The Keil µVision / ARM Development Tools Training Course is designed to provide participants with comprehensive knowledge and hands-on experience in embedded system development using ARM-based microcontrollers. This course covers the fundamentals of the Keil µVision IDE, ARM compiler, debugger, and project management tools to enable efficient embedded application development. Participants will learn how to configure projects, write and optimize C code, debug applications, and integrate hardware peripherals effectively. The training emphasizes real-time programming concepts, code optimization techniques, and practical case studies to bridge theory with industry applications. By the end of the course, learners will gain the skills required to design, develop, and test robust embedded solutions using ARM development tools.
Module 1: Introduction to Embedded Systems & ARM Architecture Basics of embedded systems and microcontrollers Overview of ARM Cortex-M series architecture Applications of ARM in IoT, automotive, and industrial domains.
Module 2: Getting Started with Keil µVision IDE Installation & workspace setup Project creation, configuration, and management File structure and build process.
Module 3: ARM Compiler and Build Process Understanding ARM C/C++ compiler Code compilation, linking, and optimization levels Managing startup files and linker scripts.
Module 4: Embedded C Programming for ARM Microcontrollers C language basics for embedded systems Variables, functions, pointers, and memory management Writing simple programs for ARM Cortex-M.
Module 5: Debugging & Simulation in Keil µVision Using Keil Debugger & Simulator Breakpoints, watch variables, and memory inspection Code step-through and error handling.
Module 6: Peripheral Programming – GPIO, Timers, and Interrupts Configuring and programming GPIO pins Timer setup and delay generation Interrupt handling and vector table configuration.
Module 7: Communication Protocols (UART, SPI, I²C) Serial communication using UART Data transfer with SPI & I²C Hands-on interfacing examples.
Module 8: Analog Interfacing – ADC & DAC Understanding ADC/DAC modules in ARM microcontrollers Signal acquisition and processing Example projects with sensors and actuators.
Module 9: Real-Time Operating System (RTOS) Concepts Introduction to ARM RTX RTOS Tasks, scheduling, and inter-task communication Practical applications of real-time systems.
Module 10: Industry Applications & Mini Projects Case studies on IoT and embedded solutions Implementing a complete ARM-based project (e.g., temperature monitoring, motor control) Best practices in code optimization, testing, and documentation.
Mobile: 9100348679
Email: coursedivine@gmail.com
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