CATIA Design Training
(Basic to Advanced CATIA Online Training)
“Master CATIA V5/V6 with practical, hands-on projects covering 2D drafting, 3D parametric modeling, assembly design, surfacing, drafting standards, and automation. This training is designed for mechanical engineers, aspiring designers, and fresh graduates who want to build industry-ready CAD skills with placement support.”
✅ Master CATIA V5/V6 CAD Design from basics to advanced levels — covering 2D drafting, 3D part modeling, assemblies, surface modeling, sheet metal, drafting standards, GD&T, and automation for real-world product design.
✅ Ideal for mechanical engineers, design aspirants, and fresh graduates who want to build careers in automotive, aerospace, manufacturing, product development, and R&D sectors.
✅ Develop industry-ready design skills by creating professional 3D models, assemblies, and detailed engineering drawings that comply with global standards (ISO/ASME).
✅ Hands-on projects and case studies ensure you gain practical expertise to solve real-world design challenges while building a strong portfolio for job interviews.
✅ Learn directly from experienced CATIA professionals, gaining insights into modern design workflows, advanced surfacing techniques, productivity tools, and best practices used in top companies worldwide.
High Salary
“For CATIA Design Engineers with 4–5 years of experience, the average salary package ranges between ₹5 Lakhs to ₹10 Lakhs per year. On the other hand, CATIA Automation & Customization Developers with the same level of experience can earn significantly higher — between ₹18 Lakhs to ₹30 Lakhs annually — due to the specialized expertise and industry demand.”
Good Demand
“While CATIA Design is a widely recognized skill among mechanical engineers, the job market is highly competitive for standard design roles. In contrast, CATIA Automation & Customization remains a niche specialization, with only a limited number of engineers possessing this expertise — making it a high-demand career path with strong growth potential.”
Easier To Learn
“While CATIA Design is relatively straightforward to pick up, CATIA Automation & Customization can be more complex. With our industry expertise and structured approach, we make the learning process simple through step-by-step, hands-on training that helps you master even advanced concepts with confidence.”
More Reason to Learn CATIA Design Training
CATIA is widely used in automotive, aerospace, manufacturing, and product design industries worldwide.
Skilled CATIA professionals are sought after by top OEMs, suppliers, and R&D companies.
Covers 2D drafting, 3D modeling, assemblies, surfacing, sheet metal, and drafting standards.
Learn to create engineering drawings that meet ISO and ASME standards.
Gain real-world experience by working on industry-oriented design case studies and projects.
Master complex surface design used in automotive, aerospace, and consumer products.
Build a strong portfolio with professional design projects to showcase in job interviews.
Entry-level design engineers can scale to senior roles or transition into CATIA automation/customization.
Training includes guidance for interviews, resumes, and job opportunities in the CAD domain.
CATIA expertise opens doors not only in design but also in product lifecycle management (PLM) and advanced CAD automation.
