SOLIDWORKS Advanced Assembly Modelling

The SOLIDWORKS Advanced Assembly Modelling course will enable you to utilize the assembly modelling capabilities, help with large assemblies, converting parts and assemblies, assembly editing, learn advanced mate techniques.

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R8200.00 incl. VAT

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The SOLIDWORKS Assembly Modelling course is a comprehensive training program that is designed to provide the attendees with the skills and knowledge needed to create and manipulate assemblies in SOLIDWORKS. This course is ideal for engineers who are looking to expand their knowledge and skills in assembly modelling.

After completing the SOLIDWORKS Assembly Modelling course, attendees will have the ability to create complex assemblies with ease. They will be able to use various assembly techniques such as in-context design, top-down design, and bottom-up design. They will also be able to perform advanced assembly modelling tasks, including creating sub-assemblies, using configurations, and working with interference detection.

The course is presented through a combination of lectures, demonstrations, and hands-on exercises. Attendees will have access to SOLIDWORKS software throughout the in-person course, which they can use to practice the skills they are learning. The course is taught by experienced SOLIDWORKS instructors who have extensive knowledge of and can provide attendees with personalized feedback and guidance.

 

Throughout the course, attendees will learn how to:

 

  • Create and manipulate assemblies in SOLIDWORKS.
  • Use various assembly techniques, including in-context design, top-down design, and bottom-up design.
  • Perform advanced assembly modelling tasks, creating sub-assemblies, using configurations, working with interference
  • Use SOLIDWORKS tools to simplify and streamline assembly modelling processes.

Overall, the SOLIDWORKS Assembly Modelling course is an excellent choice for attendees who want to develop their advanced skills and become more proficient with SOLIDWORKS software. Upon completion of the course, students will have the skills and knowledge needed to create complex assemblies with ease, and they will be well-prepared to take on more challenging assembly modelling projects in the future.

Day 1

Module 1: Advanced Mate techniques

  • Understand SOLIDWORKS assembly structure.
  • Apply mate references and use it for efficient assembly.
  • Use various advanced and mechanical mate types.

Module 2: Top-Down Assembly Modelling.

  • Edit a part in context of an assembly.
  • Create features in the assembly context.
  • Remove external references from a copied part.

 

Module 3: Assembly Features and Smart Components.

  • Add features in assembly.
  • Insert hardware using smart features.
  • Create and use smart components.

Module 4: Assembly Editing.

  • Find and fix errors in assembly.
  • Mirror components in assembly.
  • Pattern Components.

Module 5: Using configurations with assemblies.

  • Create a configuration of an assembly.
  • Create a custom property manager for a part.
  • Use sensors to define design requirements.
  • Use the mate controller to animate mate-based motion.

Day 2

Module 6: Display states and appearances

  • Understand methods of selecting components.
  • Change the scene.
  • Edit the material.

Module 7: Large assemblies.

  • View Component properties using Assembly Visualization
  • Create a Speedpak configuration.
  • Simplify assembly components.
  • Use envelope publisher.

Module 8: Facility Layout.

  • Understand when to use facility layout.
  • Create assets from parts and assemblies.
  • Use magnetic mates to connect assets in assembly.

Skill Prerequisites

  • Mechanical design experience.
  • Completed the SOLIDWORKS Essentials course.
  • Experience with the Windows® operating system.
  • Fundamental knowledge of plastic materials. plastic part design and/or injection mold design.

System Requirements

SOLIDWORKS Version: 2020, 2021, 2022, 2023
CPU: 64-bit; Intel or AMD
RAM: 16 GB or more
GPU: Certified cards and drivers (SOLIDWORKS Hardware Support)
Storage Drives: SSD drives are recommended for optimal performance

Pierre du Plooy (Durban)
Jaco van den Berg (Centurion)
Rudolf van den Berg (Cape Town)
Wian Vermaak (Centurion)
Evan van den Berg (Centurion)

 

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