CATIA V5 3D Design & Modeling Course for Beginner

Learn to create and modify basic sketch geometry in CATIA V5, using the profile toolbar to draw lines, circles, splines, arcs, and conics, then constrain and transform sketches.

Explore the sketcher workbench in Catia v5, use the profile tool and constraints to create fully constrained sketches with dimensions and symmetry, plus predefined profiles.

Master circle and arc construction, including circle from coordinates and three point circle, plus spline, parabola, and hyperbola, and learn point, line, tangent, bisecting line, and projection in sketch module.

Learn to use the constrained command in sketching by applying the constraint definition dialog box to set dimensions, tangency, radius, diameter, and parallelism, ensuring the sketch is fully constrained.

Create a fully constrained CATIA V5 sketch by reproducing a 200×50 mm profile with 120/40/10 mm features, using circles/arcs, tangency, and parallel constraints, then compare results.

Master a CATIA V5 sketch for an automotive component by building a fully constrained profile using lines, three-point arcs, tangency, and dimensions, then verify with sketch solving status.

Learn to build a precise CATIA V5 sketch using an origin axis, tangent and symmetry constraints, circles and semicircles, trimming and breaking arcs, and exact diameters and angles.

Learn to create a detailed 2D sketch in CATIA V5 by following the profile steps for assignment four, including precise dimensions, arcs and radii, and validating constraints.

Learn to create a constrained sketch for a panel in CATIA V5, applying precise dimensions, angles, radii, and profile constraints to build and compare steps.

Explore the part design module by creating solid geometry with a feature-based approach using sketches in the sketch workbench, and navigate tools, commands, and the specification tree.

Learn to use CATIA's pocket commands, including pocket, drafted pocket, filleted pocket, and multi pocket, to remove material, set depth and draft angles, and explore shaft and group features.

Explore hole creation in CATIA V5 using various hole types and dimensions, including simple holes, blind, depth, diameter, thread options, and then create a profile and sketch-based slots.

Apply sketch-based features to add stiffeners and create multi-section solids, using material removal to sculpt profiles with proper closing points and material flow.

Explore the part design module in CATIA V5 and the reference element toolbar. Learn to create points, lines, planes, and points on planes, curves, and surfaces using coordinates.

Explore Jennifer in the Catia V5 part design module, applying draft angles on solid geometry, including single and 50/50 drafts, using neutral elements and reverse to control direction.

Master the shell and thickness commands in CATIA V5 to hollow a solid and control wall thickness, add threaded holes, and practice remove and replace face operations.

Learn to move and orient 3d geometry in Catia v5 using translation, rotation, and symmetry, then apply axis-to-axis infinity, mirror, and rectangular and circular patterns, including scaling options.

Discover surface based features in catia v5 part design, including splitting with a plane or line, increasing surface thickness, closing surfaces to form solids, and trimming surfaces to modify faces.

Master boolean operations in Catia V5 part design, including remove, union, intersect, and trim, by creating circles, extruding features, and applying operations between bodies.

In this course, learn to design and model an el bracket, beam, and panel in CATIA V5, guided by dimensional drawings to build a 3D beam panel assembly.

Design a left-bracket component in CATIA V5 by creating an L-shaped model from an isometric sketch, applying thickness, radii, dimensions, and two holes.

Sketch a symmetric cross section for the E.S. beam in CATIA V5, then extrude to 1000 mm and apply four 5 mm radius fillets for final assembly.

Design a CATIA v5 panel by sketching a 320 mm high cross-section with 10 mm thickness and 20 mm radius, then extruding to 660 mm, adding pocket and four holes.

Explore wireframe introduction in CATIA V5, learn to create 3D geometry from 2D sketches, generate surfaces in a single step, and leverage curves, splines, and conics for complex shapes.

Create points and lines in the wireframe tool using coordinates and axes to efficiently build geometry in the generative ship design environment.

Master line creation in CATIA V5 by using point-to-point, point-and-direction, angle, normal to curve, tangent to curve, normal to surface, and bisect tools.

