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Automotive Embedded Systems Course in Pune

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Automotive Embedded Systems Course in Pune

Automotive Embedded System Course

Welcome to Technoscripts Pune, a premier institute dedicated to providing cutting-edge training in the field of embedded systems. Our Automotive Embedded Systems course in Pune is meticulously crafted to equip aspiring professionals with the skills and knowledge required to thrive in the dynamic world of automotive technology. Automotive embedded course in Pune at TechnoScripts is an up-to-date job-oriented course. The Automotive embedded systems course is for all the freshers of engineering background, graduates, and post graduates including working professionals from any background.

In today's automotive landscape, vehicles are becoming increasingly sophisticated, integrating advanced electronics and automotive embedded course in Pune to enhance safety, performance, and efficiency. Our specialized automotive embedded systems course in Pune is designed to bridge the gap between traditional mechanical engineering and the modern, technology-driven automotive industry.

The Automotive Embedded Systems course at Technoscripts Pune is a comprehensive program that delves deep into the intricacies of embedded systems specifically tailored for automotive applications. Participants will embark on a journey that covers a spectrum of topics, ranging from fundamental concepts to advanced technologies shaping the automotive sector.

Description

Embark on a transformative journey with Technoscripts Pune's Automotive Embedded Systems course, where theory meets practical application, and graduates emerge ready to make significant contributions to the ever-evolving automotive technology landscape. Join us and unlock the doors to a rewarding career in the dynamic world of automotive embedded systems.

This automotive embedded systems course will also help all the candidates to give kickstart to your career moreover they will also be getting 100% Placements Support. Automotive embedded course will make you industry ready with our expert guidance and mock interviews in automotive embedded systems course.

Welcome to Technoscripts Embedded, your door to dominating the universe of Automotive Embedded Systems. In the present quickly developing automotive industry, embedded systems assume a crucial part in upgrading vehicle security, execution, and usefulness. Our Automotive Embedded course is intended to outfit you with the information and abilities expected to succeed in this thrilling field.

Our Automotive Embedded course is painstakingly created to give a far-reaching comprehension of embedded systems inside the automotive space. You'll jump profound into the center ideas, advances, and apparatuses utilized in creating embedded systems for vehicles. From microcontroller programming to continuous working systems, this course covers everything.

Welcome to Technoscripts, your gateway to excellence in the automotive embedded systems domain. Our certification course in Advanced Embedded Systems is tailored to meet the demands of the rapidly evolving automotive industry, where cutting-edge technology and innovation are key. As vehicles become more sophisticated, the need for skilled professionals well-versed in automotive software development and safety standards has never been more critical.

In our comprehensive program, you will delve into the intricacies of electronic systems, exploring topics such as Anti Lock Braking System (ABS) for anti lock brake , traction control , and other vital aspects of automotive designs. Our course caters to both aspiring engineers and working professionals seeking to enhance their expertise in automotive embedded software and engineering.

The curriculum provides an in-depth introduction to automotive embedded systems, ensuring that you grasp the fundamentals while also delving into the intricacies of Anti-Lock Brake (ABS) technology. We understand the importance of meeting safety standards in the automotive industry, and our course is meticulously crafted to align with these stringent requirements.

As you progress through the program, you'll gain hands-on experience, applying software engineering principles to real-world automotive scenarios. Our expert instructors , many of whom are industry veterans, bring a wealth of experience to the classroom, offering valuable insights into the dynamic landscape of automotive embedded systems and electrical electronics.

At Technoscripts, we recognize the demand for skilled professionals in the automotive industry, and our certification course aims to bridge the gap by equipping you with the knowledge and skills needed to excel in this specialized field. Elevate your career in automotive embedded systems with Technoscripts and become a driving force in the future of automotive technology.

These systems are designed to work in real-time and often operate under harsh conditions. They use microcontrollers and other specialized hardware to perform their functions, and they communicate with other systems in the vehicle using various communication protocols

1. Introduction to automotive embedded systems: This module covers the basics of embedded systems in the automotive industry, including the different types of systems used in vehicles and their applications.

2. Automotive communication protocols: This module covers the different communication protocols used in the automotive industry, such as CAN, LIN, and FlexRay.

3. Embedded software development for automotive systems: This module covers the software development process for embedded systems in the automotive industry, including programming languages and development tools.

4. Automotive sensors and actuators: This module covers the different types of sensors and actuators used in vehicles, and their interface with embedded systems.

