Learning Objectives
- Develop expertise in both Mechanical CAD and Electric Vehicle (EV) design.
- Learn about EV components, battery systems, and integration with MCAD workflows.
- Master simulation and analysis for EV powertrains and mechanical structures.
- Understand sustainable design and emerging EV technologies.
Benefits for Students
- Master industry-leading MCAD software tools for 3D modeling, simulation, and product design.
- Develop proficiency in parametric and direct modeling techniques.
- Understand design validation, optimization, and manufacturing integration.
Benefits for Professionals/Engineers
- Gain industry-relevant CAD skills to enhance employability.
- Learn advanced modeling and design techniques used in engineering sectors.
- Build a strong portfolio of projects for job applications.
Benefits for Enterprises
- Expand CAD expertise with advanced modeling, simulation, and design workflows.
- Stay updated with the latest CAD tools and best practices.
- Improve design efficiency, reducing errors and development time.
Benefits for Academia
- Provide students with hands-on experience in industry-standard CAD tools.
- Enhance curriculum with advanced CAD training.
- Foster collaboration between mechanical and design engineering departments.
