Course Overview
- This course will allow you to acquire elements from engineering science, sociology, environmental science, political science, economics, management science, in order to evaluate, analyse and implement the diffusion of electric vehicles where their use is relevant.
- Responding to the training and development needs of industry 4.0 in automotive, DIYguru has launched the Programme in E-Vehicle Technology. This certificate course aims to provide the fundamentals of working of the storage devices from electric vehicle introduction to levels of hybridization (HEVs), BMS (Battery management system), CAN controller, Retrofitting, Component selection (Motor & Motor controller, Battery and converter), Charging system.
- This automobile course has been meticulously designed to enable participants build the required skill set, capabilities and knowledge in the e-mobility domain. The course is for engineers and professionals willing to work in this industry in varying capacities of research, sales, quality control and production.
- This course will give you the understanding of Electric vehicle simulation on MATLAB/ SIMULINK software and ANSYS tool which can further enhance the credibility to understand the software skills and testing and validation of the prototype.
- This course also enabled the advanced modeling of Powertrain Component modeling on the SOLIDWORK tool for 2D and 3D design.
Who is this program for?
 Fresh graduates (BE/ B.TECH/ME/M.TECH) who aspire to work in the sunrise sector of E-vehicles, powertrain components , architectures, and simulation etc. to get a comprehensive overview of the technology space.
- Working professionals in R&D
– At entry level to get a thorough understanding of the fundamental principles behind the working of Powertrain engineering and simulation, thereby understanding the new possibilities and research directionstheÂ
– At Mid and Senior levels to refresh the underpinning principles behind the Powertrain design and modelling and relate it to future trends in the technology.
- Working professionals at all levels in
– Quality Control to get exposure to the relation between the quality specifications and working of the devices at the fundamental level.
– Production, Sales & Support to understand the terminologies related to rating, sizing, and specifications of powertrain design and simulation such as Electrical, mechanical, and thermal design parameters.
– Management and Decision-Making roles to familiarize with the jargon related to E-Vehicle technology and battery packs and get a comprehensive view of the possibilities and limitations of powertrain design and simulation.
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Specialized roles one can apply for after doing this course
This programme is tailored to help you improve your engineering skills as a student, recent graduate, or working professional with following expertise.
- Powertrain Engineer
- Machine Maintainence Engineer – Powertrain Systems
- Quality Engineer – Powertrain Systems
- Production Engineer (M) – Powertrain Systems
- POWERTRAIN CALIBRATION ENGINEER
- Electrical Powertrain Software Integration Engineer
- Supplier Quality Assurance Engineer – Powertrain Systems
Industry overviewÂ
- Automobiles industry
- Electric vehicle industry
- MBD Simulation industry
- Battery Sales and Marketing industryÂ
- Li-ion battery manufacturer
- HEV industry
Languages & Tools Covered
- MATLAB/SIMULINK/SIMSCAPE/ SOLIDWORKS/ ANSYS
 About Syllabus
Introduction to EV Powertrain
Overview, Architecture and components of EV powertrain
Power Converters and Conditioning
Motors and Motor Controllers
Battery and Battery Management systems
Thermal Management of EV Powertrain
EV charging systems and Types of chargers
Introduction to Simulink
Modeling and Simulation of EV Powertrain components in MATLAB
Modeling and Analysis of EV powertrain components in Solid works and Ansys
Case study on Powertrain of existing models
Detailed Curriculum
- Why adoption of Electric vehicle
- Electric powertrain
- Quizzes
- Module Test
- Assignment
- Pure electric vehicle Series hybrid electric vehicle Parallel hybrid electric vehicle Series and Parallel hybrid electric vehicle
- Quizzes
- Fuel cell electric vehicle
- Plugin Hybrid vehicle
- Quizzes
- Module Test
- Assignment
- Â “Converter
     Dc -Dc Chopper
     Dc-Ac Inverter “ - Quizzes
- Gear Box
- Cvt
- Quizzes
- “Power Conditioning and Filtering
- How Filtering is Done?
- Capacitive Filtering
- Inductive Filtering
- Diode Filtering
- Noise Characterization”
- Quizzes
- Module Test
- Assignment
- Introduction to Motor Controls
- Motor Control Circuitry
- Quizzes
- Control Sequence of BLDC Part: 1
- Control Sequence of BLDC Part: 2
- Hall Sensor Feedback v/s BEMF Feedback
- Quizzes
- Module Test
- Assignment
- Types of battery and selection of battery
- Li-Ion Battery
- Calculation for Battery (Motor Selection, Voltage, WLTP, Capacity &Configuration
- Data acquisition, Battery monitoring unit and battery control unit
- Quizzes
- Battery pack integration and BMS
- BMS Functionality and Can protocol
- Cell Balancing and Safety parameters for BMS
- Battery pack validation as per ARAI
- Quizzes
- Module Test     Â
- Assignment
- Introduction to Thermal Management
- Components of Cooling System
- Cooling System Maintenance and Repair
- Understand heat load
- Quizzes
- Motor Heat Load Simulation
- Controller Heat Load Simulation
- Radiator Specification, Radiator Calculation, Twin Radiators
- Design Flow, Errors and Failures in Cooling Systems
- Quizzes
- Importance of Cooling System
- Busbars Modelling and Simulation
- Cell tabs Modelling and Simulation
- Battery Pack Modelling and Simulation
- Quizzes
- Module Test
- Assignment
- What is charging stations
- Types of charging stations
- Types of charging ports
- Quizzes
- Ev charging protocols
- Rules and regulations for charging stations
- Quizzes
- Module Test
- Assignment
- How to Build and Simulate a Simple Simulink Model
- How to Add a Controller and Plant to the Simulink Model
- How to View Simulation Results
- How to Tune a PID Controller
- Quizzes
- How to Compare and Save Simulation Data
- How to Manage Your Simulink Model
- How to Add Components to Your Simulink Model
- How to Model Continuous and Discrete Systems in One Model
- How to Use Templates and Examples
- Quizzes
- Module Test
- Assignment
- Cell Modelling and Simulation
- BMS Modelling and Simulation
- Quizzes
- Powertrain Modelling and Simulation
- Electric Vehicle Modelling and Simulation
- Quizzes
- Module Test
- Assignment
- Modelling of Motor Shaft and Analysis of Motor Shaft
- Modelling of Left Motor and Right Motor mounting
- Analysis of Motor Mounting
- Quizzes
- Modelling and Analysis of Bearing Adaptor
- Modelling and Optimization of Driven Sprocket
- Analysis of Driving Sprocket and driven sprocket
- Quizzes
- Modelling and analysis of Left Eccentric
- Modelling and analysis of Right Eccentric
- Modelling and analysis of Tripod Housing
- Quizzes
- Module Test
- Assignment
- Tata Nexon or
- Tesla or
- Nissan Leaf
- Module Test
- Assignment
