NX Design Course (Advanced- Live)
- 12 Hours
- 8 Chapters
- 60+ Topics
Description
Unlock your design potential with our industry-focused NX Design Course. Whether you’re a student, fresher, or working professional, this course equips you with the skills needed to create professional 3D models, assemblies, and technical drawings using NX— the world’s leading mechanical CAD software.
Course Requirements
- Basic Computer Skills
- Laptop/Desktop With NX Installed
- Commitment to Practice
Who Should Enroll
- Individuals Looking to Adapt to New Technology and Upgrade Their Skills
- Individuals Looking for Career Change and Transition to High-Paying Job.
- Professionals in Mechanical Engineering Fields.
- Product Designers and CAD Engineers Engineering Students.
- Freelancers and Small Business Owners in Mechanical Design
- Educators in Mechanical Design and Engineering
- Corporate Teams Seeking Employee Training and Skill Development
- Engineering Students and Recent Graduates
Course Highlights
- Learn SolidWorks from Scratch to advanced level
- Understand SolidWorks Architecture.
- Master over 100 Highly Used NX Commands
- Develop a complicated Project with Advanced Techniques
- Apply Real-World Design Examples to Enhance Productivity
Materials Included
- Recorded Video Lectures
- Course eBook
- Practical Exercises and Assignments
- Certificate of Completion
- Resource Links and Further Reading
- Debugging and Troubleshooting Tips
Course Curriculum
Lesson 1: Overview of SolidWorks for 3D Design.
Lesson 2: User Interface Walkthrough.
Lesson 3: Customizing the Interface and Shortcuts.
Lesson 4: File Types and Best Practices for File Management.
Lesson 5: Sketching Basics (Lines, Circles, Arcs, Polygons, Splines)
Lesson 6: Geometric Relations (Horizontal, Vertical, Tangent, etc.)
Lesson 7: Smart Dimensions and Parametric Control
Lesson 8: Advanced Sketch Tools (Trim, Extend, Offset, Convert Entities)
Lesson 9: Using Sketch Patterns (Linear, Circular)
2.6: Sketch Repair Tools (Check and Repair Sketch Errors)
Lesson 10: Introduction to Part Modelling
Lesson 11: Extruded Boss/Base and Extruded Cut
Lesson 12: Revolved Boss/Base and Revolved Cut
Lesson 13: Fillet and Chamfer Features
Lesson 14: Hole Wizard (Counterbore, Countersink, Threaded Holes)
Lesson 15: Mirror Features (Sketch and 3D Features)
Lesson 16: Sweep Features (Sweep Boss/Base, Sweep Cut)
Lesson 17: Loft Features (Loft Boss/Base, Loft Cut)
Lesson 17: Using Ribs and Drafts in Designs
Lesson 18: Shelling and Adding Thin Features
Lesson 19: Wrap Features (Emboss, Deboss, Scribe on Surfaces)
Lesson 20: Advanced Patterning Techniques (Curve-Driven, Sketch-Driven, Table-Driven Patterns).
Lesson 21: Introduction to multi-Body Parts
Lesson 22: Managing Multi-Body Parts (Combine, Split, Save Bodies)
Lesson 23: Using Intersect and Move/Copy Body Features
Lesson 24: Weld Beads in Multi-Body Parts
Lesson 25: Surface Modelling Basics (Planar, Extrude, Revolve, Loft, Sweep)
Lesson 26: Creating Advanced Surface Features (Boundary Surfaces, Filled Surfaces)
Lesson 27: Surface Trimming, Extending, and Filleting
Lesson 28: Converting Surfaces to Solids
Lesson 29: Advanced Solid-Surface Hybrid Modelling
Lesson 30: Introduction to Sheet Metal Tools
Lesson 31: Creating Base Flanges and Edge Flanges
Lesson 32: Adding Hems, Jog, and Sketched Bends
Lesson 33: Lofted Bends and Forming Tools
Lesson 34: Flattening Sheet Metal Parts and Exporting Flat Patterns
Lesson 35: Structural Members and Weldment Profiles
Lesson 36: Adding End Caps and Gussets
Lesson 37: Weld Beads and Fillet Welds
Lesson 38: Cut Lists and BOM Creation for Weldments
Lesson 39: Introduction to Assemblies and Types of Assemblies
Lesson 40: Applying Standard Mates (Coincident, Parallel, Perpendicular, etc.)
