Creo Parametric wire harness course

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

Course content

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.

Course Content

• Introduction –> 1 lecture • 3min.
• LIBRARY CREATION FOR WIRE HARNESS CREATION. –> 6 lectures • 1hr 9min.
• BASE MODEL CREATION FOR WIRE HARNESS COMPONENTS. –> 1 lecture • 8min.
• ASSEMBLY CREATION FOR HARNESS COMPONENTS. –> 2 lectures • 29min.
• DESIGNATION / ELECTRIFICATION OF CONNECTORS IN CABLING TAB. –> 14 lectures • 2hr 15min.
• FLATENING CREATION OF HARNESS. –> 4 lectures • 47min.
• DRAWING CREATION . –> 7 lectures • 1hr 20min.

Requirements

Course content

1. Wire and Cable Component Library
   • Access and manage wire, cable, and connector components from predefined libraries to streamline the design process.
2. Wire Routing
   • Route: 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.
3. Cable Routing
   • Route Cable: Similar to wire routing, but for multi-conductor cables. Helps define the path of cables with multiple conductors.
4. Splice and Branching
   • Create 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.
5. Harness Flattening
   • Flatten: 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.
6. Harness Assembly
   • Create 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.
7. Connector Insertion
   • Insert Connector: Place connectors and define their type, orientation, and connection points for wire routing.
8. Part Modeling for Wire Harness
   • Model 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.
9. Electrical Connection Management
   • Define Electrical Connections: Specify how components are electrically connected, including defining pin numbers, terminals, and wire types.
10. Documentation and BOM Generation
    • Bill 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.
11. Harness Report Generation
    • Generate Reports: Automatically generate reports detailing the design, wiring lengths, and assembly instructions.