Solidworks Design Training
From first sketch to production-ready drawings — learn SolidWorks with real projects, best practices for parametric modelling, assemblies, sheet metal, and basic simulation. Perfect for engineers, designers, and students.
✅ Master SolidWorks CAD Design from the basics to advanced — covering part modeling, assemblies, drafting, sheet metal, weldments, surfacing, and GD&T with real-world design workflows.
✅ Ideal for mechanical engineers, design professionals, and beginners who want to build a career in product design, manufacturing, automotive, aerospace, and R&D sectors.
✅ Strengthen your design fundamentals while learning to create professional, production-ready 3D models and detailed drawings that meet global standards (ISO/ASME).
✅ Go beyond theory with hands-on projects and industry case studies, enabling you to solve real-world design challenges and build an impressive portfolio.
✅ Learn directly from experienced SolidWorks professionals, gaining practical insights into modern CAD practices, design optimization, and productivity tools.
High Salary
“For SolidWorks Design Engineers with 4–5 years of experience, the average CTC typically ranges between ₹5–10 Lakhs. However, SolidWorks professionals with advanced expertise in areas like sheet metal, surfacing, and automation can command salaries of ₹15–20 Lakhs or more.”
Good Demand
While SolidWorks Design is a widely known skill among mechanical engineers, competition for design roles is high. However, advanced SolidWorks expertise in areas like sheet metal, surfacing, and automation is a niche skillset mastered by few, giving you a distinct career advantage.
Easier To Learn
“While SolidWorks Design is relatively easy to pick up, mastering advanced areas like surfacing, sheet metal, and design automation can be more complex. With our structured, step-by-step training, we make learning these advanced skills simple and practical for you.”
More Reason to Learn Solidworks Design Training
SolidWorks is one of the most widely used 3D CAD design platforms in product design, manufacturing, and R&D.
SolidWorks skills are highly sought after in automotive, aerospace, industrial equipment, and consumer product companies.
Engineers with advanced SolidWorks expertise earn significantly higher packages (₹12–18 LPA).
Beginner-friendly interface yet equipped with advanced design, surfacing, and automation tools.
Gain practical experience that prepares you for real-world engineering challenges.
Learn sheet metal, surfacing, assemblies, and drafting to create production-ready designs.
Master design and drafting practices aligned with ISO and ASME standards.
Automate repetitive tasks and focus on creative design solutions.
Open career paths in product design, manufacturing, quality, R&D, and freelancing.
SolidWorks expertise ensures long-term career stability as industries move toward digital and automated design.
PLACEMENT RECORD
We’re proud of our alumni who now work at top companies. Although we keep their names private, we’re happy to share details if you request.
Syllabus SolidWorks Design Training
Introduction to CAD, CAE, PDM
Overview of SolidWorks
SolidWorks product portfolio for Design, Simulation, and Communication
SolidWorks User Interface: GUI, Feature Manager, Callouts
Handles, Confirmation Corner, Mouse buttons, Keyboard shortcuts & Command Manager
Features of SolidWorks, File conversion, Sketch entities
Inference lines, Centerlines
Line, Circle, Arc, Ellipse, Rectangle, Slots, Polygon, Spline
Points, Text, Construction geometry, Rapid Sketch, Snap, Grid, Trim, Extend
Fillet, Chamfer, Offset, Convert Entities, Split, Jog
Mirror, Move, Copy, Rotate, Scale, Stretch
Close Sketch to Model, Sketch Picture, Area Hatch/Fill
Sketch Pattern, Blocks, Relations, Automatic Relations
Fully Define Sketch, Sketch Diagnosis, 3D Sketching
Creating Reference Planes, Points, Axis, Coordinates
Boss/Base & Cut Features: Extrude, Revolve, Sweep, Loft
Working with Multiple Bodies
Curves
Split, Project, Composite Curve, Curve Through Points
Helix & Spiral
Additional Features
Chamfer, Shell, Rib
Patterns: Linear, Circular, Sketch-Driven, Curve-Driven, Table-Driven, Fill Pattern, Mirror
Vent, Library Features, Troubleshooting Views
Configurations & Design Tables
System Options
Measuring Geometries
Mini Project
3D Modeling for an Industrial Drawing
Assembly Approaches
Standard, Advanced & Mechanical Mates
Smart Mates, Mate Reference
Assembly Tools
Replacing, Rotating, Moving Components
Assembly Pattern & Mirror, Exploded Views
Physical Simulation & Top-Down Design (Layout Sketch)
In-Context Modeling, Smart Components & Fasteners
Concepts: Bend Allowance, Bend Deduction, K-Factor
Base Flange, Tab, Edge Flange, Miter Flange, Hem, Jog
Break Corner/Corner Trim, Closed Corners, Rip
Sketched Bend, Fold/Unfold
Forming Tools, Cross Break, Welded Corner, Lofted Trim
Converting Solid Body to Sheet Metal
Importing & Editing Imported Features
Feature Recognition, 2D–3D Conversion
Sheet Formats & Templates
Creating & Managing Dimensions
Auto Dimension, Smart Dimension, Annotations, Spell Check
Drafting Tools
Datum Features, Geometric Tolerances, Surface Finish
Jog Leader, Hole Callout, Datum Target, Dowel Pins
Area Hatch, Cosmetic Thread, Balloons, Center Marks, Centerlines, Layers
Tables
Bill of Materials (BOM)
Hole Tables, Sheets & Templates
Surface Tools: Extrude, Revolve, Sweep, Loft, Boundary Surface, Planar Surface
Offset, Radiate, Extend Surface
Surface Fill, Ruled Surface, Trim, Mid-Surface
Replace Face, Delete Face, Untrim Surface, Knit Surface
Thicken Surface, Move Face
Mini Project
3D Surface Modeling of Real-World Components
3D Modeling & Drafting from Industry Components
Why Learn From FeesWorth?
