Module 1: Foundations of Embedded Systems
Lecture 1: Introduction to Embedded Systems, Applications, and Real-world Examples
Lecture 2: Microcontroller vs Microprocessor, Architecture Overview
Lecture 3: Basics of Electronics – Resistors, Capacitors, Inductors, Diodes, and Transistors
Lecture 4: Power Supply and Voltage Regulation for Embedded Systems
Lecture 5: Introduction to C Programming for Embedded Systems
Lecture 6: Memory Architecture – ROM, RAM, Flash, EEPROM
Lecture 7: GPIO (General Purpose Input/Output) – Digital I/O Handling
Lecture 8: Interrupts and Polling Mechanism
Module 2: Microcontrollers and Peripherals
Lecture 9: Timers and Counters – Concepts and Applications
Lecture 10: UART, SPI, and I2C Communication Protocols
Lecture 11: ADC (Analog to Digital Conversion) and DAC (Digital to Analog Conversion)
Lecture 12: PWM (Pulse Width Modulation) and Motor Control
Lecture 13: Introduction to ARM Cortex-M Series
Lecture 14: Development Environment Setup (Keil, STM32CubeIDE, Arduino IDE)
Lecture 15: Embedded C Programming – Register-level and HAL-based programming
Lecture 16: Real-Time Clock (RTC) and Low-Power Modes
Module 3: Embedded Communication and Interfaces
Lecture 17: Wireless Communication – Bluetooth and WiFi Basics
Lecture 18: Introduction to Zigbee, LoRa, and RF Modules
Lecture 19: USB Communication in Embedded Systems
Lecture 20: Introduction to CAN Protocol (Controller Area Network)
Lecture 21: Sensor Interfacing (Temperature, Motion, Light Sensors)
Lecture 22: Industrial Protocols – Modbus, RS485 Communication
Lecture 23: IoT and Cloud Communication for Embedded Systems
Lecture 24: MQTT Protocol and Data Logging
Module 4: Real-Time Operating Systems (RTOS) and Advanced Concepts
Lecture 25: Introduction to RTOS – FreeRTOS and Task Scheduling
Lecture 26: Multi-threading and Task Synchronization
Lecture 27: Message Queues, Semaphores, and Mutex in RTOS
Lecture 28: Power Management in Embedded Systems
Lecture 29: File System Handling (SD Card, FAT32)
Lecture 30: Embedded Linux Basics (Raspberry Pi, BeagleBone)
Lecture 31: Security in Embedded Systems – Secure Boot and Encryption
Lecture 32: Debugging and Testing in Embedded Systems
Module 5: Project Development & Industrial Applications
Lecture 33: Introduction to Embedded Product Development Lifecycle
Lecture 34: PCB Design Basics for Embedded Systems
Lecture 35: PCB Schematic Design and Simulation
Lecture 36: SMD Components and PCB Assembly
Lecture 37: Industrial Automation and Control Systems
Lecture 38: Embedded Systems for Automotive Applications
Lecture 39: AI & ML Integration in Embedded Systems
Lecture 40: Case Study – Smart Home Automation
Module 6: Final Project and Certification
Lecture 41: Project Planning, Design & Documentation
Lecture 42: Hardware and Firmware Integration
Lecture 43: Hands-on: Building an IoT-Based Data Logger
Lecture 44: Hands-on: Implementing Wireless Sensor Network
Lecture 45: Code Optimization and Memory Management
Lecture 46: Production-Ready Firmware Development
Lecture 47: Industry Standards & Compliance (CE, FCC, ISO)
Lecture 48: Final Project Presentation & Certification
