Solid edge

A Solid Edge course typically covers a wide range of topics related to computer-aided design (CAD) and product lifecycle management (PLM). Here's a general outline of what you might expect to learn in a Solid Edge course:

1. Introduction to Solid Edge

   - Overview of the Solid Edge interface and workspace.

   - Introduction to 3D modeling concepts and techniques.

2. Sketching

   - Basics of 2D sketching in Solid Edge.

   - Creating and editing sketches using various tools.

   - Applying constraints and dimensions to sketches.

3. Part Modeling

   - Creating 3D parts using features like extrude, revolve, sweep, and loft.

   - Advanced part modeling techniques such as synchronous modeling and ordered modeling.

   - Using reference geometry and equations to control part dimensions.

4. Assembly Modeling

   - Creating assemblies from individual part models.

   - Inserting and mating components within assemblies.

   - Working with assembly constraints, motion, and relationships.

5. Drawing and Detailing

   - Generating 2D drawings from 3D models.

   - Adding dimensions, annotations, and symbols to drawings.

   - Creating custom drawing templates and title blocks.

6. Sheet Metal Design

   - Introduction to sheet metal design tools and techniques.

   - Creating sheet metal parts with features like bends, flanges, and cuts.

   - Unfolding and flattening sheet metal parts for manufacturing.

7. Surface Modeling (Optional)

   - Advanced modeling techniques for creating complex shapes and surfaces.

   - Blends, sweeps, and lofts for creating organic shapes.

   - Editing and refining surface geometry.

8. Simulation and Analysis (Optional)

   - Introduction to simulation tools for analyzing parts and assemblies.

   - Applying loads, constraints, and materials for structural analysis.

   - Interpreting simulation results and optimizing designs.

9. Data Management (Optional)

   - Introduction to Solid Edge Data Management solutions for managing design data and collaboration.

   - Version control, revision management, and access control for design files.

10. Advanced Features (Optional)

    - Advanced assembly features like top-down design and assembly configurations.

    - Using Solid Edge API for automation and customization.

    - Integration with other software tools and workflows.

11. Project Work

    - Applying learned skills to real-world design projects.

    - Solving design challenges and creating functional models.

The actual content of a Solid Edge course may vary depending on the institution offering it, the duration of the course, and the specific needs of the students.