Module #1 Introduction to Microcontrollers Overview of microcontrollers, their history, and applications
Module #2 Microcontroller Architecture Internal architecture of a microcontroller, including CPU, memory, and peripherals
Module #3 Microcontroller Families Introduction to popular microcontroller families, such as AVR, PIC, and ARM
Module #4 Setting up a Development Environment Installing and configuring the necessary software tools, such as IDEs and compilers
Module #5 C Programming for Microcontrollers Introduction to the C programming language, focusing on microcontroller-specific concepts
Module #6 Variables, Data Types, and Operators Declaring and using variables, understanding data types, and working with operators in C
Module #7 Control Structures and Loops Using if-else statements, switch statements, and loops (for, while, do-while) in C
Module #8 Functions and Modules Defining and using functions, including function arguments and return types
Module #9 Microcontroller Peripherals and Ports Understanding and programming microcontroller peripherals, such as GPIO, UART, and SPI
Module #10 Digital Input/Output Operations Reading and writing digital signals using microcontroller ports
Module #11 Analog-to-Digital Conversion Using ADC peripherals to read analog signals and convert them to digital values
Module #12 Interrupts and Interrupt Service Routines Understanding and implementing interrupt-driven programming in microcontrollers
Module #13 Timers and Counters Using timers and counters to generate timing signals and count events
Module #14 Serial Communication Protocols Introduction to serial communication protocols, including UART, SPI, and I2C
Module #15 Microcontroller Interfacing Interfacing microcontrollers with external devices, such as sensors, displays, and memory
Module #16 Debugging and Testing Techniques Using debugging tools and techniques, such as print statements, logic analyzers, and oscilloscopes
Module #17 Microcontroller Applications Exploring real-world applications of microcontrollers, including robotics, IoT, and automotive systems
Module #18 Power Management and Low-Power Design Techniques for reducing power consumption and designing low-power microcontroller systems
Module #19 Microcontroller Security Introduction to microcontroller security, including encryption, secure boot, and secure communication
Module #20 Advanced Microcontroller Topics Exploring advanced microcontroller concepts, such as DMA, cache, and multicore processing
Module #21 Microcontroller-Based Project Development Guided project development, including design, implementation, and testing
Module #22 Case Studies and Group Discussions Analyzing and discussing real-world microcontroller-based projects and applications
Module #23 Microcontroller Programming Best Practices Following best practices for microcontroller programming, including code organization, commenting, and testing
Module #24 Microcontroller Troubleshooting Identifying and resolving common microcontroller programming errors and issues
Module #25 Course Wrap-Up & Conclusion Planning next steps in Introduction to Microcontroller Programming career
