Stay ahead of evolving design, Validation, and manufacturing technologies with our monthly Customer Training Programs. These expert-led sessions are designed to help customers strengthen core skills, discover advanced capabilities, and apply best practices to real-world engineering challenges.
Whether you’re a beginner looking to build a strong foundation or an experienced user aiming to unlock advanced workflows, our structured monthly training ensures continuous learning and measurable improvement.
Register for Upcoming Sessions →Gain practical experience through live demonstrations, guided exercises, and industry-relevant use cases—so you can immediately apply what you learn.
Our sessions are delivered by certified application engineers with deep domain expertise and real project experience.
Explore newly released functionalities, enhancements, and reduce your design time and smoothen your workflows to maximize your software investment.
Learn proven tips, shortcuts, and best practices that help reduce errors, improve performance, and fasten your daily workflows
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Whether you’re starting your digital transformation or optimizing what’s already in place, these sessions are designed to help you improve accuracy, turnaround time, usability, and scalability.
Reserve Your Free SeatSiemens NX, Advanced Assembly refers to the more advanced features and tools used for handling large, complex assemblies in a way that optimizes performance and improves the efficiency of the design process.
NX CAD Advanced surface modeling refers to creating complex and precise surface geometries that are often used in industries like automotive, aerospace, and product design.
NX provides a wide range of tools for working with advanced surfaces, including features for creating, modifying, and analyzing surfaces in 3D.
Advanced Sheet Metal commands enable you to work with straight-brake and non-straight-brake features.
These commands offer cutting-edge technology to control the flattening process. When the formed sheet metal part is associated with the Sheet Metal commands, they provide a complete set of tools to model the sheet metal part successfully.
| Name | Formula | Value | Source |
|---|---|---|---|
| width | 22 | 22 | - |
| length | 5*width | 110 | - |
| height | if (length<100) 45 else 65 | 65 | - |
| p39 | (p26+(p54*0.44))/rad1-(p24) | 19 | (Flange(6) Bend Allowance Formula) |
| p16 | 45.0 | 45 | (Extract Region(7) Angle Toler) |
NX CAD Surfacing Capabilities:
NX supports:
With NX, designers can open any file, clean/repair bad geometry, create new surface patches, validate Class-A quality, and export clean geometry for manufacturing, tooling, or simulation.
By the end of this training, participants will understand how to:
This program introduces the fundamental concepts of Siemens NX CAD. Participants will learn to navigate the essential interface, use foundational 3D modeling tools, and leverage best practices to build simple to moderately complex 3D components and assemblies. This session is ideal for new users looking to quickly become productive in the NX environment.
| SHEET METAL | |
|---|---|
|
CONVERT TO SHEET METAL TAB CONTOUR FLANGE NORMAL CUTOUT UNBEND ADVANCED FLANGE CLOSED CORNER LOUVER SOLID PUNCH FLAT PATTERN |
SHEET METAL FROM SOLID FLANGE LOFTED FLANGE BEND BREAK CORNER DEFORM DIMPLE GUSSET DRAWN CUTOUT EXPORT FLAT PATTERN |
| FREEFORM 1 | |
|---|---|
|
BOUNDED THROUGH CURVE MESH SWEPT VARIATIONAL FILL SURFACE COMBINE UNSEW TRIMMED SHEET UNTRIM VARIABLE OFFSET |
PLANE RULED N-SIDED SURFACE SWEPT SHEET FROM CURVE REVERSE NORMAL TRIM & EXTEND OFFSET SURFACE |
This training on NX Model Based Definition (MBD) offers a clear understanding of MBD concepts and their advantages in today's digital manufacturing landscape. Participants will learn to create and manage Product Manufacturing Information (PMI) annotations on 3D models, apply Geometric Dimensioning and Tolerancing (GD&T) per industry standards, and organize PMI views for clear communication with manufacturing and inspection teams. Attendees will also gain skills for validating the model's completeness and sharing MBD data efficiently for downstream applications such as manufacturing, quality inspection, and digital documentation.
| Topic | Description |
|---|---|
| Introduction to Model-Based Definition | Overview of MBD concepts, transition from 2D drawings to Model-Based Enterprise (MBE), industry adoption, and benefits. |
| MBD Environment in NX | Introduction to PMI environment, interface overview, MBD workflow in NX, understanding PMI Navigator and PMI tools. |
| Creating Product Manufacturing Information (PMI) | Adding dimensions, notes, labels, and annotations directly to the 3D model, ensuring associativity between geometry and PMI. |
| GD&T in NX | Applying Geometric Dimensioning & Tolerancing using Feature Control Frames, datums, tolerance symbols, and following ASME/ISO standards. |
| PMI Views and Annotation Organization | Creating and managing PMI views, organizing manufacturing information for machining, inspection, and assembly. |
| Model Validation and PMI Checking | Validation tools to check annotation completeness, standards compliance, and model readiness for manufacturing. |
| MBD Data Sharing | Exporting PMI data using STEP 242, JT, and 3D PDF for downstream processes such as manufacturing and inspection. |
| Practical Demonstration | End-to-end demonstration: Create model → Apply PMI → Organize views → Validate → Export for manufacturing. |
| Q&A and Best Practices | Discussion on industry best practices, implementation strategies, and Q&A session. |
Duration: 3 Hours
Training Objective:
This training will focus on advanced parametric design capabilities in NX, enabling users to create intelligent, reusable, and automated CAD models using Expressions, User Defined Features (UDFs), and Product Template Studio (PTS). The session will help users improve design automation, standardization, and productivity in NX.
Secure your seat & strengthen your engineering capabilities.