Embedded System with Automotive Course in Bhubaneswar
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Robogenesis, situated in Bhubaneswar, Odisha, pioneers in providing cutting-edge education in Embedded Systems with a specialized focus on Automotive applications. Our comprehensive course equips students with practical skills and theoretical knowledge essential for the automotive industry’s demands. Through hands-on training and industry-relevant curriculum, students delve into concepts like vehicle communication protocols, embedded software development, and real-time operating systems. Our experienced faculty ensures personalized attention, fostering a conducive learning environment. Graduates emerge ready to tackle challenges in automotive electronics, contributing to the sector’s technological advancements. Join Robogenesis for a transformative learning experience, shaping the future of automotive embedded systems.
Embedded System with Automotive
Course Overview
Robogenesis offers a comprehensive Embedded System with Automotive course in Bhubaneswar, Odisha, designed to equip students with the necessary skills and knowledge to excel in the rapidly evolving automotive industry. This course integrates cutting-edge technologies with practical applications, preparing individuals for a successful career in embedded systems and automotive engineering.Throughout the program, students delve into various aspects of embedded systems, including microcontrollers, real-time operating systems, sensor interfacing, and firmware development. They gain hands-on experience in designing, prototyping, and testing embedded systems, ensuring a thorough understanding of the core concepts and methodologies.The automotive specialization within the course focuses on the unique challenges and opportunities within the automotive sector. Students explore topics such as automotive electronics, vehicle communication systems, CAN bus protocols, and automotive embedded software development. They also learn about emerging trends such as autonomous vehicles, electrification, and connected car technologies, staying at the forefront of industry advancements.With a blend of theoretical knowledge and practical skills, graduates of this course emerge as competent embedded systems engineers ready to tackle the complexities of the automotive domain. Whether aspiring to work in automotive manufacturing, research and development, or emerging tech startups, this course provides a solid foundation for a rewarding career in this dynamic field.
Embedded System with Automotive
Course Fees
Rs.149,990. 00
(Including 18% GST)
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Syllabus
Embedded System with Automotive AUTOSARÂ
Duration: 6 monthÂ
Embedded CÂ
∙ Fundamentals of CÂ
∙ Elements of C (keywords and Data types)Â
∙ Operators & ExpressionsÂ
∙ Standard Input and Output Â
∙ Conditional Statements and Loops Â
∙ FunctionÂ
∙ Storage classesÂ
∙ Memory management in CÂ
∙ PointerÂ
∙ C Programming CompilationStages Â
∙ Pre-Processor directivesÂ
∙ ArrayÂ
∙ StringÂ
∙ StructuresÂ
∙ UnionsÂ
∙ Enumerated Data types Â
∙ Bit-Wise operation Â
∙ Dynamic memory allocation Â
∙ File input and outputÂ
Key Topic: Volatile, Function pointer, Bit Field, Â
Structure Padding, Static and Inline Function.Â
Embedded Firmware (8051 Architecture)Â
∙ BasicsÂ
∙ ArchitectureÂ
∙ Memory OrganizationÂ
∙ Register BanksÂ
∙ Special Function RegistersÂ
∙ On-chip PeripheralsÂ
∙ Pin DescriptionsÂ
∙ Internal Peripheral ModulesÂ
o Digital Input Output (DIO)Â
o Analog to digital Converter (ADC)Â
o Timer/Counters
o InterruptsÂ
o UARTÂ
o PWM ConceptÂ
∙ External InterfacesÂ
o Light Emitting Diodes (LEDs) and SwitchesÂ
o DC Motor and Steeper MotorÂ
o Relay and Motor DriverÂ
o Robot ConstructionÂ
o Liquid Crystal Display (LCD)Â
o Matrix KeyboardÂ
o PC Communication Â
∙ S/W development toolsÂ
o Different type of IDE Concept (Keil μVision, ATMEL studio, ARDUINO)Â
o Compiler Tool ChainÂ
o Cross CompilerÂ
o Embedded C ProgrammingÂ
o Flashing Technique, Testing & DebuggingÂ
o Simulation in Proteous SoftwareÂ
ARM ARCHITECTUREÂ Â
∙ Advanced ARM Processor Â
o Ultra Low Power and High Performance 32-bit CPU o 3-Stage Pipe Line and Harvard Architecture Â
o System Tick Timer (STT)Â Â
o JTAG/ SWD Debug Interface Â
∙ Peripheral Set Â
o 512kB Flash Program Memory and 64kB SRAMÂ Â
o 8 Channel General Purpose DMAÂ Â
o General Purpose Input Output (GPIO)Â Â
o 12-bit Analog to Digital Converter (ADC)Â
o 10-bit Digital to Analog Converter (DAC)Â Â
o 32-bit General Purpose Timers (GPT)Â Â
o Pulse Width Modulation (PWM)Â Â
o Real Time Clock (RTC)Â Â
o Watch Dog Timer (WDT)Â Â
o Nested Vectored Interrupt Controller (NVIC)Â Â
∙ Serial Protocols Â
o Universal Asynchronous Receiver Transmitter (UART)Â o Inter Integrated Circuit (I2C)Â
o Serial Peripheral Interface (SPI)Â Â
Automotive Embedded System with AUTOSAR ∙ Introduction to Embedded Automotive Systems Architecture ∙ Features of Automotive embedded systemÂ
∙ Application of Automotive embedded systemÂ
o Antilock Breaking System(ABS)Â Â
o Traction Control System (TCS)Â Â
o Electronic Stability Control (ESP)Â Â
o Airbag Â
o Pre-Crash Safety System(PCS)Â
o Car Navigation SystemÂ
o ADASÂ
∙ Classification of Automotive Embedded SystemÂ
o Power Train and ControlÂ
o Body Control systemÂ
o Multimedia SystemÂ
o Integrated system/serviceÂ
∙ AUTOSAR FundamentalsÂ
o Introduction to AUTOSARÂ
o AUTOSAR architecture and methodologyÂ
o Benefits and challenges of AUTOSARÂ
∙ AUTOSAR Layers and ComponentsÂ
o Application LayerÂ
o Runtime Environment (RTE)Â
o Basic Software (BSW) LayerÂ
o Microcontroller Abstraction Layer (MCAL)Â
o System services and communication servicesÂ
∙ AUTOSAR Software ComponentsÂ
o Definition and types of software componentsÂ
o Interface and port typesÂ
o Communication between componentsÂ
o Implementing software componentsÂ
∙ AUTOSAR Runtime Environment (RTE)Application Layer o Role of RTE in AUTOSARÂ
o RTE generation processÂ
o RTE APIs and servicesÂ
o Communication mechanisms in RTE
∙ AUTOSAR Basic Software (BSW) ModulesÂ
o Memory StackÂ
o Diagnostic StackÂ
o Communication StackÂ
o ECU State ManagerÂ
o Operating System (OS) and Timing servicesÂ
∙ AUTOSAR Configuration and IntegrationÂ
o System and ECU configurationÂ
o Configuration tools and processesÂ
o Integration of software components and BSW modules o AUTOSAR XML (ARXML) files and their role in integration ∙ AUTOSAR Tools and DevelopmentÂ
o AUTOSAR authoring toolsÂ
o Code generation and build toolsÂ
o Simulation and testing toolsÂ
o Best practices for AUTOSAR developmentÂ
∙ Future Trends and Challenges in AUTOSARÂ
o AUTOSAR and emerging automotive technologies o Cybersecurity and functional safetyÂ
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.
