Civil And Mechanical
UGNX (NX-CAD CAM) Certification Training
With UGNX (NX-CAD/CAM) Certification Training by Techpratham, students can learn how to use Siemens NX software to master 3D CAD modeling, product design, and CAM manufacturing processes. Get real-world experience with part modeling, assembly design, toolpath generation, and CNC simulation.
5/5(4,890 Reviews)
Level
Advanced
Duration
8 Weeks
What is UGNX (NX-CAD CAM) Certification Training?
This training gives you a complete understanding of Siemens NX (UGNX) for mechanical design and manufacturing uses. People who take this course will learn how to make complicated 3D models, put parts together, run simulations, and make CNC toolpaths. The course focuses on optimizing designs, getting them ready for production, and following industry standards. At the end, students will be able to confidently work on real-world projects that involve designing and making products.
Training Plan
About trainer
Working professional who is carrying more then 10 years of industry experience.
Decks
The candidate will get access to the presentation taken-up during the session.
Notes
Consolidated notes in word document.
Assignments
Assignments for every module will be covered.
MCQs
MCQs for every module covered in the session would be provided.
Video Recording
Daily Session would be recorded and shared to the candidate.
Dumps for Certification
We will provide dumps for the certification exam, which will help you to prepare for the exam.
Updated Content
We provide Generative AI Driven content By experts.
Projects
3 Live Projects will be provided for practice.
UGNX (NX-CAD CAM) Certification Training Course Curriculum
.
Introduction to UGNX
Section 1
Understand the interface, navigation, and project setup in NX.
Software environment
File management
Units & standards
Toolbars & customization
.
User Interface and Sketching Fundamentals
Section 2
Covers the NX user interface, sketch tools, constraints, and building 2D profiles for 3D modeling.
User interface
Sketch tools
Geometric constraints
Dimensioning basics
.
Part Modeling Basics
Section 3
Explains solid modeling tools including extrude, revolve, and sweep to create 3D parts.
Extrude & revolve
Sweep features
Hole & slot features
Editing parts
.
Advanced Part Modeling
Section 4
Focuses on complex shapes using lofts, patterns, blends, and synchronous modeling.
Loft & blend features
Pattern tools
Mirror features
Synchronous modeling
.
Assembly Design
Section 5
Teaches how to create assemblies, apply constraints (mates), and check for interferences.
Assembly creation
Mates & constraints
Sub-assemblies
Interference checking
.
Drafting and Detailing
Section 6
Covers generating 2D drawings from 3D models, annotations, and dimensioning standards.
2D drawings
Views & projections
Dimensions & tolerances
BOM generation
.
Surface Modeling
Section 7
Explains creating and editing complex surfaces for advanced product design.
Surface creation
Surface editing
Trim & extend
Complex geometry
.
Sheet Metal Design
Section 8
Focuses on sheet metal part creation, bends, flanges, and flat pattern generation.
Sheet metal tools
Flanges & bends
Cutouts & reliefs
Flat pattern
.
NX CAM – Machining Operations
Section 9
Covers manufacturing aspects including toolpath creation, milling, drilling, and turning operations.
Toolpath creation
Milling operations
Drilling & turning
Post-processing
.
Simulation and Validation
Section 10
Teaches simulation of machining processes, motion analysis, and validation of designs before manufacturing.
Machining simulation
Motion analysis
Collision detection
Design validation
Key Projects
UGNX (NX-CAD CAM) Certification Training
Automotive Brake Caliper Design
Make a 3D model of a car brake caliper that shows all of its parts and assemblies. Make sure that the parts work by focusing on parametric part modeling, assembly constraints, and motion simulation. Make technical drawings and a bill of materials (BOM) for validating manufacturing.
Industrial Pump Assembly
Make a full industrial pump assembly with many parts. Include part modeling, checking for interference, assembly mates, and drafting. Simulate how the assembly will work and make sure it meets design and industry standards.
CNC Machined Gear Component
Make a gear part that is ready for CNC machining by using precision modeling. Make 3D parts, generate CAM toolpaths, and simulate machining. Make files and documents ready for production so that they can be used in manufacturing.
UGNX (NX-CAD CAM) Certification Training – Associate Training Program
Category
Associate
Exam Name:
UGNX (NX-CAD CAM) Certification Training – Associate
Exam Code:
N.A.
Exam Duration:
N.A.
Exam Format:
N.A.
Passing Score:
N.A.
Our Testimonials
Frequently Asked Questions (FAQs)
Who can enroll in UGNX Certification Training?
This course is great for mechanical engineers, product designers, manufacturing engineers, and CAD/CAM professionals who want to learn how to use UGNX (NX) for 3D modeling, assembly design, and CNC manufacturing. People who are new to engineering but have some basic knowledge can also join.
What is UG NX (NX-CAD/CAM) and why is it important?
UG NX is a leading CAD/CAM/CAE software used for product design, mechanical modeling, and manufacturing simulation. TechPratham’s training helps learners gain hands-on skills for real-world mechanical, automotive, and industrial design projects.
Who should join UG NX Certification Training?
Mechanical engineers, product designers, manufacturing engineers, CAD/CAM professionals, and students in engineering can join. TechPratham makes the course suitable for beginners as well as experienced professionals.
What skills will I gain in this training?
You’ll learn 3D modeling, assembly design, surface modeling, drafting, CAM programming, and simulation. TechPratham ensures these skills are reinforced through live projects and exercises.
Does the training provide practical exposure?
Yes, TechPratham provides hands-on projects, real-time design tasks, and CAM simulations to ensure learners gain practical experience.
How long does the UG NX Certification Training take?
The program usually lasts 6–8 weeks, with TechPratham offering both instructor-led sessions and self-paced learning formats.
Will this training help in career growth?
Definitely. TechPratham prepares learners for roles like CAD/CAM Engineer, Product Designer, Manufacturing Engineer, and Mechanical Design Engineer in top industries.
What is the expected salary after UG NX Training?
Freshers can earn ₹3–6 LPA, while experienced UG NX professionals can earn ₹8–18 LPA+. TechPratham ensures learners gain industry-ready skills to secure high-paying roles.
What industries hire UG NX professionals?
Industries such as automotive, aerospace, manufacturing, consumer products, and industrial machinery hire UG NX experts. TechPratham aligns training projects with these sectors.
Why should I choose this training provider?
TechPratham offers expert trainers, updated UG NX curriculum, real-world projects, flexible schedules, and placement support, making it a reliable choice for NX-CAD/CAM training.
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