IoT Training Course Syllabus
Module 1: Introduction to IoT and Embedded Systems
Overview of IoT
- Definition and significance of IoT
- IoT ecosystem and architecture
- Applications and trends in IoT (smart homes, healthcare, agriculture, industrial automation, etc.)
- Business opportunities in IoT
Basics of Embedded Systems
- Introduction to microcontrollers and microprocessors
- Components: Sensors, actuators, communication modules
- Understanding analog and digital signals
- Power management in IoT devices
Networking Basics
- Overview of networking concepts (IP addresses, MAC, DNS)
- Wired vs. wireless communication
Module 2: Arduino Fundamentals
Introduction to Arduino
- Arduino boards overview (UNO, Mega, Nano, etc.)
- Setting up the Arduino IDE and libraries
- Basics of C/C++ for Arduino programming
Hands-On Projects
- Blinking LED with delay and without delay (using timers)
- Reading and plotting sensor data (temperature, light, etc.)
- Controlling motors and servos using PWM
- Serial communication with Arduino
- Interfacing with LCD and OLED displays
Intermediate Topics
- Interrupts and their uses
- Power-saving techniques in Arduino projects
- Using Proteus for Arduino circuit simulation
Module 3: Embedded C Programming
Introduction to Embedded C
- Basics of Embedded C programming
- Working with GPIOs, timers, and interrupts
- Memory management in embedded systems
Practical Applications
- Writing efficient and optimized code for IoT devices
- Debugging techniques for embedded systems
Module 4: IoT with ESP8266
Introduction to ESP8266
- Features and specifications
- Setting up the ESP8266 development environment (Arduino IDE, NodeMCU)
- Using AT commands for Wi-Fi configuration
Networking with ESP8266
- Setting up a local web server
- Configuring ESP8266 as an access point
- Sending and receiving data over HTTP and MQTT protocols
IoT Projects with ESP8266
- Connecting ESP8266 to a Wi-Fi network
- Sending data to cloud platforms (ThingSpeak, Adafruit IO, etc.)
- Building a simple IoT temperature monitoring system
- Controlling devices remotely using a mobile app or web interface
Module 5: Advanced IoT with ESP32
Introduction to ESP32
- Features and dual-core architecture
- GPIO, ADC, DAC, and PWM functionalities
- Setting up the ESP32 development environment (Arduino IDE)
IoT Projects with ESP32
- Using built-in Bluetooth and Wi-Fi for device communication
- Building a complete home automation system
- Implementing secure MQTT protocol for IoT communication
- Real-time data logging to Firebase or Google Sheets
- Implementing OTA (Over-The-Air) updates for firmware
Module 6: MicroPython Programming
Introduction to MicroPython
- Setting up MicroPython on ESP32 and ESP8266
- Overview of the Thonny IDE
- Basics of Python programming for microcontrollers
Hands-On Projects
- Writing and executing MicroPython scripts
- Building IoT applications using MicroPython
- Managing file systems and using hardware peripherals with MicroPython
Module 7: Image Processing with ESP32-CAM
Introduction to ESP32-CAM
- Camera module overview and capabilities
- Setting up ESP32-CAM for development
Hands-On Projects
- Capturing and streaming video
- Creating a basic surveillance camera system
- Motion detection with PIR sensors and camera integration
- Face recognition using OpenCV libraries
Module 8: Raspberry Pi for IoT and PCB Design
Introduction to Raspberry Pi
- Overview of Raspberry Pi models and hardware
- Setting up Raspberry Pi OS and environment
- Python programming essentials for Raspberry Pi
- GPIO programming with Raspberry Pi
IoT Projects with Raspberry Pi
- Building a weather monitoring system with multiple sensors
- Integrating Raspberry Pi with cloud platforms (AWS IoT, Azure IoT, etc.)
- Home automation using Raspberry Pi and Node-RED
PCB Design and Circuit Implementation
- Using Proteus for circuit simulation
- Basics of PCB design using software tools
- Soldering and assembling hardware components
- Testing and troubleshooting PCB hardware
Module 9: IoT Protocols, Security, and Cloud Integration
IoT Protocols
- Detailed study of HTTP, MQTT, CoAP, and WebSockets
- Secure communication with TLS/SSL and HTTPS
- Hands-on: Configuring secure communication for IoT devices
Cloud Platforms
- Introduction to AWS IoT, Azure IoT, and Google Cloud IoT
- Setting up device shadows and digital twins
- Cloud-based analytics and visualization tools
- Hands-on: End-to-end IoT project with cloud integration
IoT Security
- Common vulnerabilities in IoT systems
- Best practices for secure IoT development
- Implementing encryption, authentication, and access control
Module 10: Final Project, Industry Practices, and Emerging Trends
Capstone Project
- Students will work on a comprehensive project integrating multiple IoT devices and technologies.
- Example projects: Smart irrigation system, Industrial monitoring solution, Smart energy meter, AI-powered security system
Industry Readiness
- Resume building and portfolio development
- IoT case studies from industry
- Interview preparation and mock interviews
Emerging Trends
- Edge computing and IoT
- Role of AI/ML in IoT systems
- Introduction to 5G in IoT applications
Assessment and Certification
- Weekly quizzes and assignments
- Module-end mini projects
- Final capstone project evaluation
- Certification of Completion from ThinkNEXT Technologies Private Limited