Syllabus for Siemens NX Courses in Hyderabad
Introduction of Siemens NX
Siemens NX software is a flexible and powerful integrated solution that helps you deliver better products faster and more efficiently. NX delivers the next generation of design, simulation, and manufacturing solutions that enable companies to realize the value of the digital twin.
Scope of Course Siemens NX
Siemens NX CAD is being daily used for 3D Design & Drafting. It has simple User Interface & Multiple commands. It is user friendly. Very important 3D Modeling commands. It Supports 3D Modeling, Mold wizard, Sheet Metal, 2D Drafting, Assembly, Progressive Die tools, etc. It supports multiple export formats like, .x_t, iges, step, sldprt , etc.
It has simple commands for 3D Modeling
Its User interface is very simple
It is user friendly & supports team PLM
Career Prospects / Job Roles after Siemens NX
Siemens NX is widely used in the industry to improve design quality through greater accuracy and reduce design errors. Students well versed in Siemens NX are placed in industries such as:
Session : 1
INTRODUCTION TO NX-CAD
Introduction to Unigraphics NX , About NX Gateway, Getting Started
NX Graphical User Interface:
Title bar, Menu bar, Toolbar, Radial toolbar
Selection bar, Cue and status line
Resource bar, Navigators, HD3D tools
Integrated browser, Palettes, Roles, Full screen
Orientation- trimetric, isometric, View commands
Rotate ,Pan, Zoom in/out, Quick pick, Quick pick, categories
Absolute coordinate system, WCS, Absolute coordinate, Work coordinate system.
View triad, Multiple graphics window, Information window
Keyboard accelerators, Dialog box
Creating new files and about templates, Opening files, Saving files
Session: 2 & 3
SKETCH CREATION & EDITING TOOLS
Profile, Line, Arc, Circle, Fillet, Chamfer, Rectangle,
Polygon, Studio Spline, Fit spline, Ellipse, Conic.
Quick trim, Quick extend, Make corner, Offset curve,
Pattern curve, Mirror curve, Intersection point, Derived lines
Geometric constraints, Auto constraint, Inferred constraint
Dimensional constraints, Auto dimension, Continuous auto dimension
Session 4 & 5
PART MODELING FEATURES - I
Feature, Body, Solid body, Sheet, Face, Section curves, Guide curves
Feature modeling concepts
About Datum CSYS and Datum Planes, Changing units in NX
Creating Extrude features
Creating Revolve features
Revolve sketch about an axis
Creating Datum Features:
Session 6 & 7
Creating Sweep Features
Session 8 & 9
Drill size holes
Screw clearance holes
Pocket: Cylindrical, Rectangular, General
Pad: Rectangular, General
Slot: Rectangular, Ball end, U-Slot, T-Slot, Dove tail
Groove: Rectangular, Ball end, U-groove
Tangent to faces
To parting edges
Variable draft points
Session 10 & 11
Instance feature: Rectangular array, Circular array, Pattern face
Mirror feature, Mirror body
Session 12 & 13
Angle, Bond, Center, Concentric, Distance, Fit, Parallel, Perpendicular, Touch align
Fix, Align/ Lock, Bond
Creating component arrays
Linear array, Circular array, Feature instance array
Moving a component
Creating exploded views
Session 14 & 15
Introduction to drawing
Inserting new sheets, Editing sheets
Setting up standards, Knowing Graphical User Interface of drafting
NX drafting methods
Creating drafting views
Simple section, Stepped section
Horizontal Dimension, Vertical Dimension
Parallel Dimension, Perpendicular dimension, Angular dimension
Cylindrical Dimension, Hole dimension, Diameter Dimension
Chamfer Dimension, Radius or Radius of Curvature Dimension,
Radius to Centre
Session 16 & 17
Surface Modeling commands
Creating extrude surface
Creating revolved surface
Creating ruled surface
Surface using curves
Surface by Through curves
Surface by Through curve mesh
Creating Studio surface
Surface from Section Surface
Surface creation by N-Sided surface
Session 18 & 19
Sheet metal Design
About NX Sheet Metal Preferences
Creating base feature
Creating Bend feature
Attaching flange, Attaching Contour flange, Creating Lofted flange
Inserting Hem flange
Apply Bend, unbend, rebend
Apply Jog, Creating Sheet metal from solid
FAQs on Siemens NX Course
How long is the NX training?
Designing Parts in NX 40 hours
This course is designed to give new users experience creating and editing parametric models using the essential NX processes.
What is the course duration?
The total duration of BK Engineering Certified CAD Professional – Nx CAD Course is 4 weeks. It is a part time course from Monday to Friday around 2 daily of Classroom Lecture and Lab Practice. On Saturday students can practice in the Lab.
Is Siemens NX easy to learn?
There is NO 'Difficulty'. We made sure that everything is easy to learn. We not only learn how to use Siemens NX but also learn different approaches for similar design scenarios. Tons of engaging animations to convey information.
How long does it take to learn Siemens NX?
If you are a beginner then you require around 1 month to learn the basics. Because it requires practice so with the time you will get more familiar with it. Make different diagrams every day In Siemens NX
How much Siemens pay to freshers?
Average Siemens Graduate Engineer Trainee (Get) salary in India is ₹ 5.1 Lakhs for less than 1 year of experience to 2 years. Graduate Engineer Trainee (Get) salary at Siemens India ranges between ₹ 3.8 Lakhs to ₹ 6.5 Lakhs.
Bhargava Krishna Marripati
Meet our experienced Mechanical CAD instructor, with over 8 years of industry experience in the field of Mechanical Design Engineering. With a background in both theoretical and practical applications of CAD software, our instructor is well-versed in all aspects of mechanical design, including 3D modeling, assembly, and analysis. Throughout their career, they have honed their skills in various CAD programs, including Solidworks, AutoCAD, Catia, and NX, just to name a few.
If you're looking for an experienced instructor to help you achieve your goals in the field of Mechanical CAD, look no further. Our instructor is committed to providing you with the skills and knowledge you need to succeed in the competitive world of Mechanical Design Engineering.
Related Mechanical Courses
Identifying the most important CAD software for the industry and the career, and getting trained professionally in the software are the fundamental requirements for engineering professionals.