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 CATIA Design Training
Understanding CATIA Concepts
Understanding Design Intent
Exploring Workbenches
Understanding Parametric Concepts
Using the CATIA Interface
Overview of the Main Interface
Using the Folder Browser
Setting Graphics Properties
Opening and Saving Files
Managing Files in CATIA
Creating Sketcher Geometry
Basics of Sketcher Theory
Modifying the Sketcher Display
Applying Constraints
Sketching Lines, Centerlines, Rectangles, Circles, Arcs, and Circular Fillets
Using Sketcher Tools
Understanding Construction Geometry Theory
Using Geometry Tools & Dimensioning Entities
Modifying Dimensions, Resolving Conflicts
Sketching Ellipses, Elliptical Fillets, Splines, and Text
Creating Pad, Groove, and Stiffener Features
Solid Pad, Groove, Hole, Pocket, Slot Features
Revolved Features with Angles
Interface (Part 2)
Analyzing Basic 3D Orientation
Constraints and View Orientations
Understanding the Model Tree
Renaming Objects, Regeneration
Activating and Editing Models
Creating Datum Features
Datum Axes and Datum Planes
Multi-Section & Dress-Up Features
Multi-section Solids
Shell and Thickness Features
Remove & Replace Face
Common Dashboard Options (Hole Depth, Types)
Creating Radial and Diameter Holes
Creating Shell Features
Creating Rounds by Edge Selection
Advanced Chamfer Dimensioning Schemes
Drafting Features
Creating Draft Features
Rectangular and Circular Patterns
Group, Copy, and Mirror Tools
Moving and Rotating Copied Features
Mirroring Selected Features
Analysis Tools
Model Units and Mass Properties
Measuring Models
Mini Project
3D Modeling Practice
Multibody and Negative Body Concept
Copy, Paste, Insert Body
Boolean Operations
Transformations: Translation, Mirror, Scaling, Affinity
Assembly Theory Basics
Creating New Assembly Models
Applying Constraints
Understanding Component Interfaces
Exploding Assemblies
Creating Surface Features
Editing Surface Features
Mirroring, Trimming, Merging, Fill Surface, Offset, Project-Combine
Advanced Surfacing: Adaptive Sweep, Multi-Section Surface
Sheet Metal Environment & Wall Types
Creating the First Wall
Unbend, Bend Back, and Cut Operations
Creating Sheet Metal Parts from Solid Models
Creating Dimensions (Model, Auto, Smart)
Datum Features
Geometric Tolerances
Surface Finish
Jog Leader, Hole Callout, Datum Target
Dowel Pins, Area Hatch, Cosmetic Thread
Balloons, Center Marks, Center Lines, Layers
Working with Tables and Bill of Materials
Hole Table, Sheets, Templates, Sheet Formats
Applying GD&T Principles
Datum Features & Tolerance Frames
Advanced Drawing Annotations (per ISO/ASME standards)
Mini Project
Reverse Engineering: 3D Modeling & Drafting from an Industry Component
Create 3D Models and Drafting from a Customer/Industry Component
Preparing Process Drawings and Reports
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.
CATIA Design Training equips engineers and designers to master Dassault Systèmes’ CATIA, a leading CAD platform for product development. The course covers 3D part modeling, assemblies, surfacing, sheet metal, and engineering drawings with a focus on parametric design and global standards. Graduates gain the skills to design complex products efficiently and build careers in automotive, aerospace, manufacturing, and consumer product design.
CATIA Design Engineers with advanced skills earn significantly higher salaries compared to general CAD designers. The reason is clear—expertise in CATIA allows engineers to manage complex 3D modeling, assemblies, surfacing, sheet metal, and drafting tasks that go well beyond basic design capabilities.
By mastering CATIA through structured, hands-on training, you gain the ability to create precise, industry-standard designs efficiently — a skillset highly valued in sectors like automotive, aerospace, heavy machinery, and manufacturing.
For a complete overview, explore the detailed video provided on this page.
Having prior CAD design experience gives you a strong advantage in learning CATIA. It allows you to build on your existing skills while exploring advanced features such as parametric modeling, assemblies, surface design, sheet metal, and detailed drafting with confidence.
By mastering CATIA, you not only enhance your ability to create accurate, high-quality designs but also gain a deeper understanding of how these designs integrate into real-world engineering and manufacturing workflows. Over time, this expertise positions you to take on leadership roles in product development, driving innovation and efficiency across industries.
Generally No.
Sometimes Yes.
Please speak to the coordinator for more details.
For CAD platforms like SolidWorks, AutoCAD, Siemens NX, and Inventor, engineers mainly focus on developing design expertise. Among these, CATIA Design Training stands out by emphasizing mastery of core tools such as 3D modeling, assemblies, sheet metal, surfacing, and drafting within CATIA. By gaining strong CATIA skills, engineers can produce accurate, industry-compliant models and drawings that follow global standards, providing a solid foundation for advanced roles in product design, manufacturing, and innovation.
Expertise in CATIA CAD is relatively uncommon, especially in advanced areas like complex assemblies, surface modeling, sheet metal design, and drafting. Because of this, skilled CATIA professionals are highly valued and enjoy excellent career opportunities with strong growth potential in industries such as automotive, aerospace, heavy engineering, and consumer product design.