
Master CATIA v5 sheet metal and plastic basics to advanced by practicing ten practical parts, with a focused, video-driven approach and a final test to challenge you.
Explore remastering in CATIA v5 sheet metal and plastic, using sketching, sketch-based and surface-based features, and transformations to create parametric and reverse-engineered bodies.
Learn how to remaster CATIA V5 parts using shell operations for 2.5 thickness, create and isolate parametric bodies, and break parent links to convert 3D shapes into adjustable parameters.
demonstrates a live part example in catia v5, guiding parametric modeling from sketch extraction and constraints to pad or thick features, fillets, chamfers, assembly, and boolean operations.
Learn to identify CATIA v5 CAD formats and extensions such as catpart, step, iges, and stl, check version compatibility with notepad, and understand cross‑software conversion and sharing.
Enroll in the online aug batch 24 to master Catia v5 sheet metal and plastic from basics to advanced, with daily classes focused on automotive job readiness for global companies.
Explore the basic principle of remastering: convert dump data to parametric in Catia v5, creating independent parametric parts via sketches, constraints, and link isolation.
Learn to identify matching surfaces and remove material in CATIA V5 sheet metal workflows, applying proper fillet sequencing, sketch tangency, and rib creation to ensure proper surface mating.
Learn remastering of CATIA V5 sheet metal parts with isolating features, guides, rib creation, and shell. Apply radius, patterning, and symmetry to finalize basic to advanced sheet metal designs.
Master the reverse engineering workflow in CATIA V5 to build a parametric, history-enabled model from a no-history part, using measurement tools, geometry sets, axis systems, and sheet metal context.
Master sheet metal design in catia v5 by matching surfaces, removing excess material, creating ribs from a closed sketch, and applying shell operations with proper thickness.
Practice catia v5 metal frame workflows by creating and editing parts, applying proper constraints and shell operations, removing material, and verifying assembly accuracy with space analysis and compare product.
Learn to identify and create drafts in Catia v5 for sheet metal and plastic parts, determine when to skip rib operations, and align surfaces using sketches and assemblies.
Assess draft in CATIA V5 by identifying planar surfaces, measuring draft angles and neutral areas, selecting the correct draft direction, then apply fillets and shell operations to finalize the metal frame.
Create beads on a metal bracket to strengthen the part, using a reference frame and parametric conversion. Learn sketching, isolating areas, applying fillets, and extrapolating drafts to match measurements.
Create a CATIA V5 sheet metal bracket draft by defining the neutral plane, using curvature and tangent drafts, and applying offset planes and patterning for beads.
Learn shell-based metal bracket drafting in Catia v5 by applying selective cutouts, filling and matching surfaces on the left side, and excluding surfaces to complete the model.
learn to set the absolute axis system in CATIA V5 by fixing the compass to the part orientation, aligning X and Y to 90-degree edges, and choosing the main side.
learn to set the absolute axis system and form strength beads by building symmetric rib profiles with fillets, using tangent lines, symmetry constraints, and selective material removal.
Learn to set the absolute axis system in CATIA by adapting methods, constructing sketches on planes, and using rotate, mirror, and symmetry to define geometry and remove material.
Set the absolute axis system in CATIA V5, align the plane with the line, sketch accurately, apply fillets sized 3.5 and 2.5, and finalize with a shell operation.
Learn to create and match a depression in CATIA V5 sheet metal by constraining edges, isolating features, and applying drafts before fillets, using sections to measure distances.
learn to find the draft angle in catia v5 by using a tangent line to curves and a neutral plane, with quick verification via revolve.
Create a seating frame as a sheet metal part by turning it into a flat pattern, trimming surfaces, and applying beads and fillets using basic surfacing techniques.
Practice exercise nine guides you through modeling a two-part vertical window in catia v5, using rib matching, rotate operations, and small shaft adjustments to approximate and fillet the area.
This course is designed to teach you the fundamentals of CATIA remastering and how to use the software to create complex designs. From the basics of sketching and modeling to advanced techniques like Boolean operations and remastering, this course covers everything you need to know to become a proficient CATIA remastering expert.
Starting with the basics, you'll learn how to create sketches and use them to create 3D models. You'll learn how to use CATIA's extensive toolset to modify and refine your designs, including boolean operations to combine and subtract shapes. As you progress, you'll learn more advanced techniques such as remastering, which is the process of converting older CAD data into newer formats.
The course includes practical exercises and projects to help you apply what you've learned in real-world scenarios. You'll also have access to CAD files to work on during the course, allowing you to practice your skills and build your portfolio.
To ensure that you are fully prepared to enter the workforce, the course includes an interview CAD test to assess your skills and knowledge. This will give you the opportunity to demonstrate your proficiency in CATIA and showcase your abilities to potential employers.
Overall, this course is perfect for anyone looking to improve their skills in CATIA, from beginners to advanced users. By the end of the course, you'll have a deep understanding of CATIA's capabilities and be able to create complex designs with ease.