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Internet of Things (IoT) Teaching Solution – IoT Wireless Communications

Designed to equip students with the knowledge on how to develop typical IoT applications with various types of wireless connectivity. Students will also learn how to perform quick verification and design validation on these IoT applications. With teaching slides and a training kit (development kit, sensor devices, XBee ZigBee® and LoRa kits, lab sheets with model answers and problem-based assignments) included, this solution is a useful resource for lecturers.

    

Learning Outcomes:

Students will be able to:

  • Understand the main attributes of the major wireless technologies for IoT
  • Understand and measure common impairments affecting radio performance
  • Interpret radio specifications
  • Compare and select suitable radio technology
  • Evaluate wireless technologies using leading-edge tools and software used in industry such as a signal analyzer and VSA software
Teaching Slides Topic
Overview of IoT connectivity
Principles of wireless communications
Wireless standards for IoT
Wireless networking
Test and measurement for wireless connectivity
Case studies
Lab Sheets Topic
Setting up IoT sensor networks
Analyzing Bluetooth LE protocol for low power IoT devices
Building your ZigBee mesh network for better data routing and extended range
Evaluating the IoT data link protocols for short range wireless communications with low power consumption (Bluetooth and ZigBee)
Evaluating and improving WLAN signal performance
Analyzing the range and coexistence of low power long range communications (LoRa)
Validating the WLAN devices design and high-density WLAN networks for optimum coverage
Validating and comparing the Bluetooth LE and ZigBee communications for low power applications

Preview samples of the teaching slides and lab sheets

The complete solution setup requires:

Option 1 (basic lab setup)

Option 2 (advanced lab setup)