"Learn by Doing: On-the-Job Training in CAD for Cutting-Edge Enclosure Design!"
1. Research and Ideation:
- Basic: Understanding user needs, market trends, and brainstorming ideas.
- CAD: Basic sketches and 2D drafts to visualize initial concepts.
2. Conceptualization:
- Basic: Developing rough sketches and defining basic features.
- CAD: Creating 3D models to better visualize and refine initial concepts.
3. Feasibility Study:
- Basic: Analyzing the practicality and potential challenges of the design.
- CAD: Preliminary simulations and simple analyses using CAD tools.
4. Detailed Design:
- Basic: Developing detailed specifications and refining the design.
- CAD: Creating detailed 3D models, incorporating precise measurements and components.
5. Prototyping:
- Basic: Building basic prototypes for initial testing.
- CAD: Generating virtual prototypes for detailed testing and validation.
6. Testing and Iteration:
- Basic: Conducting physical tests and making basic adjustments.
- CAD: Analysing virtual prototypes, identifying weaknesses, and refining the design digitally.
7. Material Selection:
- Basic: Choosing materials based on basic requirements.
- CAD: Integrating material properties into digital models and simulating their behaviour.
8. CAD Modelling for Manufacturing:
- Basic: Creating simple technical drawings for manufacturing.
- CAD: Generating detailed manufacturing-ready 3D models with precise measurements.
9. Cost Analysis:
- Basic: Estimating basic production costs.
- CAD: Utilizing CAD for detailed cost analysis, considering material usage and manufacturing processes.
10. Documentation:
- Basic: Creating basic design documentation.
- CAD: Generating comprehensive technical documentation directly from the 3D CAD model.
11. Collaboration:
- Basic: Basic communication with stakeholders.
- CAD: Facilitating collaboration through CAD files for better visualization and understanding.
12. Final Design Approval:
- Basic: Approval based on physical prototypes.
- CAD: Approval based on virtual prototypes and detailed CAD models.
13. Production:
- Basic: Initiating mass production based on physical prototypes.
- CAD: Providing manufacturers with CAD files for precision production.
14. Quality Control:
- Basic: Basic inspection of physical products.
- CAD: Employing digital inspections and simulations for quality assurance.
Integrating CAD throughout these steps enhances precision, visualization, and collaboration, making the product design process more efficient and effective.
