Creo Parametric Wire Harness Course

creo parametric 3D wire, cable harness routing, Flatening, Drawing.

What you'll learn

What is Creo Parametric Wire Harness? Learn wire harness design basics, including connectors, wires,routing, for industries aerospace, automotive, elecrical

Why Learn Creo Parametric Wire Harness? Master this industry-standard software to streamline designs, ensure compliance, and access high-paying engineering jobs

Industry-Level Design Creation Gain skills in 3D routing, flat drawings, manufacturing docs, part modeling, and assembly creation.

High-Salary Job Skills Develop expertise in harness documentation, BOMs, and CAD integration for high-paying roles

Design Any Wire Harness Learn to design wire harnesses for various industries, including aerospace, automotive, electrical, and more, using Creo Parametric.

Creo Parametric from Basic to Advanced for New Learners Start from the fundamentals and progress to advanced techniques in Creo Parametric, perfect for new lear

Requirements

You need CREO Parametric – Any version will do! You need a computer and basic computer skills You don't need any previous experience or knowledge of CAD Modelling.

Description

Course contentWire and Cable Component LibraryAccess and manage wire, cable, and connector components from predefined libraries to streamline the design process.Wire RoutingRoute: Create the paths for wires and cables in 3D space by selecting start and end points for each wire or cable.Auto Route: Automatically route wires and cables based on available paths and component placement.Cable RoutingRoute Cable: Similar to wire routing, but for multi-conductor cables. Helps define the path of cables with multiple conductors.Splice and BranchingCreate Splice: Add splices to wire or cable paths where wires/cables connect or split.Create Branch: Design branching points for wires or cables that need to diverge or join.Harness FlatteningFlatten: Convert 3D wire harness designs into 2D flattened views, useful for creating manufacturing drawings and layouts.Flat Pattern: Automatically flatten wire harnesses based on the 3D geometry and routing.Harness AssemblyCreate Harness Assembly: Define and manage the complete assembly structure of the wire harness, including all components and paths.Assemblies: Assemble multiple wire harnesses or subassemblies in a larger assembly context.Connector InsertionInsert Connector: Place connectors and define their type, orientation, and connection points for wire routing.Part Modeling for Wire HarnessModel Components: Create or modify components such as connectors, junctions, or clips that are part of the wire harness design.Create New Part: Add new components to the wire harness library and design new parts as required.Electrical Connection ManagementDefine Electrical Connections: Specify how components are electrically connected, including defining pin numbers, terminals, and wire types.Documentation and BOM GenerationBill of Materials (BOM): Automatically generate BOMs that list all components, wires, and cables used in the harness design.Export to Drawing: Generate detailed drawings for manufacturing, including annotations and dimensions specific to wire harness designs.Harness Report GenerationGenerate Reports: Automatically generate reports detailing the design, wiring lengths, and assembly instructions.

Overview

Section 1: Introduction

Lecture 1 INTRODUCTION TO WIRE HARNESS ROUTING AND EXAMPLES AT INDUSTRY LEVEL.

Section 2: LIBRARY CREATION FOR WIRE HARNESS CREATION.

Lecture 2 DOWNLOAD THE WIRE HARNESS STEP FILES AND SAVE TO DESKTOP FOLDER.

Lecture 3 CREATING CO-ORDINATE AND AXIS ON COMPONENTS-01

Lecture 4 CREATING CO-ORDINATE AND AXIS ON COMPONENT-02

Lecture 5 SPLICE CREATION.

Lecture 6 COROPLAST COVERING CREATION.

Lecture 7 LABEL CREATION

Section 3: BASE MODEL CREATION FOR WIRE HARNESS COMPONENTS.

Lecture 8 CREATE A SHEET METAL BASE MODEL

Section 4: ASSEMBLY CREATION FOR HARNESS COMPONENTS.

Lecture 9 CREATING ASSEMBLY OF LIBRARY COMPONENTS ON BASE MODEL (SHEET METAL)

Lecture 10 CONNECTOR ASSEMBLY

Section 5: DESIGNATION / ELECTRIFICATION OF CONNECTORS IN CABLING TAB.

Lecture 11 DESIGNATION PROCESS

Lecture 12 NETWRK CREATION-01

Lecture 13 NETWORK CREATION-02

Lecture 14 OFFSET LOCATION

Lecture 15 ENTRY PORT CHECKING FOR NON EDITABLE.

Lecture 16 MAIN HARNESS LABEL ASSEMBLY

Lecture 17 SPLICE ASSEMBLY

Lecture 18 ZIP TIE ASSEMBLY

Lecture 19 COROPLAST ASSEMBLY ON NETWORK

Lecture 20 ZIP TIE INTERFERENCE ERROR HANDELING

Lecture 21 ERROR HANDELING FOR SPLICE ,LABEL, COROPLAST

Lecture 22 DELETE CABLE PORTION ON NETWORK

Lecture 23 SPOOL CREATION AND WIRE ROUTING.

Lecture 24 BUNDLE CREATION FOR CONNECTOR.

Section 6: FLATENING CREATION OF HARNESS.

Lecture 25 CREATING FLATENING PART-01

Lecture 26 FLATENING CREATION PART-02

Lecture 27 FLATENING CREATION PART-03

Lecture 28 FLATENING CREATION PART-04

Section 7: DRAWING CREATION .

Lecture 29 DRAWING CREATION WITH ANNOTATION.

Lecture 30 BILL OF MATERIAL FOR DRAWING

Lecture 31 BALLOON CREATION IN DRAWING

Lecture 32 DIMENSIONING DRAWING

Lecture 33 DRAWING NOTE DELTA SYMBOL CREATION

Lecture 34 PARTIAL DETAIL VIEW CREATION

Lecture 35 DRAWING TEMPLATE FORMATING

Who Can Do These Courses? Ideal for electrical, mechanical, mechatronics, instrumentation, aerospace, and automotive engineers.