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EV Powertrain Architecture and Energy Storage System Part 4 : Control Methods
- Description
- Curriculum
- Reviews
Popular courses
- COE – EV
- For Enterprises
- For Academia
- For NGO’s
- Courses
- All Courses
- Electric Vehicle Assembly Technician
- PG Certification in Hybrid Electric Vehicle Design and Analysis
- PMC in EV Powertrain Architecture and Energy Storage System
- PMC in Electric Vehicle Design Simulation and Component Selection
- PMC in E-Mobility – Communication, Architecture and Diagnosis
- PMC in CAD & CAE
- Advance Electric Vehicle Design
- Battery Thermal Management and Safety
- Fundamental of Electric Bike – 2W
- Design & Optimization of Electric Vehicle
- Electric Bike Design and Development
- BMS & ECU for Electric Vehicle
- Motor Selection, Design and EV Industry Prospects
- Electric Powertrain and Modes
- EV Charging Protocols and Challenges
- SolidWorks & Ansys
- Component Design using Solidworks
- Design Simulation using Ansys
- Finite Element Analysis using Hypermesh
- Linear Analysis using Optistruct
- Design Simulation using Ansys
- Vehicle Crash Test Using LS-DYNA
- Executive Programs
- Automotive
- PG Certification in Hybrid Electric Vehicle Design and Analysis
- PMC in EV Powertrain Architecture and Energy Storage System
- PMC in Electric Vehicle Design Simulation and Component Selection
- PMC in CAD & CAE
- Advance Electric Vehicle Design
- Electric Powertrain and Modes
- Vehicle Crash Test Using LS-DYNA
- EV Charging Protocols and Challenges
- EV Design & Development
- Electric Vehicle
- Electric Vehicle Assembly Technician
- Electric Vehicle, Embedded System and ADAS Program in partnership with NITK Surathkal
- Nano Degree Program in Connected, Autonomous, and Electric Vehicles
- PG Certification in Hybrid Electric Vehicle Design and Analysis
- PMC in EV Powertrain Architecture and Energy Storage System
- PMC in Electric Vehicle Design Simulation and Component Selection
- PMC in E-Mobility – Communication, Architecture and Diagnosis
- Electric Powertrain and Modes
- Motor Selection, Design and EV Industry Prospects
- Advance Electric Vehicle Design
- Battery Thermal Management and Safety
- BMS & ECU for Electric Vehicle
- Aerodynamics of Vehicle Design
- EV Charging Protocols and Challenges
- 30 Days Internship on Design and Development of Electric Solar Vehicle
- Design
- PG Certification in Hybrid Electric Vehicle Design and Analysis
- PMC in Electric Vehicle Design Simulation and Component Selection
- PMC in E-Mobility – Communication, Architecture and Diagnosis
- PMC in CAD & CAE
- Motor Selection, Design and EV Industry Prospects
- Design Simulation using Ansys
- Component Design using Solidworks
- SolidWorks & Ansys
- 30 Days Internship on Design and Development of All Terrain Vehicle
- Aerodynamics of Vehicle Design
- 30 Days Internship on Design and Development of Electric Solar Vehicle
- CFD
- Embedded System
- FEA
- PG Certification in Hybrid Electric Vehicle Design and Analysis
- PMC Electric Vehicle Design Simulation and Component Selection
- PMC in CAD & CAE
- Master Course in FEM & FEA
- Finite Element Analysis using Hypermesh
- Linear Analysis using Optistruct
- Design Simulation using Ansys
- Vehicle Crash Test Using LS-DYNA
- Autonomous Vehicles
- Vehicle Dynamics
- PG Certification in Hybrid Electric Vehicle Design and Analysis
- PMC in Electric Vehicle Design Simulation and Component Selection
- Motor Selection, Design and EV Industry Prospects
- Advance Electric Vehicle Design
- EV Design & Development
- Aerodynamics of Vehicle Design
- 30 Days Internship on Design and Development of All Terrain Vehicle
