PG Certification in Automotive Embedded systems

Hours   Total: 240 Hrs Instructor   Instructional: 140 Hrs Project   Project: 50 Hrs
Assignments   Assignments: 50 Hrs Hours   2 hrs/per day Language   English
Hours Total:
268 Hrs
Instructor Instructional:
140 Hrs
Project Project:
60 Hrs
Assignments Assignments:
60 Hrs
Employability Skills Employability Skills:
20 Hr
Hours 2 hrs/per day
Language English
Live

Live

Instructor Led Program

Case

Workshop

For hands-on learning

projects

Projects

From real world scenarios

Certification

Certification

Widely recognized by the industry

Course Overview

The PG Certification in Automotive Embedded systems is a specialized program tailored for professionals keen on mastering embedded systems and software engineering. This course is ideal for engineers aiming to innovate in intelligent system design and it bridges the gap between theoretical knowledge and practical application. With the embedded systems market projected to reach $116 billion by 2025, growing at a CAGR of 6.1%, its significance in sectors like aerospace, automotive, and industrial automation is more pronounced than ever.

This course aims to thoroughly equip participants with the skills and knowledge necessary for excelling in embedded systems. It focuses on the holistic development of expertise in designing, developing, and implementing embedded hardware and software. The curriculum is carefully crafted to deepen understanding of intelligent systems integral to various industries, blending theoretical learning with hands-on experience and project work. This approach ensures participants are well-prepared to navigate and contribute significantly to the evolving landscape of embedded systems and software engineering.

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Learning Outcome

  • Build C & C++ programming skills from scratch
  • Understand OOPS and Data Structures concepts
  • Gain knowledge in Linux and RTOS
  • Explore Basic Electronics and Processor Architectures
  • Master Embedded C programming with Microchip, ARM, and Arduino
  • Learn about SDLC and Verification and Validation
  • Get exposure to various Embedded Hardware
  • Acquire knowledge of compilers and debuggers
  • Develop good debugging skills
  • Utilize simulators and IDEs for embedded software development
  • Understand requirements engineering for embedded systems

Syllabus

Module 01 Embedded C Programming
  • Introduction to C Programming in Embedded Systems Development
  • Compiler basics and compilation process
  • Data types, Operators, and Expressions
  • Function handling and Array Manipulation
  • Memory Management
  • Advanced C concepts and Data Structures
  • Multithreading and Thread Memory models.
  • Industry standards and Best coding practices.
Module 02 Object oriented Programming with C++
  • Foundations of C++ programming
  • Concepts of class and objects
  • Core concepts of OOPS - Inheritance and polymorphism
  • Dynamic Memory management
  • Datastructure with C++
  • Interprocess communication and Exceptional Handling
Module 03 Embedded Linux: System-Level Programming for Embedded Devices
  • Overview of Linux OS and Evolution of Open Source Software
  • Command Line Interface and Linux Shell Programming
  • System Programming and Linux File Systems
  • Linux Kernel Overview and Building Linux Kernel
  • Threads, Multithreading, and Synchronization
  • TCP and UDP Sockets communicatin in Embedded Systems Development
Module 04 Developing Device Drivers for ARM Architecture
  • Peripheral driver development
  • GPIO, timer, ADC control
  • ARM memory and CPU mode understanding
Module 05 Bare metal Programming of PIC controller with Embedded C
  • Understanding 8-bit Microcontroller Architecture
  • Introduction to Bare-Metal Programming
  • Tools for Programming PIC Microcontroller
  • Understanding Hardware Interfaces
  • GPIO Configuration and Usage
  • Display and Input Interfaces
  • Timer and PWM Configuration
  • Communication Protocols
Module 06 Developing IoT applicaton using Arduino
  • Introduction to Arduino Programming and Features
  • General Purpose Input Output (GPIO) and Sensor Interfacing
  • Utilization of Communication Interfaces such as ADC, SPI, I2C.
  • Exploration of IoT Concepts and Protocols
  • Application of IoT in Various Sectors
Module 07 Mastering Real-Time Operating Systems (RTOS) with ARM
  • Exploring the Need for RTOS and Introduction to FreeRTOS
  • FreeRTOS Scheduler, Task Management, Content switching and Task Control
  • FreeRTOS Timer and Queue Management:
  • Task Synchronization with Semaphores and Mutexes
  • Deadlocks, Priority Inversion and Interrupt Management

Guided Projects

Embedded C - Industrial Temperature Monitoring and Analysis System

10 Hrs

C++ - Advanced Inventory Management System with Interprocess Communication

10 Hrs

IOT - Develop a Smart Health Monitoring System (SHMS)

10 Hrs

RTOS - Develop a Multi-Priority Alarm System (MPAS) that utilizes interrupt-driven alarms

10 Hrs

Embedded Linux - Develop a Real-Time System Monitoring Dashboard (RSMD)

10 Hrs

PIC Microcontroller - Develop an intelligent Automotive Door Monitoring control System (DMS) and Using CANBUS

10 Hrs





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