Automotive Embedded System

Automotive Embedded Systems is an electronic system used to control mechanical devices or access data from it. It could be a single programmed chip such as ARM, Cortex or a microprocessor such as DSPs, FPGAs, and ASICs etc.

A software program specifically designed to perform certain tasks are integrated into these systems. They improve performance, security and control of the vehicle. Computer programming languages like C, Embedded C++, Python, Rust, Ada, B# etc. are used to develop programs for Automotive Embedded Systems.

Several features like traction control, telematics, parking system, collision sensors, anti-lock braking system etc. are the commonly seen applications. Traffic fatalities and accidents have drastically reduced in the last decade and all the credit goes to Automotive Embedded Systems.

Curriculum:

• Module 1 : C Programming Language
• Module 2 :  arm Microprocessor
• Module 3 : Embedded Systems
• Module 4 : Lpc2148
• Module 5 : External Hardware Interfacing
• Module 6 : Led
• Module 7 : Ssd
• Module 8 : Lcd
• Module 9 : Motor
• Module 10 : Pll
• Module 11 : Serial Communication
• Module 12 : Working With Interactive Generator
• Module 13 : Wireless Protocol
• Module 14 : Automotive Embedded System Design
• Module 15 : Can Protocol
• Module 16 : Canoe Software
• Module 17 : Capl Scripting
• Module 18 : Timers
• Module 19 : Diagnostics
• Module 20 : Uds (unified Diagnostic Service)
• Module 21 : Lin (local Interconnect Network)
• Module 22 : Flexray
• Module 23 : Working With Interactive Generator

Why Should I Learn Automotive Embedded Systems? 

• Every vehicle would require several kinds of advanced embedded systems to meet legal obligations and exceed customer expectations. 
• The industry has enjoyed 20% growth last year and there is no looking back. While we are heading to a world of driver-less cars, automotive embedded system has huge scope in the future. The demand for automotive embedded engineers are skyrocketing in the job market.
• For a rewarding career in automobile industry Automotive Embedded Systems Course is a good start. The course includes MCU peripheral programming, driver development for SPI, I2C, GPIO, USART, Prototype APIs, capturing/decoding, analyzing serial protocols on logic analyzer etc. 
• You will learn embedded systems programming language and many more things to become a successful Automotive Embedded Systems Engineer.