PTC Creo Parametric-A Complete Bootcamp

Learn how to create and dimension circles in Creo Parametric, using center in point, diameter and radius, and circle types such as concentric, three-point, and tangent.

Learn to create ellipses in Creo parametric with axis and center methods, set major and minor axes, diameters, and radii, and modify dimensions using construction lines and on-screen edits.

Define and apply datum references in Creo Parametric to control geometry with coordinate systems, planes, points, axes, and center lines, enabling accurate dimensioning and symmetric sketches.

Explore fillet options in Creo Parametric sketching, including circular fillet, circular trim, elliptical fillet, and elliptical trim, with radius and diameter adjustments and background references.

Apply a chamfer in Creo Parametric by selecting two edges to create a flat edge with an adjustable distance, choosing uniform or non-uniform options, and editing dimensions.

The palette tool in Creo Parametric lets you quickly create, scale, rotate, and place polygons and profiles, save sketches to a palette, and reuse them to streamline aerofoil lofting.

Explore how vertical, horizontal, perpendicular, and tangent constraints shape sketch geometry in Creo Parametric, including automatic constraint behavior and how to apply constraints to lines and circles.

Learn midpoint and coincident constraints in PTC Creo Parametric, placing a line’s midpoint on another line and connecting sketch entities through active constraint techniques.

Explore a sketch exercise in Creo Parametric by analyzing a figure with concentric circles, holes, and arcs, applying radii of 18 and 17 units and 30 units of angular spacing.

Sketch a cross-sectional view of a tap water tap using centerlines and a radius circle; create symmetric rectangles, connect features, delete internal segments, and finalize a Creo sketch.

Build a multi-section sketch in PTC Creo Parametric by applying constraints, centerlines, symmetry, and mirroring; define dimensions and radii to connect segments and create a cohesive right-hand section.

Learn how the extrude command converts a two-dimensional sketch into three-dimensional geometry by projecting it perpendicular to the sketch plane with a defined depth.

Master editing extrusions by adjusting depth and diameter via the extrude definition, using placement to edit a 2D sketch, and creating extrudes on flat and curved surfaces.

Explore the extrude feature in PTC Creo Parametric, adding or removing material and applying taper to shapes, while adjusting the taper angle and noting its geometric limits.

Create a base block in Creo Parametric by extruding two centered squares on its surface and removing material to form a central hole and side slots with dimensions and symmetry.

Learn to model a U-shaped block in PTC Creo Parametric, analyze the base geometry, and create side circular extrusions and holes, using feature-based and surface-based extrusion approaches.

Create an aerofoil wing in Creo Parametric by importing an aerofoil, using a local coordinate system, and forming upper and lower surfaces with adjustable chord and span before shading.

Master the revolve command in PTC Creo Parametric by sketching a half cross section and using the y-axis as the axis of revolution to form a launch vehicle with boosters.

Designate a centerline as the axis of revolution in Creo Parametric, then use revolve and extrusion to create and connect geometry across cross sections.

Explore the revolve command in Creo Parametric, learning to set revolution degrees (default 360), apply symmetry, choose a reference plane or surface, adjust direction, and remove material.

Create a 2d sketch for a friction wheel revolved about a horizontal axis, using datum, center lines, mirroring, and precise dimensions; pattern five holes around the axis.

Master the round command in Creo Parametric to turn sharp edges into rounded radii. Explore selecting edges and faces, creating sets, and applying uniform radii across multiple features.

Master ground command techniques to create rounded and sharp edge features, adjust length by percentage, and set top or bottom references using transition mode and point references.

Learn to stop a chamfer at a chosen distance in Creo Parametric by creating a datum point on an edge, then using a reference option and point ratio.

Learn to create chamfer transitions at corners in Creo Parametric, compare with round fillets, adjust corner behavior, preview results, and apply changes across selected edges.

Learn to create linear and coaxial holes in Creo Parametric by selecting primary and secondary references, aligning hole axis with geometry, and adjusting diameter and depth.

Create a radial hole on a cylindrical surface by selecting the first reference, adjusting the angular displacement and axle distance, and mirroring the feature to the opposite side.

Create a radial hole on a flat surface with the hole command in Creo Parametric, adjusting primary and secondary references, distances, and radius or diameter.

Create a point on a surface using the datum point tool, then generate a point hole directly on that point, adjusting its diameter and depth.

Select surfaces, pick a draft plane, and set a draft angle to create a draft feature on one or multiple faces in Creo Parametric.

Explore creating a multi-phase draft in PTC Creo Parametric by selecting surfaces and hinges, applying a 10-degree draft across four faces, and reviewing the details before finalizing.

Learn how a rounded feature turns a sharp edge into a blunted, tangential corner and how draft propagates automatically between two selected surfaces.

Learn to create a draft and use split by draft to separate upper and lower regions around a hinge plane, adjusting angles and choosing independent or dependent draft behavior.

learn split by draft hinge and split by split object in Creo Parametric, assign drafts to the top surface, and define sketches to adjust draft angles.

Apply a draft to all faces of the added component, set a 30-degree travel angle, and use extend into six surface to prevent material from peeping outside the geometry.

Learn to edit the Direxion Draft variable by right-clicking to add and adjust angles and distances, using values like 0.5 or 0.75, and applying the art angle feature.

Create a simple extrusion with a drill hole, then apply the shell on the surface to observe how the wall and hole respond, including convex and concave corner options.

Explore creating trajectory ribs in Creo Parametric by placing ribs on a base plane at a chosen height, linking to surface geometry, and adjusting rib heights to match outer walls.

Learn how to apply the same radius as the top edge to the bottom rim, and enable rim settings, then review the dynamic view and practice with engineering features.

Learn to create a uniform hollow part in Creo Parametric by drafting first (25° on outer edges), then rounding, and finally shelling to a 6-unit wall.

Create a hole by aligning the hole axis with the block axis, set the diameter to 35, define depth to the next surface, and add a five-unit rounded feature.

Place and align a symmetric through-hole pattern using the central plane: set 22 units from the top, 20 units from the left, 17.5 mm diameter, 11 mm depth, four holes.

Model a two-feature part in Creo Parametric by extruding a semicircular feature (radius 28 mm) and a circular feature (diameter 36 mm), then remove material to form the inner radius.

Learn how to use the pattern command in Creo Parametric to create recurring features, choose dimension patterns, and control instance count, spacing, and increments.

Learn dimensioned pattern in Creo Parametric by selecting a reference dimension, setting incremental values, and using first and second directions on the x and y axes to pattern multiple cylinders.

Learn how to use patterning in Creo Parametric to modify extruded components, adjusting height and diameter increments across two directions for sequential, controlled variations.

Discover pattern-4 in Creo Parametric: regeneration options general and variable, how increasing block diameter causes intersections, why the variable option may fail, and how the identical option enforces sameness.

Learn to model a circular component using the revolve command, pattern the four counterbored holes, and define the outer block with diametric dimensions and depth details.