Lesson 41: Advanced Mates (Width, Path Mate, Symmetry, Limit Mates)
Lesson 42: Exploded Views and Explode Line Sketches
Lesson 43: Assembly Configurations and Display States
Lesson 44:Large Assembly Management (SpeedPak, Lightweight Components)
Lesson 45: Introduction to Design Tables
Lesson 46: Creating and Managing Configurations
Lesson 47: Adding Equations and Controlling Parameters
Lesson 48: Configuration-Specific Features in Parts and Assemblies
Lesson 49: Creating Orthographic, Isometric, and Section Views.
Lesson 50: Adding Detail and Broken Views.
Lesson 51: Customizing Templates and Sheet Formats.
Lesson 52: Adding Dimensions, Tolerances, and Annotations.
Lesson 53: Exploded View Drawings for Assemblies.
Lesson 54: Creating and Customizing a Bill of Materials (BOM).
FAQ
No prior knowledge / experience is required.
On Average 15 to 30 Days, it may extend or reduce based on your learning ability.
You’ll have access to community discussions, and technical support to ensure a smooth learning experience.
Yes! Based on availability, we offer both paid and unpaid internships, as well as freelance and Job opportunities for select students.
Yes, upon successful completion, you will receive a certificate to showcase your expertise in SolidWorks Design & Modelling.
Absolutely! The course is designed for beginners and professionals alike.
This course will equip you with cutting-edge design skills in SolidWorks, making you highly competitive in industries like automotive, aerospace, and product design. It’s perfect for those looking to upgrade their skills or transition into high-paying roles.
In India:
🔹 Average Salary: ₹3.5 to ₹6 LPA (Lakhs Per Annum) for design engineers with 1–3 years of experience.
🔹 High-End Salary: ₹10 to ₹20+ LPA for professionals with expertise in SolidWorks automation, customization (API), or with 5+ years of experience in product/R&D companies.
In the USA:
🔹 Average Salary: $60,000 to $85,000 per year for SolidWorks professionals.
🔹 High-End Salary: $100,000 to $130,000+ per year for those skilled in SolidWorks API, design automation, or working in high-end manufacturing or aerospace domains.
👉 Note: Professionals with skills in SolidWorks automation, API, or custom tool development often earn significantly higher due to low competition and high demand globally.
SolidWorks is widely used across industries such as automotive, aerospace, manufacturing, and product design. Some top companies using SolidWorks include Tesla, Boeing, Ford, General Electric, John Deere, Siemens, Schneider Electric, and many small-to-medium enterprises (SMEs) in engineering and design.
In India, thousands of companies use SolidWorks, spanning industries such as automotive, aerospace, manufacturing, and consumer products. It's estimated that 30,000 to 40,000 companies rely on SolidWorks for design, prototyping, and engineering tasks. This includes a mix of large multinational corporations and small-to-medium enterprises (SMEs) that focus on precision design and automation. As the demand for CAD skills grows, more companies are adopting SolidWorks to streamline their design and engineering processes.
Certifications
Online Verification with QR Code, and Internship Certificate.
Interview Preparation Materials
Handouts to help you prepare for NX Design interview.
Unpaid Internship
Unpaid Internship from 2 to 6 Months (Available).
Paid Internship
Paid Internship from 1 to 6 Months (Onboarded Based on Availability, Limited Seats Only)
Freelancing / Job Opportunity
Get a Change to Work with Us, (Onboarded Based on Availability and Skill Level, Limited Seats Only.)