Create axes for circles by choosing direction, normal, or center options, and construct a continuous polyline with adjustable corner radii to form a precise wireframe model.

Create planes in CATIA V5 wireframe by offsetting from a plane, creating parallel planes, and defining planes via points, lines, curves, or surface tangents and normals.

Explore how to create circles and arcs in CATIA V5 wireframe using multiple methods: center and radius, center and point, three point, tangent, and center tangent options.

Master helix and spiral creation in CATIA V5 with the wireframe helix command to model boiler coils and shock absorbing springs, defining height, pitch, start angle, and rotational direction.

Explore the Catia surface toolbar to create extrude, revolve, sphere, and cylinder shapes from sketches. Adjust dimensions and up-to-element limits to refine these surfaces with different directions and plane references.

Learn how to create offset surfaces and fill regions in CATIA V5, adjusting offsets (50 mm), divisions for smoothness, and using profiles to build complex geometry.

Explore the surface toolbar sweep in Catia v5, detailing explicit, line in line, circle in circle, and conic methods, their inputs, and the 21 commands with attached documents.

Create sketches and gatekeepers to build surfaces with the explicit sweep tool in CATIA V5, using reference surfaces and pulling directions to control curvature.

Master the sweep line option in CATIA V5 to create surfaces from lines. Apply limit, reference surface, tangency, angular sector, and draft direction to tailor sweeps.

Apply surface toolbar sweeps to create circle-based sub-surfaces using three guides, planes, and radii, then trim and limit surfaces for precise control.

Explore CATIA V5's surface toolbar for sweeps with the conic option, using guide curves and tangency settings to create smooth, controlled surfaces.

Master adaptive sweep in surface design by creating a gatekeeper sketch and guiding curves, then define cross sections and modify them with parameters to build continuous automotive surfaces.

Explore the surface toolbar 'multi section surface' and 'blend' in CATIA V5 by creating multiple profiles, guiding flow direction, checking preview, and selecting continuity or curvature to generate smooth surfaces.

Master the join and healing commands in CATIA V5 to connect surfaces; join requires gaps under 0.1 mm, while healing uses a larger marching distance to form a single surface.

Explore trim and split operations in CATIA V5 by creating planes and surfaces, healing and joining them, then trimming and splitting to shape and remove unwanted regions.

Learn to use boundary, extract, and multiple extract in CATIA V5 to create seamless surfaces from multiple sketches, combining steps with joints and precise extrusion directions.

Catia v5's operations toolbar lets you apply shape fillet, edge fillet, and variable fillet with adjustable radii, using previews to control material removal and final geometry.

Apply the styling fillet to create a smooth, G3-continuous corner across surfaces. Sketch, project points, and trim and split to finalize a polished CATIA v5 model.

Explore chordal fillet, face-to-face fillet, and tritangent fillet in CATIA V5, comparing smoothness and continuity as you apply 5 mm and 15 mm radii to model features.

Explore the BiW templates toolbar in CATIA V5, building junctions with circular and rectangular profiles, constructing diabolo shapes, inserting holes, and forming mating flanges and beads for automotive design.

Design a three-point junction in CATIA V5 by creating a cross section, extracting boundaries, filling and joining surfaces, then patterning legs at 120 degrees and applying a 2 mm thickness.

Model a plastic panel in CATIA V5 by sketching a dimensioned profile, extruding to form a solid, adding fillets, and using split and cutout operations to finalize.

Design a sheet metal panel in Catia V5 by sketching a symmetric profile and extruding, offsetting surfaces, and creating a cutout with two 20 mm holes.

explain general catia v5 concepts, including the full form of catia, p1–p3 licensing levels, operating system options, kernel basics, neutral file formats, default length units, and coordinate systems.

Learn CATIA v5 sketch module basics: enter sketcher from multiple workbenches, use grid and snap, construct elements, apply constraints, and master mirror, symmetry, quick trim, projection, and sketch analysis.

Explore CATIA V5 part design fundamentals through questions 28–50, including specification tree visibility, six degrees of freedom, multiple sketch extrusion, drafting, patterning, and 3D block creation from a line.