Embedded systems Internship syllabus

Embedded Systems

Internship Training Structure

Week 1: Programming for Embedded Systems

Day 1-3

Understanding the role of ASM in embedded systems

ASM syntax, registers, and basic instructions

Writing simple ASM programs for microcontrollers

Day 4-6

Week 2: Operating Systems and Linux Internals

Introduction to embedded operating systems

Real-time operating systems (RTOS) vs. general-purpose OS

Linux internals relevant to embedded systems

Day 7-9

Linux Kernel Configuration and Compilation

Configuring the Linux kernel for embedded systems

Cross-compilation for target architectures

Building a minimalistic Linux system for embedded devices

Week 3: Networking for Embedded Systems

Day 10-12

Understanding the TCP/IP stack in the context of embedded systems

Socket programming basics for embedded devices

Implementing simple networking applications

Day 13-15

Controller Area Network (CAN) Protocol

Overview of CAN protocol and its applications

CAN message formats and frame types

Implementing CAN communication in embedded systems

Day 16-18

Device Drivers in Embedded Systems

Basics of device drivers and their role in embedded systems

Writing simple device drivers for peripherals

Kernel-space and user-space communication

Week 4: Real-Time Operating Systems (RTOS) and Hardware

Day 19-21

Understanding the importance of real-time in embedded systems

Overview of RTOS concepts and scheduling

Introduction to RT-Linux as a real-time extension for Linux

Day 22-24

Microcontroller Programming - 8051

Introduction to 8051 microcontroller architecture

Programming in assembly and C for 8051

Interfacing peripherals and sensors with 8051

Day 25-27

ARM Architecture and Programming

Overview of ARM architecture

ARM assembly language programming

Introduction to ARM Cortex-M series and its applications

Week 5: Project and Integration

Day 28-30

Integrating hardware, software, and networking components

Building a small embedded system project

Testing, debugging, and optimizing the embedded system

Day 31-33

Deployment and Testing of Embedded Systems

Deployment strategies for embedded systems

Real-world testing scenarios and methodologies

Ensuring reliability and robustness of embedded systems

Day 34-36

Deployment and Project Showcase

Participants present their embedded system projects

Feedback and discussion on project implementations

Guidance on further steps, specialization, and advanced topics in embedded systems

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