Module 1: Getting Started with STM32
Lecture 1: Introduction to STM32 Family, Cortex-M Core, and Features
Lecture 2: Setting Up the Development Environment (Cube IDE, Keil, GCC)
Lecture 3: Configuring GPIOs – Input, Output, Pull-up/down, Open-Drain
Lecture 4: Interrupt Handling and Nested Vector Interrupt Controller (NVIC)
Lecture 5: Using Timers for Delay, Time-Based Events, and PWM Control
Lecture 6: ADC Setup, Sampling, and DMA-Based Data Acquisition
Lecture 7: UART Communication – Polling, Interrupt, DMA-Based Transfer
Lecture 8: SPI and I2C – Master/Slave Communication and Applications
Module 2: Advanced Peripherals & Communication
Lecture 9: USB Communication – CDC (Virtual COM Port) and HID
Lecture 10: CAN Bus Protocol – Message Framing, Filtering, and Handling
Lecture 11: Interfacing SD Cards using SPI and FATFS Implementation
Lecture 12: EEPROM, NOR/NAND Flash – Writing, Erasing, and Reading Data
Lecture 13: Low-Power Modes – Sleep, Stop, Standby, and Wake-Up Methods
Lecture 14: Optimizing Power Consumption for Battery-Powered Applications
Lecture 15: Advanced Interrupt Techniques – Prioritization and Latency Reduction
Lecture 16: Optimizing ISRs for Low Latency and High-Performance Systems
Module 3: RTOS on STM32
Lecture 17: Introduction to FreeRTOS – Task Creation and Scheduling
Lecture 18: Real-Time Scheduling Algorithms – Round Robin, Priority Scheduling
Lecture 19: Synchronization Techniques – Mutex, Semaphores, and Queues
Lecture 20: ImInter-Task Communication and Shared Resource Handling
Lecture 21: Secure Boot Implementation and Code Authentication
Lecture 22: Firmware Encryption Techniques – AES, SHA, Public-Key Cryptography
Lecture 23: Debugging with SWD, JTAG, and Serial Wire Viewer (SWV)
Lecture 24: Profiling and Optimizing Performance of RTOS-Based Applications
Module 4: Hands-on Project (Real-Time STM32-Based Embedded System) - 1
Lecture 25: Understanding Real-Time System Requirements
Lecture 26: Choosing the Right Hardware & Software Components
Lecture 27: Configuring GPIOs, Timers, and Communication Interfaces
Lecture 28: Power Optimization and Memory Management in Hardware
Lecture 29: Real-Time Data Acquisition using ADC and DMA
Lecture 30: Storing and Managing Data in External Memory (EEPROM, SD Card)
Lecture 31: Creating Multitasking Environment using FreeRTOS
Lecture 32: Task Synchronization & Resource Sharing in Real-Time Systems
Module 5: Hands-on Project (Real-Time STM32-Based Embedded System) - 2
Lecture 33: Implementing UART, SPI, and I2C for Sensor Integration
Lecture 34: Connecting STM32 to IoT Networks using MQTT and HTTP
Lecture 35: Sending Data to Cloud Platforms (AWS, Firebase, ThingsBoard)
Lecture 36: Remote Device Monitoring and OTA Firmware Updates
Lecture 37: Implementing TLS/SSL Security in Embedded Systems
Lecture 38: Securing IoT Devices from Cyber Threats and Attacks
Lecture 39: Optimizing RTOS Performance for Real-Time Constraints
Lecture 40: Reducing Power Consumption in Wireless and Portable Devices
Module 6: Hands-on Project (Real-Time STM32-Based Embedded System) - 3
Lecture 41: Unit Testing & Validation of Firmware Code
Lecture 42: Debugging and Fixing Issues in a Large Codebase
Lecture 43: Implementing a Real-Time Embedded Control System
Lecture 44: Integrating Final System Components & Preparing for Deployment
Lecture 45: Testing and Demonstrating the Complete STM32 System
Lecture 46: Preparing Project Documentation and Presentation
Lecture 47: Course Recap, Certification Exam & Project Evaluations
Lecture 48: Career Pathways in STM32 Development – Jobs, Freelancing, and Startups