- 30 Days Internship on Design and Development of Electric Solar Vehicle
- Course by Semester
- All Courses
- MORE
- Sign up
- COE – EV
- For Enterprises
- For Academia
- For NGO’s
- Courses
- All Courses
- Electric Vehicle Assembly Technician
- PG Certification in Hybrid Electric Vehicle Design and Analysis
- PMC in EV Powertrain Architecture and Energy Storage System
- PMC in Electric Vehicle Design Simulation and Component Selection
- PMC in E-Mobility – Communication, Architecture and Diagnosis
- PMC in CAD & CAE
- Advance Electric Vehicle Design
- Battery Thermal Management and Safety
- Fundamental of Electric Bike – 2W
- Design & Optimization of Electric Vehicle
- Electric Bike Design and Development
- BMS & ECU for Electric Vehicle
- Motor Selection, Design and EV Industry Prospects
- Electric Powertrain and Modes
- EV Charging Protocols and Challenges
- SolidWorks & Ansys
- Component Design using Solidworks
- Design Simulation using Ansys
- Finite Element Analysis using Hypermesh
- Linear Analysis using Optistruct
- Design Simulation using Ansys
- Vehicle Crash Test Using LS-DYNA
- Executive Programs
- Automotive
- PG Certification in Hybrid Electric Vehicle Design and Analysis
- PMC in EV Powertrain Architecture and Energy Storage System
- PMC in Electric Vehicle Design Simulation and Component Selection
- PMC in CAD & CAE
- Advance Electric Vehicle Design
- Electric Powertrain and Modes
- Vehicle Crash Test Using LS-DYNA
- EV Charging Protocols and Challenges
- EV Design & Development
- Electric Vehicle
- Electric Vehicle Assembly Technician
- Electric Vehicle, Embedded System and ADAS Program in partnership with NITK Surathkal
- Nano Degree Program in Connected, Autonomous, and Electric Vehicles
- PG Certification in Hybrid Electric Vehicle Design and Analysis
- PMC in EV Powertrain Architecture and Energy Storage System
- PMC in Electric Vehicle Design Simulation and Component Selection
- PMC in E-Mobility – Communication, Architecture and Diagnosis
- Electric Powertrain and Modes
- Motor Selection, Design and EV Industry Prospects
- Advance Electric Vehicle Design
- Battery Thermal Management and Safety
- BMS & ECU for Electric Vehicle
- Aerodynamics of Vehicle Design
- EV Charging Protocols and Challenges
- 30 Days Internship on Design and Development of Electric Solar Vehicle
- Design
- PG Certification in Hybrid Electric Vehicle Design and Analysis
- PMC in Electric Vehicle Design Simulation and Component Selection
- PMC in E-Mobility – Communication, Architecture and Diagnosis
- PMC in CAD & CAE
- Motor Selection, Design and EV Industry Prospects
- Design Simulation using Ansys
- Component Design using Solidworks
- SolidWorks & Ansys
- 30 Days Internship on Design and Development of All Terrain Vehicle
- Aerodynamics of Vehicle Design
- 30 Days Internship on Design and Development of Electric Solar Vehicle
- CFD
- Embedded System
- FEA
- PG Certification in Hybrid Electric Vehicle Design and Analysis
- PMC Electric Vehicle Design Simulation and Component Selection
- PMC in CAD & CAE
- Master Course in FEM & FEA
- Finite Element Analysis using Hypermesh
- Linear Analysis using Optistruct
- Design Simulation using Ansys
- Vehicle Crash Test Using LS-DYNA
- Autonomous Vehicles
- Vehicle Dynamics
- PG Certification in Hybrid Electric Vehicle Design and Analysis
- PMC in Electric Vehicle Design Simulation and Component Selection
- Motor Selection, Design and EV Industry Prospects
- Advance Electric Vehicle Design
- EV Design & Development
- Aerodynamics of Vehicle Design
- 30 Days Internship on Design and Development of All Terrain Vehicle
- 30 Days Internship on Design and Development of Electric Solar Vehicle
- Course by Semester
- All Courses
- MORE