5. Automotive safety standards: This module covers the safety standards and regulations that apply to embedded systems in the automotive industry, such as ISO 26262.

6. Project-based learning: This module allows students to apply the knowledge they have acquired in the previous modules to a real-world project.

7. Industry trends and future developments: This module covers the latest trends and future developments in the field of automotive embedded systems.

Duration: 3 Months

Batches : Regular as well as Weekends

fast track Batch option available.

Curriculum

Module 1: Introduction to Automotive Systems

Understand the basics of the automotive domain.

Learn about the use of embedded systems in automotive applications.

Explore the automotive embedded system design process.

Gain knowledge of the automotive product development life cycle.

Module 2: Sensors, Actuators, and Electronic Components

Study various automotive sensors and transducers.

Understand automotive-grade microcontrollers and their applications.

Learn about actuators, sensors, semiconductor components, integrated circuits, and SMD components.

Understand the role of electric motors and driving techniques in vehicles.

Module 3: Microcontroller and Programming

Learn the architecture of microcontrollers used in automotive systems.

Gain hands-on experience in microcontroller programming and PWM generation.

Perform sensor interfacing, including working with a Hall sensor for speed detection.

Learn motor control techniques using embedded programming.

Module 4: Communication Protocols

Understand the use and types of communication protocols in automotive systems.

Study USART, I2C, SPI, and CAN Bus in terms of applications and structure.

Learn about RS232, I2C, and SPI protocols, including pros and cons.

Get introduced to automotive communication protocols, including CAN and J1939.

Module 5: CAN Protocol Training

Learn the basics of CAN, including its importance, OSI model mapping, and node communication.

Understand frame formats, arbitration, error types, and bit-stuffing techniques in CAN communication.

Explore CAN hardware, including interfacing PIC18F458 with MCP2551, bit/baud rate calculations, and CAN engine architecture.

Work on loopback testing, transmitter/receiver node setup, and building basic CAN applications using a CAN training kit.

Module 6: Project Implementation

Create an automotive communication-based project using CAN.

Test CAN protocol in loop-back mode.

Set up transmitter and receiver nodes for data transmission and reception.

Analyze communication flow and ensure proper data handling between nodes.

Module 7: C and Embedded C Programming

Learn C basics: variables, loops, arrays, functions, pointers, and structures.

Understand file handling, I/O methods, and memory allocation.

Explore coding standards and development practices in embedded C.

Module 8: Advanced Automotive Trends

Electronic Control Unit (ECU): Functionality, architecture, types, and role in vehicle performance

Engine Control Module (ECM): Fuel injection, ignition timing, emission control

Body Control Module (BCM): Power windows, door locks, lighting system

Transmission Control Module (TCM): Gear shifting, torque management

ABS Control Module: Anti-lock braking system functionality, integration with traction control

Powertrain Control Module (PCM): Coordination between ECM and TCM

Module 9: MATLAB Simulink for Automotive Applications

Understand the basic environment of MATLAB and Simulink.

Learn to model dynamic systems and simulate automotive control applications.

Design Simulink-based automotive subsystems such as speed control, motor behavior, and sensor fusion.

Integrate Simulink models with embedded system hardware for testing and validation.

Explore the need for simulation and understand key simulation parameters such as simulation time and step size.

Get familiar with different solver types and their use in system modeling.

Learn the fundamentals of Model-Based Design using Simulink.

Module 10: Stateflow for Logic Design

Learn the fundamentals of Stateflow and its integration with Simulink.

Model state machines and control logic using Stateflow charts.

Implement event-driven and conditional logic for automotive applications.

Simulate and test real-time automotive behavior using combined Stateflow-Simulink models.

Understand the concept of Finite State Machines and the need for Stateflow in automotive systems.

Learn to use Stateflow Truth Tables and the Chart Editor.

Develop both flow-based and state-based logic systems.

Explore essential Stateflow elements like functions and embedded MATLAB functions.

Batch Scheduled

Sr. No.Course NameBatch ScheduleDurationRegistration
1 Advance Career Track in Embedded

New batch starting this week "Monday"

5 Months
2PG Diploma in Automotive Embedded

New batch starting this week "Monday"

3 months
3Autosar Training

New batch starting this week "Monday"

3 months
4 IOT ( Internet of Things )

New batch starting this week "Monday"

45 days

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