
Understand the meaning of assembly in Creo Parametric, including fixing one component, designing parts individually in the assembly, top-down and bottom-up approaches, and using assembly constraints to control movement.
Learn the pre-assembly guidelines: define the project purpose, gather reference data, list components, choose a manufacturing method, and conceptually design before assembling.
Create an assembly file in Creo Parametric, import components, and set their orientation for the armature assembly. Apply angular, coincident, and distance constraints; use pattern to constrain the model.
Explore default and fix constraints in Creo Parametric assemblies, how axes align with the assembly origin, and how to fully constrain parts to prevent intersections.
Learn to open an individual part from an assembly, edit its dimensions at the part level, and update or regenerate the assembly using control+g, with changes reflected by green color.
Learn to use the tree filter setting in a Creo Parametric assembly to control visibility, show planes and coordinate systems, and expand an individual part for editing.
Learn to edit and update a Creo Parametric assembly from the assembly window using control shortcuts, activate part modeling to add features like a slot on the bearing plate.
Create an assembly by building individual parts and combining them in a single assembly file, using planes for constraints, defining z-axis distances, and applying parallel constraints to simulate motion.
Master top-down assembly in Creo Parametric by creating a baseplate, defining planes, and adding features like extrude and holes using reference planes. Apply a default constraint, activation, and copy-from-existing.
Practice assembling parts in Creo Parametric, focusing on drafting models and engineering drawings. Build an assembly with three standard parts to drill four holes accurately on a component.
DeScien has covered 'each and every point of Creo parametric 2.0 in-depth which is needed to work as a design engineer. Here in this training course, we will be covering 4 modules i.e.
Sketch module | 3D Part modeling module | Assembly module | Drafting module
Along with software training, you will also learn additional topics which are mentioned below -
In Sketch module-
§ Understanding & the importance of constraints while creating a 2D sketch.
§ Logic of How to start, build & correct any kind of sketches.
In 3D Part modeling module -
§ The proficient approach of building 3D models, Assembly & engineering drawing.
§ Various kind of Holes with their symbol & meaning which is needed for manufacturing & assembly.
§ Exercise's to help you build your 3D visualization.
§ Deep understanding of 'Angle of projection' & its application on how to use it in engineering drawing.
In Assembly module (Selected Module)-
§ Understand the approach of “How to start working on assembly & creation of assembly of any real-time product".
§ Exercises which will help to understand the application of 2 main types of assembly, when & where to use it.
In Drawing module-
§ Basic & clear understanding of - Section view | Detailed view | Orthographic view | Auxiliary view.
§ Knowledge of various types of dimensions while creating engineering drawings.
§ Concept of Bill of material & Balloons.
§ Everything you need to know about - Tolerances | Fits with real-time examples.
§ Meaning & logic of Symbols for - Surface finish | weld types | welding methods.
Selected course having Assembly module. ( We have uploaded each module separately)
"Industry-based projects" to boost your thinking & proficiency in Software handling.