Name: Introduction To Hybrid and Electric Vehicle Training Course in San Jose | Henry Harvin
Uploaded: 2024-08-02 13:53:44
Description: Learn about Hybrid and Electric vehicles with their designing and working concepts | Understand Electric Vehicle subsystems, basics of EV charging, Introduction to Simulink block, and much more | Learn and work on modeling differential equations, transfer functions, and testing for EV vehicles | Avail Hybrid and Electric Vehicle training certificate from Henry Harvin®

Module 1: Introduction to Electric Vehicle
- Electric Vehicle Markets and Growth
- Basic Block Diagram of an EV and Working Principles
- Introduction of Major Components
- Charger
- MATLAB Software Introduction
Module 2: Vehicle Fundamentals
- Types of Conventional Vehicle Layouts
- Components of ICE Powertrain
- Engine, Engine Subsystems, Clutch, Transmission, Propeller Shaft, Differential, Power losses during power transmission
- Different types of Vehicles (Source of Energy)
- Hybrid vehicle
- Classification of HEV
- Degree of Hybridization: Mild, Medium, Full, Architecture: Series, Parallel, Series-parallel, Position of motors: P0, P1, P2, P3/P4
- EV Architecture layouts
- Single motor, Double motor, Motor in Wheel layout, Advantages and disadvantages of different layouts
- Electric Power Drive Systems
- Energy Source Subsystem (BMS), Energy Source, Energy Refuelling Units, Auxiliary Subsystem
- Electric Propulsion Subsystem
- Electronic Controller, Power Converter, Electric Motor, Manual Transmission
- Comparison between EV & ICE Vehicle
- Electric Vehicle Architecture Layout
Module 3: Vehicle Subsystem
- Steering System in an EV
- Steering Gearbox
- Hydraulic power-assisted Steering system
- Steer by wire Steering system and its advantages
- Suspension System in an EV
- Braking System in EV
- The Chassis System of an EV
- Transmission System in an EV
- Thermal management of an EV
- Wheels and Tires in EV
- Wheels and Tires alignment
Module 4: Low Voltage System of an EV
- Voltage Control & Power Management
- Types of Batteries
- Connected Vehicle Technologies
- Comprehensive Vehicle Communication
- Enhanced Vehicle Control
- In-Car Communication Protocols
- EMC & EMI Mitigation
- Electrostatic Charge & Discharge
Module 5: Basics of EV Charging
- Battery Specifications of Different EV Segments
- Charging Methods and Power Ratings
- Battery Swapping (Manual & Autonomous)
- Advantages And Challenges of Battery Swapping
Module 6: Introduction to Simulink
- What is Simulink?
- Why do we use it?
- What is mathematical modeling?
- Simulation time
- Solver configuration
- Simulink library browser
- What is a System?
- Subsystem
- Annotations
- Masking a system
Module 7: Primitive Simulink Block
- Unit Step, Ramp, Constant, Display, trigonometric, chirp signal blocks, etc.
- scope block needs to be discussed in detail
- Function block in Simulink
- Basic Mathematical modeling
- Modeling Algebraic equations
Module 8: Modeling Differential Equation
- Introduction to Linear and Non-linear systems
- Basics of Spring Mass Damper System
- Various responses of SMD system
- Underdamped, Critically damped & Overdamped response
- Characteristics of System Response
- Steady State Error, Rise Time, Settling Time, Overshoot
- Modeling A simple SMD system using MATLAB
- Simple Harmonic Oscillator (SHO): A special case of SMD system (Undamped response)
- Modeling of SHO System (Undamped system response)
Module 9: Modelling Transfer Functions
- Introduction to Time domain & Frequency domain
- What is the Transfer function?
- Introduction to State Space Representation
- Example of State space representation
- Basics of Laplace transform
- Obtaining the Transfer function of the SMD System
- Modelling SMD system using the Transfer function
Module 10: Autonomous Planning and Control of EVs
- Autonomous Vehicle Kinematics and Constraints
- Control to reference position and pose.
- Control of autonomous vehicles using kinematics
- Lateral Vehicle Dynamics
- Steering Control for Automated lane-keeping
- Cruise Control in Autonomous Vehicles
- Perception of autonomous vehicles
- Layers of Motion Planning for Autonomous Vehicles
- Motion Planning Primitives and Planning Scenarios
- Path planning methods
- Collision avoidance
- Co-operative control-based planning
Module 11: Fundamentals Of Electromagnetism and Signal Processing
- Introduction
- Moment of Force
- FFT of Square Waveforms
- Basic Integration of Functions of Time
- Magnetic Dipoles
- Rotating Magnetic Field
- Coil
- Coil Sides
- Turn
- Full Pitch and Short Pitch

Hybrid and Electric Vehicle Training Course in San Jose

23 Dec 2024

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About Hybrid and Electric Vehicle Training Course in San Jose

Hybrid and Electric Vehicle Training Course

AGOTA™ Framework

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Gold Membership Benefits

Learning Benefits

Key Highlights

96 Hours of Instructor-Led Sessions

32 Hours of Live Interactive Doubt Solving Sessions

16 Hours of Live Master Sessions by Industry Experts

192 Hours of Self-Paced Learning

Job-Ready Portfolio of 4 Capstone Projects

78+ Auto-Graded Assessments

3+ Industry Case Studies

144 Guided Hands-On Exercises

3+ Assignments and Mini Projects

2 Mock Interviews and 3 Hackathons

Get 1-Year Gold Membership of Henry Harvin® School of Electronics

Get a guaranteed Internship with Henry Harvin® and in top MNCs like J.P. Morgan, Accenture & many more via Forage

Get 3 in 1 Placement support through Placement Drives, Premium access to Job portal & Personalized Job Consulting

6 Hours of Mentorship by Industry Experts

Earn Certification of Course from Henry Harvin®, Govt of India recognized & Award-Winning Institute and NSDC Certification

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You Get 10-In-1 Program

Curriculum For Hybrid and Electric Vehicle Training Course in San Jose

Module 1: Introduction to Electric Vehicle

Module 2: Vehicle Fundamentals

Module 3: Vehicle Subsystem

Module 4: Low Voltage System of an EV

Module 5: Basics of EV Charging

Module 6: Introduction to Simulink

Module 7: Primitive Simulink Block

Module 8: Modeling Differential Equation

Module 9: Modelling Transfer Functions

Module 10: Autonomous Planning and Control of EVs

Module 11: Fundamentals Of Electromagnetism and Signal Processing

Admission Closes On 23 Dec 2024

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What you'll Learn in this course

Matlab Fundamentals

Matlab Programming and Plotting

Solving Mathematical Problems on MATLAB

Electric Vehicle Installation

Electric Vehicle Subsystem

Low Voltage System of an EV

Introduction to Simulink

Battery Fundamental And BMS

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