Embedded C and AUTOSAR Overview

Name: Embedded C and AUTOSAR Overview
Rating: 4.5 (507 reviews)

AUTOSAR concepts and BSW Modules are covered

Created byAutosar Instructor .

Last updated 10/2023

English

What you'll learn

Embedded C
Understanding of Autosar Diagnostics (Dem, Dcm and CanTP modules, UDS and OBD protocols)
Understanding of the Autosar Architecture and its benefits and its methodology
Overview of layered Autosar architecture
ECUM and BSWM modules of AUTOSAR
Undersatnding of NvM module
This is an evolving course, and more topics will be added based on feedback and queries
Understanding of Rte concepts
CAN Protocol

Course content

14 sections • 160 lectures • 10h 25m total length

Introduction2:50

Basic C concepts14:56
Operators6:51
Storage Classes5:05
Extern1:36
Static3:51
Conditional Statements : If else2:16
Switch Statement3:44
Ternary1:59
Nested Ternary4:18
Loops (while , do while and for)2:34
Loops example7:18
Break and Continue2:47
Array Introduction2:53
Pointer Introduction3:44
Common Pointer Operations5:55
Common Pointer declarations3:30
Double Pointer2:45
Array of Pointers5:33
Matrix Representation using array of pointer8:06
Dynamic Memory3:40
Matrix implementation using single pointer3:33
Matrix using array of pointers in heap2:58
Matrix using double pointer in heap2:41
Dangling_Ptr and Memory leak2:29
Function Intro4:02
Call by Value and Call by reference1:47
Hello World2:31
Function Pointer4:12
Structure Introduction4:23
Call by Value and Reference (Structure Example)2:56
Structure Padding4:14
Enum2:35
Union Introduction3:23
Bit Fields3:32
Type Casting2:24
Preprocessors4:08
Macros For Debugging2:27
Memory Layout2:31
Compilation Process2:54

Introduction to Diagnostics and Dem Module6:11
Events & DTC3:40
Operation cycle and event status Byte8:41
Status bit Transitions13:38
Debouncing and event processing6:48
Event Processing and storage3:18
Event Data, Healing & Aging5:41
Aging3:25
Startup Behaviour of Dem4:11
Dem Configuration12:49
DCM Module Introduction1:16
DCM Location in BSW0:31
DCM Interaction with other modules1:13
Submodules of DCM2:08
DSL Functionality3:51
DSD Functionality -13:47
DSD Functionality - 22:22
DSP Functionality0:48
SubModules Interactions5:10
Physical and Functional0:55
DCM Timers2:34
DCM Config0:45
DSL config1:22
Service table config1:18
DSD config2:48

Requirements

Basic knowledege of AUTOSAR and intrest to learn.

Description

When I started working as a professional, I tried searching relevant contents and explanation on Autosar but I was unable to find a structured course online, there were just huge documents and it was difficult to understand for a new person, so this led me to make this course so that others benefit from my experience.

AUTOSAR is a very important and vast topic in automotive industry. It is ubiquitous and its knowledge is a must. In today's market we have a huge demand for professionals with Autosar knowledge.

I have designed this course for individuals who want to learn about autosar and also for those who are preparing for interviews. I have tried to cover the important topics and modules in this course. I will keep updating the course with more topics based on your feedback and queries.

In this course below topics is covered keeping interview process in mind:

- Autosar concepts, use case and methodology

- BSW Modules: DCM, Dem, BSWM, ECUM, Nvm

- Rte Module

- UDS, CAN and OBD protocols

- Embedded C

After taking this course you will have better understanding of Autosar

Feel free to reach me on LinkedIn for more information on course.

Happy learning and all the best!!

Who this course is for:

Automotive Professionals

Embedded C and AUTOSAR Overview

What you'll learn

Explore related topics

Course content

Introduction1 lecture • 3min

Embedded C39 lectures • 2hr 33min

AUTOSAR Basics7 lectures • 42min

Rte11 lectures • 38min

Startup and Shutdown Sequence2 lectures • 7min

ECUM Module8 lectures • 37min

BSWM Module9 lectures • 39min

Diagnostics In Autosar25 lectures • 1hr 39min

CAN TP1 lecture • 9min

UDS Protocol17 lectures • 50min

Requirements

Description

Who this course is for: