Master Certification Course in Battery Management Algorithm Development

Offered byDecibelslab

Master Certification Course in Battery Management Algorithm Development
at
Decibelslab
Overview

Gain a comprehensive overview of Master Certification Course in Battery Management Algorithm Development

Duration	36 weeks
Start from	30th Dec'24
Total fee	₹1.77 Lakh
Mode of learning	Online
Official Website	Go to Website
Credential	Certificate

Master Certification Course in Battery Management Algorithm Development
at
Decibelslab
Highlights

Earn a certificate after completion of course
100% Placement Guarantee

Master Certification Course in Battery Management Algorithm Development
at
Decibelslab
Course details

Skills you will learn

C Simulation Software Testing

What are the course deliverables?

Foundation to Cell technology & 1-D simulation

Hands-on with Li-ion cell testing, characterisation & parameter extraction

Develop EQC based cell 1-D models for behaviour prediction (Rint, 1RC & 2RC)

Learn Model Management, Model Standards & Simulation based testing

Learn SIL, PIL, Embedded C, Code generation & Real time implementation

Model based Pack Design & Cell Balancing algorithms development

Introduction to State Estimations & Filters

Kalman filter based SOC Estimation

Least Square and Impedance based SOC Estimation

More about this course

This Course will help you learn about Master Certification Course in Battery Management Algorithm Development

Master Certification Course in Battery Management Algorithm Development
at
Decibelslab
Curriculum

Module 1

Li-Ion Cell Chemistry & Technology

The 1st half of Module 1 of the Master the course covers the fundamentals of electrochemical cells, cell constructions, types of cell formats, cell materials, cell chemistries, electrochemical reactions in cells, cell terminologies, cell failure modes and safety devices are discussed

And the 2nd half of Module 1 describes lithium-ion cells in more detail. Various types of Li-ion chemistries are discussed along with their properties and characteristics

Module 2

MATLAB Scripting for 1-D Simulation

This master course will cover the topics such as foundation to Matlab programming from basics to Advance level

Module 3

MATLAB Simulink for System Modeling

This master course will cover the topics such as the foundation of the concepts of Simulink

It involves how to make use of blocks to construct an algorithm or equation, how to set up the programming constructs, logic, basic math, etc

Module 4

Equivalent Circuit Based Li-Ion Cell Modeling

In this module the learner uses the knowledge acquired in modules 2 and 3 to create a basic mathematical model of a Li-ion cell in Matlab and Simulink using principles of Thevenin’s equivalent circuit

Module 5

1 RC Lithium Ion Cell Model Validation

In this module the data obtained during the live session of the module 5 is utilized in the 1RC cell model created in module 4

Module 6

2 RC Lithium Ion Cell Model Validation

This master course is a project-based module

Using all the knowledge acquired since module 1, The the learner has to create a 2RC cell model using Matlab and Simulink and validate the model for different inputs

Module 7

Stateflow for Logic Driven System Modeling

This course will cover the topics such as the foundation of the concepts of Stateflow, how to set up time-based events, task-based events, trigger-based events, condition-based events, debugging tables & charts, design of logic & control part of algorithms

Module 8

Stateflow for Logic Driven System Modeling

Module 9

Model Management & MBD Standards

This course will cover the topics such as the foundation of the Automotive software development process (V-type model & MBSE model), creating design & test requirements & setting up them in Simulink, the system architecture development, Model & data management, concepts of MBSE project management, data type creation & setup

Module 10