Week 1: Fundamentals and Introduction

Day 1-2: Introduction to Embedded Systems and IoT

• Embedded systems overview
• IoT architecture and ecosystems
• Applications and use cases
• Industry trends and future prospects

Day 3-5: Embedded C Programming

• C programming for embedded systems
• Memory types and management
• Bitwise operations
• Interrupt handling
• Real-time programming concepts

Day 6-7: Microcontroller Architecture

• CPU, memory, and peripherals
• Memory mapping
• Instruction set architecture
• Power management features

Week 2: Hardware Interfacing and Communication

Day 8-10: GPIO and Peripheral Interfacing

• Digital I/O programming
• ADC and DAC interfacing
• PWM generation
• Sensor integration (temperature, humidity, accelerometer, etc.)

Day 11-13: Communication Protocols

• UART, SPI, I2C
• RS-485 bus for Industry-4.0 applications
• Ethernet for industrial IoT
• Wireless protocols (Wi-Fi, Bluetooth, LoRa)

Day 14: PCB Design Basics

• Schematic capture
• PCB layout considerations
• Component selection for IoT devices

Week 3: RTOS and Advanced Programming

Day 15-21: Real-Time Operating Systems

• RTOS concepts and architecture
• Task scheduling and management
• Inter-task communication
• Memory management in RTOS
• Hands-on with FreeRTOS

Week 4: IoT Protocols and Cloud Integration

Day 22-23: IoT  Communication Protocols

• MQTT
• CoAP
• HTTP/REST
• WebSocket

Day 24-25: Cloud Platforms for IoT

• AWS IoT
• Azure IoT Hub
• Google Cloud IoT
• ThingSBoard
• SensorNode:                                               

Day 25-30 : Final Project Ideas:

• Smart home automation system
• Industrial IoT monitoring and control system
• Patient vital monitoring
• Environmental monitoring network
• Smart agriculture system
• Smart Energy Load monitoring
• Ev-Charging monitoring