Advanced Embedded System in Electric Vehicles (AESEV)
A comprehensive and specialised EIP Level 2 certification program on Advanced Embedded System in Electric Vehicles using various hardware and software tools for Embedded System Selection, Planning, Development and Testing for Electric Vehicles. This certification is highly suited for professionals and students.
Level : 2 3 Months Domain : Embedded
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Key Highlights
  • Design by EV industry partners and experts
  • Hardware and software embedded tools exposure
  • Gateway to EV industry with Autobot certification
  • Weekend session with one-to-one mentorship
  • Design by EV industry partners and experts
  • Hardware and software embedded tools exposure
  • Gateway to EV industry with Autobot certification
  • Weekend session with one-to-one mentorship
  • Top Skills You will learn Embedded System Design, Development and Testing. CAN Communication System Design and its implications. CAN analyzer for analysis, simulation and testing. ECUs diagnostics and troubleshooting process.
  • Career Opportunity 7.5 lakhs of EV engineers will be required by 2025 and around 10 million EV engineers by 2030 in India as per industry market outlooks. Embedded engineering will have a special role in hi-end electric connected smart vehicles.
  • Who is this course for? This course is best suited for fresher engineers with up to 5 years of experience in the automotive or similar domains. Anyone who wants to develop their own embedded FW can also undertake this course.
  • Eligibility Candidates with relevant backgrounds from Electrical/EEE/E&TC are best preferred for this course.
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Syllabus
Fundamentals of Embedded Systems You will learn about the fundamentals of embedded systems, communication interfaces and programming tools used in embedded systems for hardware and software applications.
  • Recap of Embedded Systems (Hardware & Software)
  • Types of Embedded System
  • Introduction & types of Microcontrollers
  • Introduction to Communication Interfaces
  • Programming tools used in Embedded Systems
  • Reference
Applied Embedded System In this module, you will learn about how to develop the embedded system with step by step process, selection of hardware systems and its test equipment.
  • Flow chart for development of Embedded Systems
  • Selection of programming tool
  • Selection of hardware
  • Planning of simulations
  • Selection of test equipments
Advanced Embedded System In this module, you will learn real industrial applications in Electric Vehicles. It also makes you learn how to develop actual Embedded systems with software and hardware integrations.
  • Introduction to Advanced Embedded System
  • Case Study: Battery Management System
  • Project 1: Development & Testing of BMS
  • Case Study: Motor Drives
  • Project 2: Development & Testing of Motor Drive
  • Case Study: Battery Chargers
  • Project 3: Development of Battery Charger
State Machines In this module, you will learn about different types of state machines, design and its implementation with projects.
  • Introduction to State Machine
  • Types of State Machine
  • Project 4: Develop state machine diagram for Coffee Vending machine
  • Entry & Exit Point Implementation
CAN Communication Interfaces In this module, you will learn about different communication protocols and interfaces used development of a communication system in an electric vehicle. You will learn in detail about the CAN communication systems with real-time industrial projects for various used cases.
  • Recap of communication interfaces
  • Recap of communication interfaces
  • Detailed discussion of CAN protocols
  • Detailed discussion of CAN protocols
  • Implementation of CAN protocols in Electric Vehicles
  • Implementation of CAN protocols in Electric Vehicles
  • Case study discussion of CAN implementation
  • Case study discussion of CAN implementation
  • Project 6: Development of CAN interface for BMS
  • Project 6: Development of CAN interface for BMS
CAN Communication Interfaces In this module, you will learn about different communication protocols and interfaces used development of a communication system in an electric vehicle. You will learn in detail about the CAN communication systems with real-time industrial projects for various used cases.
  • Recap of communication interfaces
  • Recap of communication interfaces
  • Detailed discussion of CAN protocols
  • Detailed discussion of CAN protocols
  • Implementation of CAN protocols in Electric Vehicles
  • Implementation of CAN protocols in Electric Vehicles
  • Case study discussion of CAN implementation
  • Case study discussion of CAN implementation
  • Project 6: Development of CAN interface for BMS
  • Project 6: Development of CAN interface for BMS
Vector CANalyzer Analysis and Testing Process In this module, you will learn about Vector CANalyzer basic application with realtime case studies and use cases for development, analysis, simulation, testing, diagnostics and start-up of ECU networks and individual ECUs.
  • This course allows candidate to recap fundamentals of Embedded systems.
  • You will learn and understand different steps in development of Embedded systems
  • This course introduces to real industrial applications in Electric Vehicles. It also trains candidate to developed actual Embedded System.
  • With this course the candidate will become experienced in development of difference communication interfaces used in Electric Vehicles
Industry Mentors and Resources
  • Industry mentors, learning resources, personalised learning experience and graders will help you along the way to resolve any subject matters related queries
  • They grade your assignments and share one-on-one feedback
Autobot Learning Studio (ALS)™
  • More freedom to learn with projects virtually using Autobot Learning Studio anytime, anywhere
  • Autobot Learning Studio™ allows learners to take live notes while taking the lectures and stay accessible for a lifetime
Autobot Member Community (AMC)
Community Benefits
  • Autobot Certified Members will get lifetime access to AMC.
  • Get access to job alerts, trends, and industry insights.
  • Opportunity to boost up your credibility in the industry.
  • Access to Autobot exclusive knowledge session by experts.
  • Lifetime Autobot Forum access for learning, networking, collaborations.
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Program Fees
Advanced Embedded System in Electric Vehicles (AESEV)
RS. + GST
Offers : 10%
Blended | 01-06-2022
  • Online
    Rs. 50000.00
  • Practical
    Rs. 30000.00
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