Automotive Embedded Systems

Course Content:

• Foundations of Embedded Systems
  Gain an introductory understanding of embedded systems, their characteristics, and real-world applications.

• In-Depth Exploration of Microcontroller Architecture
  Study the internal architecture of microcontrollers, including key components and system operation.

• Detailed Analysis of Memory, CPU Resources, and I/O Ports
  Examine the functional aspects of embedded memory structures, processing units, and input/output interfaces.

• Practical Experience with Real-Time Applications
  Engage in hands-on exercises to implement and test real-time embedded system applications.

• Embedded Systems Design, Programming, Compilation, and Flashing
  Learn the complete workflow from designing embedded software to compiling and flashing it onto hardware.

• Introduction to Automotive Electronic Control Units (ECUs)
  Understand the purpose, structure, and significance of ECUs within modern vehicles.

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Weekly Detailed Course Plan:

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Week/Weekend 1: (6 hours)

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Session-1: Basics Of Embedded System

1. Introduction about Embedded System

2. Microprocessor Vs Microcontroller

3. Difference between IC, MCU, MPU, SoC and ECU

4. What is an ECU?

5. How to Choose a Microcontroller?

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Session-2: Embedded System Architecture

1. Von Neumann Architecture

2. Harvard Architecture

3. CISC Vs RISC Architecture

4. Embedded Memories

5. What is CPU and Core?

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Week/Weekend 2: (6 hours)

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Session-3: ESP32 Overview

1. What is ESP32?

2. Types of ESP32

3. How to Install ESP32 IDE?

4. Hello World Program in ESP32

5. LED Interfacing with ESP32

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Session-4: Embedded Protocol

1. What is Embedded Protocol?

2. Synchronous and Asynchronous 

3. UART Protocol Interface with ESP32

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Session-6: Sensor Interfacing with ESP32 - Part 1

1. Interface Digital Sensor(DHT11) with ESP32

2. Interface Ultrasonic Sensor with ESP32

3. Interface with PIR Sensor

4. Interface Analog Sensor(Soil Sensor) with ESP32

5. I2C Protocol Interface with ESP326h

 

Week/Weekend 3: (6 hours)

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Session-7: Sensor Interfacing with ESP32 - Part 2

6. Interface with I2C Sensor(I2C) with ESP32

7. SPI Protocol Interface with ESP32

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Session-8: CAN Protocol

1. What is CAN protocol?

2. Use Case of CAN protocol?

3. CAN Frame Formats

4. CAN Vs CAN FD Vs Flexray vs LIN

5. CAN Protocol Concepts

6. Sending a CAN Frame with ESP32

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Week/Weekend 4: (6 hours)

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Session-9: RTOS (Real Time Operating Systems)

1. What is RTOS?

2. OS Task 

3. What is an Interrupt?

4. Interrupt Vs Polling

5. Timer Concepts

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Session-9: Projects for students to try on their own - Overview

1. Smart Weather Station and Smart Agriculture

2. Multi Sensor Data Logger

3. CAN Bus Data Logger

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Course Duration:  4 Weeks

Training Mode:  Class  Room Training in our AutoEConnect India Office /

Online Training with our Embedded Tool Kit that can be separately purchased from us and shipped to your home.

Course Fee: INR 5000/- + Embedded Tool kit charges for Online Training

To Register:  Click the Link

Course Completion Certificate issued by AutoEConnect India after successful completion of the Course.

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Embedded Tool Kit contains the following components (Note: you can purchase the kit from AECI or on your own)

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All of our offline courses at AECI (Ramachandrapuram) include:

• Support for Interview preparation

• Industry insights overview

• Communication Skills Enhancement

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Bank account Details for Course Fee Payment: (Please contact us on Whatsapp: +44-73490 29529 for details)

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