SolidWorks. Level 3. Effective work with assembly units - course RUB 19,990. from Specialist, training 16 ac. h., Date: December 9, 2023.

Miscellaneous / by admin / December 05, 2023

click fraud protection

On the course “SolidWorks. Level 3. Working effectively with assemblies" you will learn how to optimize assemblies and become familiar with the advanced capabilities of assemblies in SolidWorks. Large Assembly Mode in SolidWorks allows you to complete your work more quickly. You'll also be introduced to SpeedPak technology and concepts such as element arrays. After this course, you will be able to create and use smart components and virtual components in assemblies.

Under the guidance of experienced mentors, you will gradually explore the full range of capabilities of the SolidWorks system, perform a number of independent tasks and receive a SolidWorks certificate, indicating the highest level of your professional preparation.

Due to the specific policies of the SolidWorks software manufacturer, old and new versions of the programs are incompatible with each other. Projects prepared in an updated version of Solidworks cannot be opened in earlier versions. The same difficulties may arise when trying to open projects from older versions of Solidworks software in a new version.

instagram viewer

Attention online learners! For laboratory and practical work, we strongly recommend using a second monitor/computer or a widescreen monitor. This will allow you to simultaneously see the demonstration performed by the teacher and independently complete tasks on another monitor. The efficiency and convenience of your training will become much higher!

You will learn:
work with large assemblies in SolidWorks;
work with mates in SolidWorks;
apply various modeling methods in SolidWorks;
work with Executions in assemblies in SolidWorks;
create and use smart components in assemblies;
master the basics of creating animation in assemblies.

Practical teacher for CAD courses. Holder of ten prestigious international certifications from Autodesk and SolidWorks (Dassault Systemes), certified CSWP specialist. Proficient in AutoCAD, MathCad, SolidWorks, Inventor and other CAD systems.

Graduated from the Faculty of Robotics and Integrated Automation at Moscow State Technical University named after N.E. Bauman. He has extensive experience in the professional use of CAD in engineering developments. In particular, he was involved in the development of the main components of hoisting and transport machines (HTM), performing calculations of the mechanisms and metal structures of the HTM, and performing various design documentation.

Since 2006, he has been engaged in the professional development of design and working documentation for operator base stations cellular communications in accordance with current building codes and regulations (SNiP), general construction standards (OSTN), and etc. During these works, Alexander Alexandrovich was involved in the development and coordination of technical specifications, coordination of the project with the customer, state examination, verification of design and working documentation, conducting surveys for the placement of base stations, supervised and coordinated the work of contractors, and also carried out the delivery of projects to customers. The professional experience accumulated during the implementation of these works allowed Alexander Alexandrovich to become the head of the design team and the chief engineer of the project.

Participant of many specialized conferences and master classes. Among the latest are Autodesk University Russia 2017, Autodesk University Russia 2018, Solidworks Forum Russia 2018.

When conducting classes, she pays special attention to acquiring and consolidating practical work skills. He generously shares his own professional experience and answers questions in detail from listeners. Pays attention to each student, rigorously checks the assimilation of educational material, ensuring that students obtain knowledge and skills in the full scope of the curriculum.

Module 1. Introduction to the large assembly mode in SolidWorks (1 ac. h.)

The concept of a large assembly.
Ways to enable or disable large assembly mode.
Setting limit values for automatic transition to large assembly mode.
Features of working in large assembly mode

Module 2. SpeedPak technology (0.5 ac. h.)

Module 3. Selective loading of assembly elements (0.5 ac. h.)

Module 4. Top-Down Modeling (2 ac. h.)

Creating parts in the context of an assembly (in place).
Automatic creation of relationships in an assembly.
Preserving internal parts as external parts.
External links.

Module 5. Creation of layout sketches in assembly (1 ak. h.)

The concept of a layout sketch.
Placing a layout sketch.

Module 6. Replacement of parts and assemblies in assemblies (0.5 ac. h.)

Module 7. Editing assemblies (1 ac. h.)

Editing parts in the context of assemblies (in place).
Changing assemblies.

Module 8. Equations and configurations (executions) of assemblies (3 ac. h.)

Working with equations in assemblies.
Creating configurations manually.
Component properties.
Creating a Table of Parameters.
Configuration management.

Module 9. Determination of external links (0.5 ac. h.)

Concept External link.
Reasons for the appearance of external links.
Parent/Child tool.
External link search tool.
Blocking and breaking external links.

Module 10. Types of mates in assemblies (2 ac. h.)

Standard mates: Coincident, Parallel, Perpendicular, Tangent, Concentric, Interlocking, Distance, Angle.
Additional mates: Symmetry, Width, Path Mate, Linear Coupling, Distance, Angle.
Mechanical interfaces: Cam, Gearbox, Rack and Pinion, Screw, Universal Joint.

Module 11. Creation of subassemblies (0.5 ac. h.)

Inserting subassemblies into assemblies.
Creating subassemblies in an assembly.
Move components between subassemblies.
Editing subassemblies.

Module 12. Movable assemblies/sub-assemblies (0.5 ac. h.)

Assembly/subassembly mobility settings.

Module 13. Tools for copying components. Arrays of components (1 ac. h.)

Linear, circular arrays.
An array of array-managed components.
An array of sketch-driven components.
An array of curve-driven components.
Copy with mates.