CW8 Practice Exam Overview

Introduction

• Presenter: Chris
• Certification: CSWA (Certified SolidWorks Associate)
• CSWA is the entry-level certification for SolidWorks mechanical design training.
• Chris is a Certified SolidWorks Expert, assisting others to prepare for their CSWA.

Exam Preparation

• Focus: Practice exam, not setup or downloading software.
• Useful resources: Free YouTube videos for learning and additional practice.

Accessing Exam Materials

• SolidWorks website has a sample exam and related information.
• Essential to extract files from zip before using in SolidWorks.
• Sample exam includes three part files and a PDF.

Practical Tips

• Use dual monitors or split screen for efficiency.
• Exam sections: Drafting and part modeling.

Drafting Section

• Question 1: Identify the correct SolidWorks view type based on a sketch (Answer: Crop).
• Question 2: Determine the correct section view type (Answer: Broken out section view).

Part Modeling Section

• Preparation
  • Spend 30-50 hours learning the software (about a semester’s worth).
  • Unit system: MMGS (millimeters).

Creating the Model

• Start by sketching from given dimensions (A, B, and C) and using Global Variables.
• Sketching Tips:
  • Use tools/options for numeric input during sketching.
  • Create bounding boxes and ensure sketches are fully defined.

Dimensional Adjustments

• Utilize equations for dynamic dimension updates.
• Importance of checking unit systems and material properties (e.g., AIS SI 1020 steel).
• Use Mass Properties to verify model accuracy.

Modifying the Model

• Change dimensions dynamically using equations.
• Remove/add features based on new requirements (e.g., cutouts, hole additions).

Finalizing the Model

• Check all views for accuracy using section and standard views.
• Calculate final mass properties.

Assembly Section

• Building the Assembly
  • Import parts and set assembly according to given conditions.
  • Align parts using concentric and coincident mates.

Angle Adjustments

• Set specific angles (A, B, C) using mate constraints.
• Calculate center of mass for assembly verification.

Exam Strategy

• Thoroughly check all dimensions and modifications.
• Use section views to confirm internal features match requirements.
• Save progress frequently to avoid data loss.

Resources

• Additional tutorials and resources linked in the description for further study and practice.
• Viewer engagement encouraged for feedback and suggestions.

Conclusion

• Encouragement for viewers pursuing CSWA.
• Emphasis on continued practice and resource utilization.
• Channels for additional help and guidance provided.