IoT / Semiconductor
This course covers the Internet of Things and semiconductor fundamentals, from embedded systems and sensors to connectivity protocols and cloud integration. Learners will gain hands-on exposure to building connected IoT solutions grounded in semiconductor and electronics fundamentals.
Course Curriculum
A practical IoT and Semiconductor learning journey covering device architecture, microcontrollers, sensors, chip fundamentals, connectivity protocols, cloud data, and an IoT prototype.
Explore IoT architectures and applications across consumer and industry settings.
IoT Architecture & Ecosystem
Understand the layers of an IoT system: devices, connectivity, and cloud platforms.
IoT Applications
Explore IoT use cases across smart homes, industry, agriculture, and healthcare.
Use microcontrollers to control devices and interface with real-world signals.
Microcontroller Basics
Program microcontroller platforms such as Arduino or ESP32 to control devices.
Sensors & Actuators
Interface sensors and actuators with microcontrollers to collect and act on real-world data.
Understand semiconductor basics and the role of integrated circuits in connected devices.
Semiconductor Basics
Understand semiconductor materials and the basics of integrated circuit fabrication.
Types of ICs
Study the role of different integrated circuits in electronic and IoT devices.
Understand how IoT devices connect and exchange information.
Wireless Protocols
Study WiFi, Bluetooth, Zigbee, and LoRa protocols used for IoT device connectivity.
MQTT & Communication Basics
Use the MQTT protocol to enable lightweight communication between IoT devices.
Send and receive IoT device data through cloud platforms and display it in dashboards.
Connecting Devices to the Cloud
Connect IoT devices to cloud platforms to send and receive data.
Data Visualization
Build simple dashboards to visualize data collected from IoT devices.
Apply hardware, sensing, connectivity, and cloud concepts in an end-to-end prototype.
Building an IoT Prototype
Build a working IoT prototype that senses data and communicates with the cloud.
Capstone Demonstration
Present the end-to-end IoT solution, from hardware to cloud dashboard.
What You'll Learn
Build practical IoT and Semiconductor skills across embedded systems, microcontrollers, sensing, connectivity, cloud integration, and prototyping.
IoT Architecture & Applications
Understand device, connectivity, and cloud layers and explore IoT uses across industries.
Embedded Systems & Sensors
Program Arduino or ESP32 devices and interface sensors and actuators.
Semiconductor & IC Basics
Learn semiconductor materials, integrated circuit fabrication basics, and IC types.
Connectivity & MQTT
Explore WiFi, Bluetooth, Zigbee, LoRa, and lightweight MQTT communication.
Cloud Integration & Data
Connect devices to cloud platforms and visualize their data with dashboards.
IoT Prototype Capstone
Build and demonstrate a connected IoT prototype from hardware to cloud dashboard.
Ready to Build Your IoT / Semiconductor Skills?
Take the next step toward practical IoT learning in embedded systems, sensors, semiconductor fundamentals, connectivity, cloud data, and an end-to-end prototype.
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