10 Years of Teaching
For the past decade, we have passionately and consistently specialized in CAD Automation & Customization training. Our unwavering commitment to this niche field has allowed us to accumulate a wealth of experience and expertise. Over the years, we have honed our training programs to perfection, ensuring that our students receive the highest quality education in this vital aspect of CAD technology. This extensive experience has enabled us to provide our students with valuable insights and knowledge that are not just theoretical but also practical, setting them on a path to success in a competitive job market
We work on real projects for MNC
We take pride in our collaboration with renowned companies such as Donaldson in the UAE, Honeywell in the USA, and Proclass in the Netherlands. Over the years, we have successfully undertaken and delivered cutting-edge CAD Automation & Customization projects for these distinguished clients. These partnerships stand as a testament to our capabilities and the trust these global organizations have placed in our expertise. Our commitment to innovation and precision ensures that we continue to provide tailored solutions that meet the unique needs of our clients and make a significant impact in their respective industries.
We have delivered many corporate training
We also take pride in our successful track record of delivering comprehensive corporate training in CAD Automation and Customization. Our tailored programs have been well-received by esteemed companies like Molex, Bradken, Mold-Masters, and Valeo. These collaborations attest to our ability to address the unique needs of leading organizations, providing their teams with the specialized skills and knowledge required to excel in CAD Automation and Customization. This recognition in the corporate world reinforces our commitment to excellence and the valuable impact our training has on both individuals and businesses
FAQ
Frequently asked questions and answers.
SolidWorks Design Training provides engineers and designers with practical skills in one of the most widely used CAD tools. Covering part modeling, assemblies, sheet metal, surfacing, and drafting, the program emphasizes real-world projects and global standards, preparing learners for careers in automotive, aerospace, manufacturing, and consumer products.
SolidWorks Design Engineers with advanced skills often command higher salaries than general CAD designers. Expertise in SolidWorks enables engineers to manage complex part modeling, assemblies, sheet metal, surfacing, and detailed drafting—far beyond basic design capabilities.
By completing structured SolidWorks training, you gain the ability to produce professional, production-ready designs efficiently. These skills are highly valued by companies in automotive, aerospace, manufacturing, and product development.
For a complete overview, watch the detailed course video available on this page.
Having prior CAD experience gives you a strong head start in mastering SolidWorks. It allows you to leverage your existing design knowledge while confidently learning advanced skills such as assemblies, surfacing, sheet metal, and detailed drafting.
With SolidWorks expertise, you not only create high-quality, production-ready designs but also understand how your models fit into real-world engineering and manufacturing workflows. This foundation can prepare you for leadership roles in product design, enabling you to guide teams toward innovation and efficiency.
Generally No.
Sometimes Yes.
Please speak to the coordinator for more details.
For CAD platforms like SolidWorks, AutoCAD, Siemens NX, and Inventor, engineers focus on developing strong design capabilities. SolidWorks Design Training emphasizes mastering key workflows, including part modeling, assemblies, sheet metal, surfacing, and detailed drafting.
By gaining expertise in SolidWorks, engineers can create precise, production-ready 3D models and drawings that comply with global standards, laying a solid foundation for advanced roles in product development and manufacturing.
Advanced SolidWorks expertise is relatively rare, with only a few professionals mastering complex assemblies, sheet metal, surfacing, and detailed drafting. This scarcity makes skilled SolidWorks designers highly sought after, offering excellent career opportunities and strong growth potential in industries like automotive, aerospace, manufacturing, and product development.