EV Simulation and Battery Design Engineer
- Offered byCloudKampus
EV Simulation and Battery Design Engineer at CloudKampus Overview
Duration | 100 hours |
Total fee | ₹41,900 |
Mode of learning | Online |
Credential | Certificate |
EV Simulation and Battery Design Engineer at CloudKampus Highlights
- Earn a certificate of completion
- Case studies and projects from real world scenarios
- Get an internship in EV Battery Engineer
EV Simulation and Battery Design Engineer at CloudKampus Course details
- Vehicle dynamics calculation
- Understanding the cell chemistry and types
- Motor classifications
- Concept of motor controllers
- EV auxiliary systems
- Study the various characteristics of cell
- Battery cell & battery pack modeling
- Battery state estimation & range calculation
- Simulation of EV cell/pack models
- This course gives a clear understanding of battery technology, recent developments, and system
- It dives into the scientific concepts, and the engineering of designing, analysing the entire battery component and battery-enabled systems
- It is also witnessing a flurry of research and development activities, aiming at breakthroughs in their capacity to charge quickly and store more power for longer time, all at a lower cost
EV Simulation and Battery Design Engineer at CloudKampus Curriculum
Electric Vehicle Technology and Operation
Electric Vehicle Domain Knowledge
Vehicle Dynamics
EV - Propulsion System
EV - Energy Source System
EV - Auxiliary Systems and Sensors
Electric Vehicle Battery Design With Matlab
Energy and Batteries
Battery Modeling
Battery Management System (BMS)
Packaging and Safety
SMART Battery and HIL
Mastering Product Design using SolidWorks
Creating Sketch Entities
Part Modeling Tools
Assembly Modeling Tools
Generating Drawing Views
Sheet Metal Design
Mastering MATLAB for Mechanical Engineering
Programming & MATLAB Scripts
Simulink Modeling
Sim-scape Multibody
Model Based Design
Introduction to Engineering Analysis with ANSYS
Solid Modeling Fundamentals
Meshing
Static Structural Analysis
Natural Frequencies
Surface and Line Model