Datasheet
Page 15
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Courseware Contents
Teaching slides
The teaching slides are editable and cover 36+ hours of teaching for one full semester�
The slides cover the following topics:
Overview of IoT
connectivity
Technology revolution, wired and wireless connectivity, key enabling
wireless technologies, working principles, communication models,
applications in IoT
Principles of wireless
communications
Radio propagation, path loss, digital modulation techniques, channel
coding, transceiver architecture, radio specications, unlicensed vs
licensed bands, IoT system design challenges (integration of circuits
and components, energy efciency and battery life, signal integrity (SI)
and power integrity (PI), heterogeneous mix of wireless technologies
and multi-standard devices, interference, compliance and conformance,
design tools (EEsof/ADS)
Wireless Standards
for IoT
Cellular (2G, 3G, 4G), WLAN, ZigBee, Bluetooth, 6LoWPAN, NFC, NB-IoT,
LoRa, Sigfox, future trend, technology selection considerations (range,
data rate, cost, power consumption, frequency band, network topology,
security)
Wireless Networking Wireless networks and topologies, routing protocols, low power and lossy
networks (LLNs), challenges for routing in LLNs
Test & Measurement for
Wireless Connectivity
Industry practices in R&D/DVT and manufacturing test, wireless,
regulatory and interference test challenges, multi-format wireless
test, overview of wireless compliance, regulatory pre-compliance test,
regulatory standards for IoT devices, industry certication (PTCRB/GCF),
wireless modules certication
Case studies Public safety (LTE/ WLAN), smart home (WLAN), energy management
(ZigBee); healthcare (Bluetooth), smart city (6LoWPAN)