireless networks technologies to help participants understand their differences, strengths and weaknesses and basic operating principles. Our goal is to allow participants gain a system perspective of a complex set of wireless technologies. The course gives knowledge on how these technologies can be put together into practical systems to meet real-world requirements for different applications. You will be empowered to deepen your understanding and appreciate design choices and tradeoffs of wireless networks via numerous comparisons, such as capacity, coverage, throughput, QoS, MAC protocols, and Multiple Access techniques.

KEY TOPICS

• Wireless channel, propagation, and modeling
• RF engineering, antennas
• MAC and Multiple Access Techniques
• Channelization, capacity, coverage, and throughput
• Example Wireless Networks (Wi-Fi, Mobile Networks, Satellite Networks, Microwave Networks)
• Applications and Trade-Offs

LEARNING OUTCOMES

By the end of the course participants will be able to:

• Describe techniques and technologies behind wireless networks, such as MAC protocols and Multiple Access Techniques, Duplexing, and channelization
• Understand requirements to make a product legal for sale (certifications and standards)
• Describe common impairments affecting radio performance and explain mitigations for poor signal quality and reception
• Describe fundamental knowledge of RF engineering, propagation, and antennas
• Describe and list applications of different Wireless Access Networks (Wi-Fi, Mobile Networks, Satellite, Microwave)
• Explain Wireless Network KPIs (Capacity, Range, throughput, and QoS)
• Describe best practices and latest developments in the telecoms technology space

TARGET PARTICIPANTS

Telecom stakeholders

Offered By : Electronics and Telecommunication Engineering - College of Information and Communications Technology

OTHER DETAILS

Cost: 600,000

Currently Not Accepting Applications
Cancel