Embedded Systems Course Syllabus

Introduction

To engage beginners and IT professionals, our expert trainers design rigorous and robust embedded systems course syllabus that would definitely ignite curiosity and innovation while teaching technical details and critical skills. Our course content would offer you valuable experience and versatile expertise in ARM-based microcontrollers. With our curriculum, you will develop your coding skills and effectively manage the embedded software programs. Our embedded systems training in Chennai enables students to have a good understanding of the embedded systems concepts and its importance in the digital age. Our embedded systems course syllabus is well-structured and mapped with latest industry standards and requirements. With the help of our course content, you can design, implement, integrate and develop web applications for advanced embedded systems.

What does our embedded systems course syllabus cover?

Embedded Basics

• What is an Embedded System?
• What are the Embedded Applications and Functions?
• What are the Embedded Design constraints?
• What are the components of Embedded Hardware and Software?
• What is the Building block of embedded projects?
• What are the Hardware and Software Embedded Tools?
• What is Embedded C?
• What are Microcontrollers & Microprocessors?
• What is RTS?
• What is RTOS?
• Sample Embedded Hardware Schematic Creation
• Sample Embedded C program

Microprocessor & Microcontroller Classification

• Difference between Microprocessor & Microcontroller
• Classification based on architecture
• Memory Classification

Introduction of EMBEDDED C

• Introduction to Embedded C
• Difference between C & Embedded C
• Programming style
• Basic structure of C program

Constants, Variables & Data Types

• Keywords & Identifiers
• Data type & its memory representation
• Arrays and strings

Operators

• Types of Operators
• Bitwise Operators explained
• CONTROL STRUCTURES & LOOPS
• Decision making with if statement
• If….else statement
• Switch statement, and GOTO statement
• The While and Do – While statements
• For statement

Functions

• Why Functions
• Types of Functions
• A Multi-functional program
• Return values & their types

Linux kernel

• Introduction to the Linux kernel
• Linux kernel sources
• New features in Linux 2.6 (since 2.6.10)
• Linux kernel command usage
• Files and process subsystem in linux kernel
• Memory management in linux kernel
• Inter Process Communication
• Interrupts
• Time and Timers
• Creating Libraries
• Kernel Synchronization
• Kernel Parameters
• Kernel Configuration and Compilation
• Conceptual understanding of Device Drivers

Advance C Programming

• Storage class
• Scope and Lifetime of a variable
• Arrays
• Strings
• Pointers
• Functions
• Structure and Union
• Recursive Functions
• Pointer
• Pointers and Arrays
• Pointers and Functions
• Pointers and Strings
• Function Pointers
• Command line arguments
• File Operations
• Complicated Declarations
• Linked List
• Sorting and Searching
• Stack and Queue

Embedded Linux system development

• Introduction to embedded Linux
• Basic requirements for Embedded Linux Product Development Cross-compiling toolchains
• Building Development Environment
• Target & Host Setup
• Setting Up Networking Services
• Bootloader commands and usage
• Loading RootFS in Platfrom by various techniques
• Building Your Own Embedded Linux Distribution
• Kernel Configuration and Compilation
• Building embedded Linux systems with Buildroot
• Booting Linux
• Porting embedded linux (ubuntu version) to Beegle Bone Black Processor

Device drivers

• Introduction to Device driver
• Kernel Module Programming Basics
• Kernel Debugging Techniques
• Accessing Hardware Mechanisms
• The proc file system programming
• Communicating with Hardware
• Hardware and Interrupt Handling
• Tasklets and Bottom halves
• Kernel Threads
• Sleep and wakeup (wait queues)

Real Time Operating System

• Define Real Time Operating Systems (RTOS)
• Comparison between normal (traditional) OS and Real Time OS
• Why RTOS is required in Embedded systems
• How RTOS helps to increase the scalability
• Basic architecture
• Types and features
• Hard time systems
• Real time kernels
• Multitasking techniques
• Time and memory management
• Real time scheduling

Conclusion

Our embedded systems course syllabus covers an extensive range of topics including real-time operating systems, microcontrollers, programming languages and hands-on practices. Our well rounded program of study will certainly provide you with a good understanding of embedded systems. Our course curriculum will pave the way for a promising future. From comprehensive knowledge to real-world applications and exciting job opportunities in the IT industry, your embedded systems journey will be completely filled with innovation and endless possibilities. By enrolling in our embedded systems course in Chennai, you can easily position yourself for an exciting career that is not just versatile, but also in high demand across various IT industries.