NX
Intermediate NX Design and Assemblies

Course Code
TR10056
Software
NX 10.0
User Level
Intermediate
Pricing ID
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List Price
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Live In-Person Duration
5 Days

Intermediate NX Design and Assemblies is designed to advance students further up the productivity curve. As a second tier course Intermediate NX Design and Assemblies builds on the tools you deployed as a result of attending the Essentials for NX Designers course. This method-based course focuses the student on productive modeling techniques that capture design intent in the context of the Master Model. Delivering on that outcome, this course will incorporate sketching, inter-part modeling, design intent, and several assembly topics as a significant part of the instruction

UPDATE: If you are considering this course, please also consider the NX CAD Advanced Processes course as an alternative. The NX CAD Advanced Processes course was designed by our US training experts and exceeds the course objectives of the Intermediate NX Design and Assemblies course above. Similar in content, but designed as a process-based deliverable with richer hands-on activities which will help users quickly become efficient in the use of NX.

WHO SHOULD ATTEND
  • This course is for designers, engineers, and CAD/CAM managers who need to create parametric solid models that capture design intent.
PREREQUISITES

Required courses:

Or successful completion of Essentials for Designers prerequisite assessment on the Siemens Xcelerator Academy (score >70%). Siemens Xcelerator Academy courses can also be used to prepare for the prerequisite assessment.

Basic understanding of parametric mode

PROVIDED COURSE MATERIALS
  • Student Guide
  • Activity Material
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PRIMARY COURSE TOPICS

  • Pattern sketch curves
  • Offset sketch curves
  • Create a basic free form shape
  • Create expressions with measurements
  • Copy/paste a feature
  • Create reference sets
  • Create draft
  • Use Synchronous Modeling
  • Create a variable blend
  • Create component patterns
  • Apply top down assembly modeling
  • Design “in context”
  • Use the WAVE geometry linker
  • Create interpart references
  • Define remembered assembly constraints
  • Define a revision identifier
  • Understand component replacement methods
  • Manage assembly arrangements