CATIA V5 from Beginner to Advanced Level

Explore the CATIA V5 part design workbench interface, including the main menu, geometrical set and part body, and learn how to customize and restore toolbars for the workflow.

Manipulate the reference planes in a CATIA V5 part file by hiding and showing x, y, z, then create a point to set a new origin with the axis system.

Explore CATIA V5 units settings, selecting units for lens and mass and adjusting decimal places for dimensions; switch between two and four decimal digits to see the effect on sketches.

Adjust the 3D display accuracy in CATIA V5 by opening tools, options, display, performance, lowering the 3D accuracy bar, and applying changes to improve display precision.

Explore standard views in CATIA V5, including isometric, front, back, left, right, and top. Apply the normal view to a selected face for precise orientation.

Learn to hide and show parts in CATIA V5 using the right-click 'hide and show' command, and explore an alternative method via the part body menu.

Change the part color and transparency by opening the board body properties, using the graphic bar to pick a color, then adjust transparency and apply.

in CATIA V5, change the background color by opening the tools menu, selecting display and visualization, choosing a background color, and clicking okay.

Explore render styling options for geometrical areas in CATIA V5, including shading, shading with edges (with and without smooth edges), hidden edges, shading with material, wireframe, and custom view settings.

Open the sketch tool on the x y plane, enable the grid, and draw a circle with a defined center. Define its diameter or radius and exit the sketch.

Explore creating and dimensioning rectangles in CATIA V5, including standard, oriented (three points), and center rectangle, with width and height constraints and precise dimensional edits.

Learn to create circles and arcs in CATIA V5, including three point circles, diameter defined circles, and three tangent circles, plus various arc constructions using points and centers.

Learn to create lines in CATIA V5, including line, infinite line, tangent line, bisecting line, and line normal to curve, using two circles and a three-point curve with dimensions.

Add points by clicking, or by coordinates, defining horizontal and vertical distances. Use polar coordinates with radius and angle; create equidistant points, intersections, and circle projection.

Activate the profile icon and create continuous profile sketches using tangent arcs, lines, circles, and curves to quickly generate closed or open profiles.

Learn to draw in a spline by selecting points, escaping to finish, and adjusting points with vertical and horizontal dimensions until the sketch is fully constrained.

Learn to draw an elongated hole in Catia v5 by selecting the icon and defining the width and arc radius; ensure the height matches the arc radius.

Learn to draw a cylindrical elongated hole in CATIA V5 by selecting the icon, defining the arc center and radius, and adjusting the hole dimensions to 21 and 3.5.

Learn to add dimension constraints in CATIA V5, set angles with horizontal and vertical axes, and evaluate sketch solution status to achieve under, fully, or over constrained states.

Apply auto constrain to a Catia V5 sketch by selecting lines and circles, establish tangency, then edit constraints and dimensions to refine the sketch.

Learn to create and constrain two circles in CATIA V5, define radii and center distances, and edit multiple constraints at once.

Learn to apply auto and manual geometrical constraints in CATIA V5, including horizontal and vertical alignments, and create line-to-point coincidence constraints for precise sketches.

Apply geometrical constraints in CATIA V5 by selecting line pairs to set vertical or horizontal constraints, measure angles between lines, and create perpendicular or coincidence relations, and compute distances.

Learn to apply geometrical constraints in CATIA V5 by drawing circles, setting radius or diameter, fixing positions, and using tangency, concentricity, and coincidence.

Explore geometrical constraints in CATIA V5, including tangency between a circle and a line, symmetry of a rectangle around horizontal and vertical axes, and finding a midpoint.

Convert circle sketch elements between standard and construction types in CATIA V5, using activation and deactivation to control 3D visibility.

In CATIA V5, create corners using the corner tool, test multiple options—trim behaviors, radius 19, and conversions to construction lines—by selecting first and second lines across different configurations.

Learn to create chamfers in CATIA V5 by applying edge trims, adjusting dimensions, and exploring standard line and construction line options for precise edge handling.

Learn to mirror sketches in catia v5 using the transformation tool, selecting objects such as rectangles and circles, choosing lines or axes, and using construction lines for partial mirroring.

Apply the symmetry and mirror tools in CATIA V5 sketches, using rectangles and circles with a line, axis, or construction line, and understand the difference between symmetry and mirror.

Explore how to translate a sketch in CATIA V5, choose a translate reference point, use duplicate mode, and control internal and external constraints while copying geometric constraints.

Master rotating sketches in CATIA V5 using the rotate tool to turn circles from 0 to 180 degrees, with a construction circle, and duplicate instances every 45 degrees.

Learn to scale a sketch in Catia v5 using the scale tool, exploring duplicate mode, scale reference point, and how constraints are preserved or dropped when scaling up or down.

Master the offset sketch tool in Catia v5 by offsetting a rectangle by 200 inward and a more complex profile by 300 outward to generate new profiles.

Break lines in CATIA V5 by selecting a line, adding break points, and splitting it into segments. Convert between construction and standard elements and repeat the process with additional lines.

Master quick trim to delete only selected line portions in CATIA V5, contrast with deleting whole lines, and use undo (Ctrl Z) after mirroring lines in a quick sketch.

Explore the close arc and complement tools in CATIA V5, using sketching and circle creation to convert arcs into full circles and understand their differences.

Practice guides you through creating a profile sketch, applying auto constraints, setting and editing dimensions, mirroring a profile, constraining three circles, and verifying a closed sketch with sketch analysis.

