Electric Vehicle

5.0

Advanced ANSYS Engineering for EV

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Duration: 1 Months

Program Duration

self paced - Recorde

Learning Format

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Learn from World's Top Ranked
Indian Institute of Technology

Recognized by the best

Recognized by the best

Industry-Approved Curriculum – Designed with feedback from 25+ leading companies, including John Deere, L&T, TCS, and Maruti

Industry-Approved Curriculum – Designed with feedback from 25+ leading companies, including John Deere, L&T, TCS, and Maruti

Career Opportunities

  • Thermal Analyst

  • CFD Engineer

  • Simulation Engineer

  • Structural Analyst

  • FEA (Finite Element Analysis) Engineer

  • R&D Engineer

  • Design Engineer (Simulation)

  • Optimization Specialist

  • ANSYS Application Engineer

  • Product Development Engineer

Career Opportunities

  • Thermal Analyst

  • CFD Engineer

  • Simulation Engineer

  • Structural Analyst

  • FEA (Finite Element Analysis) Engineer

  • R&D Engineer

  • Design Engineer (Simulation)

  • Optimization Specialist

  • ANSYS Application Engineer

  • Product Development Engineer

FOR ENTERPRISE

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Projects

Project: Advanced Non Linear Transient Analysis of EV component system

Participants will complete a comprehensive project involving thermal and fluid dynamics analysis for an electric vehicle component, such as a battery cooling system. The project will encompass heat transfer analysis, fluid flow simulation, nonlinear structural analysis, and optimization, equipping learners with the practical skills needed for real-world EV design and simulation.

Technical expertise you will gain

  • Conduct steady-state and transient heat transfer analyses for EV components.

  • Set up and analyze complex fluid dynamics simulations.

  • Perform nonlinear static and transient structural analyses.

  • Optimize EV designs using parametric and response surface studies.

  • Automate simulation tasks using ANSYS Customization Toolkit and Python scripting.

  • Troubleshoot and resolve convergence issues in complex models.

  • Execute multiphysics simulations for fluid-structure interaction problems.

  • Apply best practices in simulation for accurate and efficient results.

  • Analyze the thermal and mechanical performance of electric vehicles.

  • Contribute to industry-level projects and simulations.

Program Curriculum

Courses

Simulation and Numerical Analysis

Battery Technology

Motor Systems

Electric Vehicle Technology

CAD/CAE Design/Engineering

System Design & Engineering

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Courses

Simulation and Numerical Analysis

Battery Technology

Motor Systems

Electric Vehicle Technology

CAD/CAE Design/Engineering

System Design & Engineering

Quick Links

R&D

Resources

Contact Us

Resources

Case Studies

Presentations

Careers

Contact

Subscribe

Alumni

Offices

Privacy Policy

Academic Policy

Terms of Use

Sitemap

Quick Links

R&D

Resources

Contact Us

Resources

Case Studies

Presentations

Careers

Contact

Subscribe

Alumni

Offices

Privacy Policy

Academic Policy

Terms of Use

Sitemap