DR 155 - Introduction to NX

1. Access and navigate the NX software environment with confidence, utilizing key menus, toolbars, and navigation tools.
2. Develop parametric part models using sketches, constraints, and feature-based design techniques.
3. Produce detailed technical drawings from 3D models, incorporating dimensions, annotations, and standards-compliant views.
4. Construct and manage assemblies by integrating multiple components into a functional product model.
5. Evaluate design challenges and select optimal solutions, leveraging NX’s analytical and decision-support features.

• Chapter 1: Overview of Siemens - software components, customizable options, and basic mouse operations.
• Chapter 2: A guided walkthrough of the NX 12 part-modeling workflow.
• Chapters 3 & 4: Techniques for creating sketches and converting them into sketch-based features.
• Chapter 5: Using datums to construct complex 3D geometry.
• Chapter 6: Applying modeling operations such as fillet, chamfer, draft, and shell.
• Chapter 7: Modifying 3D parts using parametric modeling principles.
• Chapter 8: Copying features, modeling objects, and working with multiple bodies.
• Chapter 9: Advanced modeling commands—including trim body, tube, sweep along guide, emboss—and working with synchronous modeling tools.
• Chapter 10: Applying advanced sketching commands for refined control.
• Chapter 11: Measuring and verifying 3D geometries.
• Chapters 12 & 13: Building assembly structures; creating and modifying parts within the assembly context.
• Chapters 14 & 15: Producing drawings for parts and assemblies, including drafting the necessary views.

Demonstration: 20-30%

Group/Lab work: 30-40%
Mandatory Course Components:
None
Equivalent Courses:
None