What you'll learn
- Build IoT Projects from Scratch – Start with sensors and microcontrollers, code with Python or C, and connect to cloud platforms for monitoring and control.
- Build IoT projects from scratch using sensors and microcontrollers, program with Python or C, and connect to the cloud for real-time monitoring and control.
- Develop Smart Interfaces for IoT – Build dynamic, real-time dashboards and controls using web technologies like ReactJS to monitor and manage IoT devices.
- Develop smart IoT interfaces using ReactJS to build real-time dashboards for monitoring and controlling connected devices.
- Connect devices to the cloud, manage data flow, and build complete IoT solutions from sensing to real-time monitoring and control.
Learning Objectives
- HTML
- CSS
- JAVA SCRIPT
- BOOTSTRAP
- REACT JS
- NODE JS
- EXPRESS JS
Course content
- 8 Modules
- 40 Sessions
- 2 Months Duration
BASICS OF IOT
Introduction to the Internet of Things
History and evolution of IoT technology
Understanding the IoT ecosystem: Devices, Networks, Cloud & Applications
Real-world use cases: Smart homes, healthcare, industrial automation, agriculture
Benefits and challenges in IoT implementation
ELEMENTS OF IOT & ARCHITECTURE
Key components of an IoT system: Sensors, Actuators, Microcontrollers, Cloud
Four-layer architecture: Perception, Network, Processing, and Application layers
Edge computing vs cloud computing in IoT
Role of protocols, connectivity, and data flow in IoT system design
TECHNOLOGY STACK
Overview of IoT technology layers: Device Layer, Network Layer, Service Layer, Application Layer
Embedded systems and firmware basics
IoT Communication technologies: Wi-Fi, Bluetooth, ZigBee, LoRa, NB-IoT
Introduction to software platforms for IoT
SECURITY AND DEVICES
Common IoT vulnerabilities and threats
Data encryption, device authentication, and secure communication
Best practices in securing IoT networks and endpoints
Firmware updates and device lifecycle management
Role of blockchain in IoT security
ARDUINO & ESP32 RASPERRY PI
Introduction to Arduino: Architecture, IDE setup, GPIO usage
ESP32 microcontroller: Features, Wi-Fi/Bluetooth capabilities, IoT readiness
Raspberry Pi basics: GPIO access, Linux setup, Python programming
Hands-on: Building simple IoT applications using Arduino/ESP32/Raspberry Pi
SENSORS AND FUNDAMENTALS
Types of sensors: Temperature, Motion, Humidity, Proximity, Gas, IR, Light
Understanding analog and digital signals
Sensor calibration and interfacing with microcontrollers
Real-time data acquisition and preprocessing
GATEWAY
Role of IoT gateways in data aggregation and protocol translation
Edge gateway vs cloud gateway
Integration of multiple devices through a single point
Gateways and real-time decision making at the edge
IOT AND CLOUD
Role of cloud in storing, processing, and visualizing IoT data
Popular cloud platforms: AWS IoT, Microsoft Azure IoT, Google Cloud IoT
Data ingestion and stream processing
Setting up dashboards and monitoring using cloud services
MQTT
Introduction to MQTT protocol for lightweight IoT messaging
Components: Broker, Publisher, Subscriber
QoS levels, topic filtering, retained messages
Implementing real-time data transfer using MQTT with ESP32 or Raspberry Pi
AMQP
What is AMQP and why it matters for IoT systems
Comparison with MQTT: When to use AMQP
Architecture: Brokers, exchanges, queues, bindings
Secure, reliable message delivery in enterprise-level IoT applications
Description
The Internet of Things (IoT) is changing how we engage with our surroundings by allowing everyday objects to gather and share data smartly. This course gives an in-depth introduction to IoT, focusing on how hardware, software, and networking work together to connect devices over the internet.
IoT includes a wide range of devices, from smart home items to industrial machines, all equipped with sensors and processors that help them collect and send data. Advances in technology have allowed IoT to evolve from bulky RFID tags to smart devices that can operate on their own.
Students will learn about IoT systems, including architecture, protocols, and components, and gain hands-on experience with microcontrollers and data visualization. Key topics will cover IoT security, edge computing, and real-world applications in various fields. This course is suitable for future technologists and engineers, providing the skills to create and manage IoT systems.
Mapped Certificate
IOT Certification
IOT Certification
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Frequently Asked Questions
Got Questions? We've Got Answers!
Do I need coding skills to learn IoT?
Basic programming knowledge in C, Python, or Arduino is helpful but not mandatory for beginners. You’ll learn coding during the course.
What programming languages are used in IoT?
IoT development mainly uses Python, C/C++, and sometimes JavaScript depending on the hardware and platform.
How important is cloud in IoT?
Cloud platforms are vital for storing, analyzing, and visualizing IoT data and enabling remote device management.
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