About
Phase 1: Building the Basics (Weeks 1-2 - 10 Days) Introduction to IoT (2 Days): What is IoT? Core concepts, applications, and the impact of interconnected devices. Understanding various IoT components (sensors, actuators, microcontrollers) and their roles. Real-world examples of IoT applications across different industries. Introduction to Embedded Systems (3 Days): What are embedded systems? Their characteristics and differences from general-purpose computers. Embedded hardware components (microcontrollers, memories, communication interfaces). Embedded software development principles and constraints (resource limitations). Introduction to C Programming (5 Days): C as a foundation for embedded systems programming. Learning basic C syntax, data types, control flow statements, and functions. Hands-on practice with C programming exercises on a development environment. Phase 2: Deep Dive into IoT Technologies (Weeks 3-5 - 15 Days) Sensors and Actuators (4 Days): Understanding different types of sensors (temperature, pressure, light) and their functionalities. Exploring various actuators (motors, LEDs, relays) for controlling physical devices. Interfacing sensors and actuators with microcontrollers using C programming. Microcontroller Programming (5 Days): Introduction to a popular microcontroller platform (e.g., Arduino, Raspberry Pi). Learning the development environment, hardware setup, and programming language. Hands-on labs for controlling LEDs, reading sensor data, and building simple IoT projects. Communication Protocols for IoT (6 Days): Understanding communication protocols for data exchange in IoT (Wi-Fi, Bluetooth, LoRa). Learning how to connect microcontrollers to networks and send/receive data. Hands-on practice implementing communication protocols for data transmission in projects. Phase 3: Advanced Topics and Project Development (Weeks 6-8 - 20 Days) Cloud Platforms for IoT (4 Days): Introduction to cloud platforms for managing and storing IoT device