Curriculum structure draft If + Introduction + Course Objectives: + Whatis the significance of learning about EVs? + Aboutus + Potential job opportunities in the EV sector * About Discord community Types of electric vehicles and their power sources * Identifying core and secondary parts of a Battery Electric Vehicle (BEV) * Different types of motors used in Electric Vehicles + How do Li-ion batteries in BEVs work * Selecting the Target Specifications for the Bike * Finalizing Target Specifications and calculating Traction force * Selecting and finalising the target specifications for your EV conversion. CoS aaaRMTENON ELTON Intro To Scilab © Scilab Plots * Understanding Xcos Calculating Energy Consumption (Software simulation in Scilab and Xcos) - Part 1 * Calculating Energy Consumption {Software simulation in Scilab and Xcos) - Part 2 * Calculating the Energy Consumption for your two-wheeler ‘What happens if li-ion battery is mishandled, + Causes of Li-ion battery fires + Preventing Li-lon battery fires + Basic battery calculations and battery arrangements + Searching, comparing and selecting batteries ‘+ Designing a battery pack for your two-wheeler Capstone: Modelling your own Electric vehicle conversion from scratch Scanned with CamScannerHow do electric vehicles fare against petrol vehicles History of electric vehicles Structure of an electric Vehicle powertrain ‘Your thoughts on why EVs need to be studied and why they are important? Whatis an electric motor? An overview of different types of motors ‘What to consider when selecting a motor? Basic Explanations Building a Primitive DC motor Building a 3 pole BLDC motor Understanding the basics Examples Building and simulating the magnetic field and visualizing the working of a 3 pole DC motor Building a BLDC motor controller What is a motor controller? How does a motor controller work ‘Comparing different kinds of brushless motors and their drive types Understanding sensored and sensorless motors Understanding Motor Control Algorithms Understanding Pulse Width Modulation Building a BLDC Controller What is a Battery Management System. « Writing Arduino code and Testing. Consequences of damaged Li-ion cell. © Working with Python. Functionalities of a BMS. * Writing Code: Discharging & Charging. Terminologies in battery management. + Writing Code Balancing and monitoring. Different types of BMS topologies. * Controlling BMS and building algorithm. Cell Balancing and types of methods. + Executing your Algorithm. BMS design recommendations. + Relevant guidelines for transportation electrification, Installing & setting up the workspace. * Usual causes of battery fire, Initial Set up of the BMS Module. * Writing Arduino code and Testing. Scanned with CamScanner* Basics of Thermodynamics . = Whats heat transfer? . © Common cause of heat generation . © Measuring the heat generation in Power # electronics devices + Leaming to use Simscale . + Learning to use Onshape . * CADimport & preparation for simulation # + Thermal Management of Power . Electronics (Inverter, charging system, BMS, Wiring Harness etc) + Why doyou need a separate charger? Defining material & boundary conditions Pre-processing & starting simulation Run Post processing Managing the generated heat Transistor temperature measurement ‘Thermal Management of Motors Thermal Management of Battery Pack Thermal Management System in EV ‘What you won't be learning about chargers in this chapter + Typesof chargers + Levels of charging © Charging connectors + Type 1 and Type 2 EV Charging connectors: What's the difference? ‘+ Understanding the charging process ‘What is Communication? * Howdo electronics communicate? ‘* Whats electronic noise? © Types of Serial Communication Protocols © Basic terminologies ‘© Types of Parallel communication protocols # Building a better Motor controller + Assembling the motor controller module. ‘+ Write BMS algorithm according to Problem statement * Communication + Basics of automotive communication * Unified Diagnostic Services * Career paths for engineers in the automotive communication domain * Let's understand the basic wiring ‘* Understanding I2c and Wire-h © Write a code to send Battery data to Motor controller using iz + Capstone Project Scanned with CamScanner