Course Description
Cross-disciplinary Marketing Integration
Module 1: Introduction to CAD
- Overview of CAD and its applications
- Historical evolution of CAD
- Importance of CAD in various industries
- Introduction to CAD software interfaces
- Basic tools and operations in CAD software
Module 2: 2D Drafting and Design
- Fundamentals of 2D geometry
- Creating technical drawings
- Precision and accuracy in 2D design
- Annotations and dimensions in 2D drawings
Module 3: 3D Modeling
- Introduction to 3D space and coordinates
- Basic 3D shapes and extrusion
- Creating 3D models from scratch
- Visualization and navigation in 3D space
Module 4: Parametric Design using CAD software
- Understanding parametric modeling concepts
- Constraints and parameters in design
- Parametric design in popular CAD software
- Dynamic modeling and design variations
Module 5: Advanced CAD Modeling
- Complex surface modeling
- Advanced feature creation
- Incorporating assemblies and components
- Advanced modeling techniques for intricate designs
Module 6: Surface Modeling
- Mastering surface creation and manipulation
- Creating aesthetically pleasing surfaces
- Advanced surface editing techniques
- Surface modeling applications in specific industries
Module 7: CAD for Product Design
- Applying CAD in the product development lifecycle
- Design thinking and conceptualization
- Prototyping and iterating using CAD tools
- Product visualization and presentation
Module 8: CAD for Mechanical Engineering
- Applying CAD to solve mechanical engineering problems
- Stress analysis and simulations
- Collaborative design in mechanical engineering projects
- Design optimization using CAD tools
Module 9: CAD for Civil Engineering
- CAD applications in civil engineering projects
- Structural design and analysis
- Geospatial data integration
- CAD for infrastructure planning
Module 10: CAD for Architecture
- Architectural drafting and detailing
- 3D modeling for architectural visualization
- Building Information Modeling (BIM) basics
- CAD in sustainable and energy-efficient design
Module 11: CAD for Electrical and Electronics Engineering
- Schematic design using CAD
- PCB layout and design
- Collaboration in electronic design projects
- CAD for embedded systems
Module 12: CAD Customization and Automation
- Customizing CAD environments
- Automation through scripts and macros
- Streamlining workflows for efficiency
- Implementing custom templates and standards
Module 13: CAD Data Management
- Organizing and storing CAD files
- Version control and collaboration
- Data security and backup strategies
- CAD file formats and interoperability
Module 14: CAD for 3D Printing and Rapid Prototyping
- Design considerations for 3D printing
- Optimizing models for rapid prototyping
- Hands-on experience in printing prototypes
- CAD in additive manufacturing processes
Module 15: Reverse Engineering using CAD
- Techniques for reverse engineering
- Point cloud processing and mesh creation
- Creating parametric models from existing objects
- Applications of reverse engineering in various industries
Assessment:
- Regular assignments and quizzes
- Mid-term and final projects
- Practical exams on CAD software proficiency
- Class participation and engagement
