Scilab Refresher Training Course for Battery Simulation & Modeling

Strengthen your battery simulation skills with hands-on Scilab and Xcos training covering electrical & thermal modelling, SOC estimation, voltage mapping, and battery validation.

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About the Program

The Scilab Refresher Training Course is designed for engineers and professionals looking to strengthen their battery simulation and modelling skills using Scilab and Xcos. Participants will gain experience in 1D battery simulation, electrical and thermal battery modelling, State of Charge (SOC) estimation, voltage mapping, and battery system validation. The course focuses on real-world engineering workflows used in electric vehicle (EV) battery development, enabling learners to understand simulation techniques before physical prototyping. Whether you are refreshing existing knowledge or upskilling for the growing EV industry, this program equips you with simulation expertise that can be applied across battery design, testing, validation, and research.

Program Highlights

  • Gain practical experience with 1D battery simulation using Scilab and Xcos.
  • Learn electrical and thermal battery modelling techniques for EV battery systems.
  • Develop expertise in SOC estimation, voltage mapping, and battery performance analysis.
  • Understand battery system validation and simulation-driven engineering workflows.
  • Build skills for EV battery development, testing, and simulation to advance in your professional career.

Who Should Enroll?

  • EV Engineers
  • Battery Engineers
  • Simulation Engineers
  • Automotive Professionals
  • Engineering Students
  • Researchers
Skills You Will Gain
IIM online course certificate
1D Battery Simulations
IIM online course certificate
Battery Electrical Modeling
IIM online course certificate
Battery Thermal Modeling
IIM online course certificate
SOC Estimation
IIM online course certificate
Voltage Mapping
IIM online course certificate
Battery System Design and Validation
IIM online course certificate

Why Learn Scilab for Battery Simulation?

Scilab has become an essential open-source simulation tool for engineers working on electric vehicle battery systems. It enables accurate electrical and thermal modelling, battery performance analysis, State of Charge (SOC) estimation, voltage mapping, and system validation before physical prototyping. By learning Scilab and Xcos, engineers can reduce development time, improve battery design accuracy, and gain simulation skills that are widely used in EV research, product development, and battery management system (BMS) engineering. This course provides hands-on experience with battery simulation workflows, making it valuable for both aspiring and experienced EV professionals.

Program Curriculum

Scilab Refresher Training Course
Exercise
1
Learning Material:
6
Tutorials for 1D Simulation Model
  • Tutorials for 1D Simulation Model - Part 01
    Video | 00:34:30
  • Tutorials for 1D Simulation Model - Part 02
    Video | 00:15:37
  • Tutorials for 1D Simulation Model - Part 03
    Video | 00:08:38
  • Tutorials for 1D Simulation Model - Part 04
    Video| 00:16:18
Battery Simulation
  • Battery Simulation
    Video | 00:35:51
Battery Thermal Simulation
  • Battery Thermal Simulation
    Video| 00:27:57
Course End Exam - Scilab Refresher Training Course
  • End Exam
Feedback Form - Scilab Refresher Training Course
  • Feedback form for the program

Program Instructor

evACAD-workstation

Vikrant Vaidya

24+ years’ experience in global automotive design and product development on multiple EVs and Hybrid vehicle platforms, specializing in model-based design, calibration, testing, and system integration; a Six-Sigma Green Belt with 3 inventions in battery & hybrid electric vehicles.  He earned his Master's degree in Energy Systems Engineering from the University of Michigan and his Bachelor's in Mechanical Engineering from Nagpur University.

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Refund Policy

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Frequently Asked Questions

What is the Scilab Refresher Training Course designed for?
The Scilab Refresher Training Course is designed to strengthen battery simulation and modelling skills using Scilab and Xcos. It covers electrical and thermal modelling, SOC estimation, voltage mapping, and battery system validation for EV engineering applications.
How is Scilab used in electric vehicle battery simulation?
Scilab enables engineers to perform 1D battery simulation, electrical and thermal modelling, SOC estimation, and voltage mapping. It helps validate battery performance before physical prototyping, reducing development time and cost in EV battery development.
Who should enrol in this Scilab course on battery simulation?
This Scilab online course is ideal for EV engineers, battery engineers, simulation professionals, automotive engineers, and engineering students seeking hands-on experience in battery modelling, SOC estimation, and Xcos-based simulation workflows for the EV industry.
Do I need prior experience to take this Scilab Xcos training course?
Knowledge of basic engineering fundamentals is recommended. This Scilab refresher training course is structured to help learners quickly build practical skills in battery simulation, thermal modelling, voltage mapping, and validation using Scilab and Xcos tools.
What career skills does this battery modelling using Scilab course provide?
Learners gain practical skills in 1D battery simulation, electrical and thermal battery modelling, SOC estimation, voltage mapping, and battery system validation. These skills are directly applicable to EV battery development, testing, and BMS engineering roles.
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