Practice 2 covers creating a vertical and horizontal axis, adding dimensions, drawing two circles with radii and diameters, adding tangent lines, and finishing with a closed sketch and sketch analysis.

In CATIA V5, practice sketching by setting axis systems, drawing circles with diameter 80 and radius 5, adding and applying auto constraints, then rotating duplicates and verifying a closed sketch.

Sketch a 90 mm square and a 130 mm square with 10 mm corner radii, then place four 12 mm circles and mirror features in Catia v5, ensuring closed profiles.

Practice sketching in CATIA V5 by building axis systems, circles with radius and diameter, and connecting arcs. Execute tangency, trim extras, copy circles, and verify a closed profile.

Practice 6 guides sketching a central rectangle (40 by 75), chamfering edges by 10, and adding radius five features with lengths 55 and 20 to verify a closed profile.

Practice builds a CATIA V5 sketch by configuring axis systems, setting dimensions, drawing circles with radii and diameters, and adding tangent lines and an arc to close the profile.

practice eight guides students through creating a CATIA v5 sketch with axes, dimensions, circles and arcs, adding tangents and chamfers, refining with sketch analysis, and exiting the sketch.

Create a CATIA V5 sketch by establishing multiple axis systems, applying precise dimensions and radii, forming tangent circles, and ensuring the sketch is closed through analysis.

practice sketching in Catia v5 by drawing concentric circles with specific radii and diameter, adding dimensions, constraining, and rotating a pattern at 0 to 90 degrees before converting to 3d.

In Catia v5, sketch a centered rectangle and circle on the xy plane, apply dimensions, auto constrain, then extrude 30 mm up, down, and with mirror extend.

Learn to extrude a sketch in a direction not normal to the profile by setting a 45-degree direction in the yz plane and applying a 30 mm pad.

Explore pad creation in CATIA V5 by applying extrude types such as up to next, up to last, up to plane, and up to surface from sketches and planes.

Multipath lets you extrude five closed profiles from a single sketch with different extrusion values, enabling varied depths for each profile and a single preview.

Learn how to create pockets by removing material in CATIA V5, using sketches on x-y and y-z planes, auto constraints, reverse direction, and features like mirror extend and dimension control.

Demonstrates sketching on a face, converting an open profile to a closed pocket by applying depth up to 30 and thickness, using margins and a uniform 20 thickness.

Create a pocket by sketching a circle on a plane, using normal to profile direction to position the pocket, and explore alternative directions via reference and new directions.

Apply pocket types in CATIA V5 to circular sketches, dimension, up to next solid, up to last solid, up to a plane, and up to a surface, with previews.

Create a single sketch with three closed profiles (rectangle, circle, ellipse) and assign different depths to each using multipocket. Define depths as 15, 20, and 45 respectively.

Learn to create shafts in Catia v5 by revolving sketches in yz plane around a chosen axis, using circles and rectangles with dimensions such as 60 mm.

Sketch on y-z plane, revolve cross section about z axis to form a shaft; set inner and outer thickness and total thickness with neutral fiber for a hollow tube.

Learn to create a groove in CATIA V5 by revolving a sketch around an axis and removing material, then define inner, outer, and total thickness with neutral fiber.

Learn to create a rib by sketching a profile, applying auto constraints, and sweeping it along a guided curve, then set inner and outer thickness or neutral fiber.

Use a slot feature in CATIA V5 to remove material from a sketch by selecting a profile and guide curve, adjusting outer and inner thickness with previews.

Learn to convert a box to a shell in Catia V5 by removing faces to set inner and outer thickness, including 3 mm inner and 4 mm outer.

Create and position holes in CATIA V5 by defining diameter and depth, adjusting bottom shapes, and using positioning sketches or normal-to-surface options to place holes precisely.

Explore hole types in CATIA V5, including tapered, counterbore, countersink, and counter drill, and learn to set diameter, depth, angle, and total depth with preview.

Learn how to apply edge fillet in CATIA V5, adjusting radius, choosing tangency, sectional, minimal, and intersection modes, setting distances, limiting elements, and using vertex and plane options.

Select the edge and set two radii (10 mm and 3 mm) for a variable-radius fillet, preview and accept changes, then switch to linear mode on a cube.

In CATIA V5, create a chordal fillet by selecting an edge, set the width and distance dimensions (for example, 10 mm and 4 mm), preview, and apply changes.

Select edges and faces to apply chamfer in CATIA v5, set length and angle, and preview results before accepting; adjust lens settings for horizontal and vertical dimensions.

Learn to create a rectangle pattern in CATIA V5 by defining direction with axes or edges and using preview to adjust instance, length, and spacing.

Create circular patterns in CATIA V5 by defining an axis of rotation, choosing instance count and angular spacing, and adjusting total angle, circle spacing, and crown thickness.

Learn how to apply the pattern tool in CATIA V5 to position buttons by sketching points and splines, preview results, and refine placements.

Create datum points in CATIA V5 by defining reference points at the origin or another point and placing points on curves, planes, or surfaces using distance or midpoint (ratio 0.5).

Explore datum element line in CATIA V5 by selecting line types, including point-to-point, x-direction, angle, tangent to curve, and normal to surface, while extending starts or ends.

Learn to create datum planes in CATIA V5 using methods such as offset from a plane, through points and lines, and planes normal or tangent to curves and surfaces.

Practice modeling a plastic basket in Catia V5, starting with sketching on the y z plane, applying dimensions and offsets, then extruding and patterning around the z axis.