Embedded System with Automotive AUTOSAR Course in Bhubaneswar

Robogenesis offers cutting-edge Embedded Systems integrated with Automotive AUTOSAR Course, revolutionizing vehicle technology. Our solutions harness the power of AUTOSAR to optimize performance, safety, and reliability in automotive embedded systems. With a robust framework for standardized software architecture, we ensure seamless integration and interoperability across diverse automotive applications. From advanced driver assistance systems to autonomous driving platforms, Robogenesis empowers automotive manufacturers with scalable, efficient, and future-proof embedded solutions. Experience unparalleled innovation and efficiency with Robogenesis Embedded Systems and AUTOSAR technology, driving the automotive industry forward into a new era of intelligent mobility.

Embedded System with Automotive AUTOSAR

Course Overview

Robogenesis offers a comprehensive course tailored to professionals seeking expertise in Embedded Systems with  Automotive AUTOSAR Course in Bhubaneswar,Odisha. This course is meticulously designed to equip participants with the necessary skills and knowledge to navigate the intricacies of developing embedded systems within the automotive industry.The curriculum delves into the fundamentals of AUTOSAR (AUTomotive Open System ARchitecture), a standardized software architecture for automotive electronic control units (ECUs). Participants will gain a deep understanding of AUTOSAR concepts, methodologies, and tools essential for developing robust and efficient automotive embedded systems.Key topics covered include software architecture design, communication stacks, configuration and integration processes, and diagnostics within the AUTOSAR framework. Hands-on practical sessions enable participants to apply theoretical knowledge to real-world scenarios, fostering a holistic learning experience.Furthermore, the course emphasizes industry best practices and standards, ensuring participants are well-versed in meeting automotive industry requirements and compliance regulations.Whether you’re a seasoned professional looking to upskill or a newcomer seeking to enter the automotive embedded systems domain, Robogenesis’ Embedded System with Automotive AUTOSAR course provides the expertise and practical insights needed to excel in this dynamic field. Join us and embark on a journey towards becoming a proficient automotive embedded systems engineer.

Advance Embedded System

Course Fees

Rs.149,990. 00

(Including 18% GST)

Syllabus

Embedded System with Automotive AUTOSAR

Embedded System with Automotive AUTOSAR 

Duration: 6 month 

Embedded C 

Fundamentals of C 

Elements of C (keywords and Data types) 

Operators & Expressions 

Standard Input and Output  

Conditional Statements and Loops  

Function 

Storage classes 

Memory management in C 

Pointer 

C Programming CompilationStages  

Pre-Processor directives 

Array 

String 

Structures 

Unions 

Enumerated Data types  

Bit-Wise operation  

Dynamic memory allocation  

File input and output 

Key Topic: Volatile, Function pointer, Bit Field,  

Structure Padding, Static and Inline Function. 

Embedded Firmware (8051 Architecture) 

Basics 

Architecture 

Memory Organization 

Register Banks 

Special Function Registers 

On-chip Peripherals 

Pin Descriptions 

Internal Peripheral Modules 

o Digital Input Output (DIO) 

o Analog to digital Converter (ADC) 

o Timer/Counters

o Interrupts 

o UART 

o PWM Concept 

External Interfaces 

o Light Emitting Diodes (LEDs) and Switches 

o DC Motor and Steeper Motor 

o Relay and Motor Driver 

o Robot Construction 

o Liquid Crystal Display (LCD) 

o Matrix Keyboard 

o PC Communication  

S/W development tools 

o Different type of IDE Concept (Keil μVision, ATMEL studio,  ARDUINO) 

o Compiler Tool Chain 

o Cross Compiler 

o Embedded C Programming 

o Flashing Technique, Testing & Debugging 

o Simulation in Proteous Software 

ARM ARCHITECTURE  

Advanced ARM Processor  

o Ultra Low Power and High Performance 32-bit CPU  o 3-Stage Pipe Line and Harvard Architecture  

o System Tick Timer (STT)  

o JTAG/ SWD Debug Interface  

Peripheral Set  

o 512kB Flash Program Memory and 64kB SRAM  

o 8 Channel General Purpose DMA  

o General Purpose Input Output (GPIO)  

o 12-bit Analog to Digital Converter (ADC) 

o 10-bit Digital to Analog Converter (DAC)  

o 32-bit General Purpose Timers (GPT)  

o Pulse Width Modulation (PWM)  

o Real Time Clock (RTC)  

o Watch Dog Timer (WDT)  

o Nested Vectored Interrupt Controller (NVIC)  

Serial Protocols  

o Universal Asynchronous Receiver Transmitter (UART)  o Inter Integrated Circuit (I2C) 

o Serial Peripheral Interface (SPI)  

Automotive Embedded System with AUTOSAR Introduction to Embedded Automotive Systems Architecture Features of Automotive embedded system 

Application of Automotive embedded system 

o Antilock Breaking System(ABS)  

o Traction Control System (TCS)  

o Electronic Stability Control (ESP)  

o Airbag  

o Pre-Crash Safety System(PCS) 

o Car Navigation System 

o ADAS 

Classification of Automotive Embedded System 

o Power Train and Control 

o Body Control system 

o Multimedia System 

o Integrated system/service 

AUTOSAR Fundamentals 

o Introduction to AUTOSAR 

o AUTOSAR architecture and methodology 

o Benefits and challenges of AUTOSAR 

AUTOSAR Layers and Components 

o Application Layer 

o Runtime Environment (RTE) 

o Basic Software (BSW) Layer 

o Microcontroller Abstraction Layer (MCAL) 

o System services and communication services 

AUTOSAR Software Components 

o Definition and types of software components 

o Interface and port types 

o Communication between components 

o Implementing software components 

AUTOSAR Runtime Environment (RTE)Application Layer o Role of RTE in AUTOSAR 

o RTE generation process 

o RTE APIs and services 

o Communication mechanisms in RTE

AUTOSAR Basic Software (BSW) Modules 

o Memory Stack 

o Diagnostic Stack 

o Communication Stack 

o ECU State Manager 

o Operating System (OS) and Timing services 

AUTOSAR Configuration and Integration 

o System and ECU configuration 

o Configuration tools and processes 

o Integration of software components and BSW modules o AUTOSAR XML (ARXML) files and their role in integration AUTOSAR Tools and Development 

o AUTOSAR authoring tools 

o Code generation and build tools 

o Simulation and testing tools 

o Best practices for AUTOSAR development 

Future Trends and Challenges in AUTOSAR 

o AUTOSAR and emerging automotive technologies o Cybersecurity and functional safety 

o Challenges in adopting AUTOSAR

Education Patners

Our Certificates

The future of tomorrow. In a scenario like today, technology is at its paramount importance and innovation with ample of new ideas blending in to create a new and better future. With the people working along with us. At Robogenesis, we take immense pride in awarding certificates that symbolize not just completion but a mastery of cutting-edge skills. Our certificates stand as a testament to your dedication and proficiency in areas such as Drone Technology, Embedded Systems, Programming (C, C++, Core Java, Python), and more. These credentials are recognized in the industry, serving as a gateway to lucrative opportunities. Backed by a curriculum crafted by industry experts, our certificates showcase a commitment to excellence and practical knowledge. Join Robogenesis, earn a certificate that speaks volumes, and open doors to a future brimming with possibilities in the ever-evolving landscape of technology. Your success story starts with us.

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