About the program

Program Overview The Comprehensive CAD Training program is designed to equip participants with the foundational skills and advanced techniques required to effectively use Computer Aided Design CAD software for technical drawing, 3D modeling, and design analysis. Through hands-on exercises, guided projects, and in-depth lessons, participants will gain the knowledge needed to create accurate and detailed designs for various engineering and architectural applications. Learning Objectives CAD Software Proficiency: Develop proficiency in industry standard CAD tools such as AutoCAD. 2D and 3D Modeling: Learn to create and manipulate both 2D drawings and 3D models, including rendering, shading, and visual effects. Technical Drawing Skills: Gain the skills to produce precise technical drawings, schematics, and blueprints for engineering or architectural projects. Design for Manufacturability: Understand design optimization techniques for ease of manufacturing, efficiency, and cost-effectiveness. Design Analysis and Simulation: Introduction to basic simulation tools for stress analysis, material behavior, and durability testing. Project Collaboration: Learn best practices for working within a design team, including file management, version control, and collaboration. Course Modules Module 1: Introduction to CAD Software Overview of CAD tools and interface basics Navigation, tools, and customization Best practices for CAD workflow Module 2: 2D Drafting Fundamentals Creating basic shapes, lines, and text Dimensioning and annotations Layering, scaling, and basic plotting Module 3: 3D Modeling and Rendering Introduction to 3D geometry and coordinate systems Extrusions, lofts, sweeps, and other modeling techniques Basic rendering for visualizing models in realistic settings Module 4: Advanced CAD Techniques Assembly modeling and constraint application Parametric modeling and editing Surface modeling and complex shapes Module 5: Design Analysis and Simulation Introduction to stress analysis and load simulations Material selection and performance assessment Finite Element Analysis FEA basics Module 6: Design Optimization and Best Practices Design for manufacturability DFM concepts Drafting standards and dimensioning guidelines File management and team collaboration

Perks

Unpaid

Who can apply?

Only those candidates can apply who:

1. are from Diploma In Engineering,B.Tech. / B.E./ Equivalent
2. and specialisation from Automobile Engineering,Civil Draftsman,Industrial and Production Engineering,Mechanical Engineering,Automobile Engineering,Industrial Production Engineering,Manufacturing Engineering,Mechanical Engineering
3. are available for duration of 6 Weeks
4. have relevant skills and interests

Terms of Engagement

Who Should Attend. Engineering and architecture students seeking hands-on CAD skills Professionals looking to enhance design and drafting capabilities Anyone interested in learning CAD for personal or professional development

Number of openings

100