The training was quite useful for the participants. ARM Hardware and underlying concepts were thoroughly explained. The course was appreciated by all participants, however the last part, poring of OS on the Board, which most of the participants were keenly interested in, was covered in hurry, due to time limitation. Overall it was good experience and learning for the participants.

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Advance Embedded System Design (AESD) Course

Our Embeded training program is designed for students from Electronic and Computer Science background. The Embedded course covers the technology right from the basics to the advanced concepts. The course covers 8-bit programming concepts with in-depth exposure to Operating Systems and Real Time Operating Systems. The course brings enough exposure to students in the Embedded domain to embrace any and every upcoming technology changes within the fastest possible time

What you get?

Embedded Course Diploma Certificate

Participate in Campus Placements for Embedded Jobs

In House Projects

Learn the basics of embedded software and hardware development and become confident enough to start a career in Embedded domain

Target Audience

This course is designed for graduates from Electronics and Computer Science. The curriculum assumes prior knowledge of basics of      Electronics coupled with some Programming fundamentals.

Duration

The duration of the training program will be 6 Months.

Syllabus

C Programming with Data Structures

The advanced elements of the C Language, Which are so important when developing for embedded systems such as function pointers, typesets and structures.

Pointers & Function Pointers

Structures, Unions and Bit Fields

Data Structures Including Linked List Binary Trees, Stacks, Queues etc

Data Structures Including Linked List

C and Processor Architecture Specific Issues


Embedded C

C and Assembly Interfacing

Memory Mapping and Data Mapping in ARM

Embedded C for ARM Architecture/8051

ARM Optimization Techniques


8051 Micro Controller Programming

Instruction Set to 8051 Microcontroller

Assembly Language Programming and Instruction Set Architecture

Peripheral/Programming

• Interrupts • UART • LCD • ADC • Stepper Motor


32 Bit ARM Architecture and Programming

This section mostly deal with the architecture and programming of ARM. Following are some of the details pertaining to this section.

ARM Processor Hardware Architecture

ARM Programming Model, Instruction Set Architecture

Exception Handling in ARM, External Interrupt, Software interrupt, Software Interrupt

ARM Procedure Call Standards (APCS)

Thumb Instruction Set Architecture and Programming Model

ARM Thumb Inter-Working

Protocols-CAN & I2C


Linux Operating System Fundamentals & Programming

This module is designed to develop a strong conceptual background in operating systems. It provides an overview of the main tasks faced by operating systems developers and teaches the primary methods used to solve common problem with more emmphasis on Linux.

Operating System and Hardware Architecture

Process and Process Control

Signals

POSIX Threads and Multithread Architecture in an OS

Memory Management

File System

Inter Process Communication (Pipes,Shared Memory etc.)

Synchronization Primitives (Semaphores Mutex's etc.)

Deadlocks and Avoidance Techniques

Schedulers and Various Scheduling Aigorithms

Socket Programming


RTOS Fundamentals and Programming (ucos-II)

Real Time System Fundamentals

Real Time Operating System Introduction

Task, Thread, Process

Real Time Kernal Architecture

Real Time Scheduler Algorithm, Analysis Deadlocks

Kernal Data Structure

IPC