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Training Program CAD Training Program

Certified SOLIDWORKS Professional Preparation Program

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Program Description

This competency-based preparation program develops advanced SOLIDWORKS skills required for professional-level mechanical design and preparation for the CSWP examination. Participants progressively practice advanced parametric part modeling, design modifications, configurations, assemblies, drawings, and examination-oriented problem solving using realistic engineering design tasks.

Certification Industry - Solidwork CSWP
Duration 40 JP

Method

Instructor-led demonstrations, advanced hands-on SOLIDWORKS exercises, guided modeling practice, engineering design challenges, timed CSWP-style exercises, troubleshooting, mock examination, and practical competency assessment.

Requirements

Fundamental knowledge of mechanical engineering drawing and 3D CAD modeling.
Prior experience using SOLIDWORKS or equivalent 3D parametric CAD software.
Participants should have access to a computer/laptop with a compatible SOLIDWORKS installation.

Target Participants

Suitable for mechanical designers, CAD engineers, engineering technicians, product development personnel, manufacturing engineers, engineering students, and experienced SOLIDWORKS users preparing for professional-level certification.

Learning Output

Participants are able to develop and modify complex parametric SOLIDWORKS models, manage configurations and design changes, create and evaluate assemblies and engineering drawings, and solve CSWP-oriented design problems accurately and efficiently under examination conditions.

Program Advantages

The program focuses on professional-level SOLIDWORKS competencies through advanced modeling exercises, configuration management, design modification, assembly applications, and realistic CSWP-style examination practice, enabling participants to strengthen their technical capability and readiness for professional certification.

Subject Materials

  • Advanced Parametric Part Modeling
  • 1.1 Advanced sketching, feature creation, and design-intent techniques
  • 1.2 Complex features including patterns, sweeps, lofts, shells, and fillets
  • 1.3 Feature-tree management and efficient model modification
  • Configurations & Design Variations
  • 2.1 Creating and managing multiple model configurations
  • 2.2 Configuration-specific dimensions, features, and suppression states
  • 2.3 Applying design changes efficiently while maintaining model integrity
  • Advanced Assembly Modeling
  • 3.1 Assembly structure, component relationships, and advanced mates
  • 3.2 Managing complex assemblies and component configurations
  • 3.3 Assembly evaluation, interference checking, and design modifications
  • Engineering Drawings & Design Documentation
  • 4.1 Creating detailed drawing views from complex 3D models
  • 4.2 Applying dimensions, annotations, sections, and engineering standards
  • 4.3 Reviewing drawings for accuracy, completeness, and design requirements
  • CSWP Examination Preparation & Simulation
  • 5.1 Solving advanced CSWP-style modeling and modification problems
  • 5.2 Timed practice, calculation accuracy, and examination strategies
  • 5.3 Full mock examination and practical competency evaluation