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Learn MoreComplete Course in Creo Parametric
Rating: 4.2 out of 54.2(103 ratings)
10,423 students
Complete Course in Creo Parametric
For Students, Engineers, and Designers.
Created byCADCIM Technologies
Last updated 11/2022
English
English [Auto],
What you'll learn
- The students will learn to create 3D model using sketching, part modeling workbenches of Creo Parametric.
- He will also learn to assemble the models using Assembly workbench in Creo parametric.
- He will also learn to create surfacing using surfacing workbench in Creo parametric.
- He will learn to create drawing views using drafting workbench in Creo Parametric.
Explore related topics
Course content
5 sections • 84 lectures • 6h 55m total length
- Introduction to CAD5:48
Explore CAD fundamentals with Creo Parametric 7.0, capturing design intent through parametric, feature-based, and bi-directional modeling across part, assembly, and drafting workbenches to create precise 3D models.
- Introduction to Creo Parametric5:40
Explore the Creo Parametric 7.0 interface and workbenches, from creating new files and templates to sketching, solid part and assembly modeling, and absolute coordinate systems.
- Settings and Options in Creo Parametric3:12
Explore the 7.0 initial settings in Creo Parametric, including parametric options, themes, model display, default views, constraints and dimensions, and exporting configurations to tailor the workspace.
- Creo Workbench interface7:44
Explore the Creo 7.0 workbench interface, start a new solid part with a manual template, view properties, and use the file menu, graphics toolbar, command search, and status bar.
- Features of Creo Parametric5:48
Explore Creo parametric 7.0 features, including feature-based modeling, sketch-driven extrude operations, and pattern-based hole creation, with bi directional associative property and parametric control for assemblies and drafting.
- Introduction to Sketcher Workbench3:24
Learn to create and edit sketches in the Creo 7.0 SketchUp workbench, apply constraints and dimensions, inspect for closed loops, and set up grid display before modeling.
- Sketching Tools -I6:57
Master Creo Parametric 7.0 sketching tools, including coordinate system, point, and center line creation, lines and rectangles (corner, slanted, center, parallelogram) with constraints and auto snapping.
- Sketching Tools - II7:26
Learn to create circles and arcs with center and end point, concentric, three-point, and tangent methods in Creo Parametric, and to sketch and constrain a spline using control points.
- Adding dimensions to the sketches5:01
Learn to add and edit sketch dimensions in Creo Parametric, converting weak to strong dimensions, locking and modifying shape and location dimensions for precise rectangle sketches.
- Adding constraints to the sketches7:04
Learn to add and manage sketch constraints and manual dimensions in Creo Parametric, including vertical, horizontal, perpendicular, tangent, midpoint, coincident, equal, and parallel relationships.
- Practice Example 14:11
In this Creo Parametric practice example, create a fully constrained sketch by drawing lines, arc, and circle, applying tangency and dimensions, setting the working directory, and saving.
- Sketching Tools - III6:32
Create ellipses with axis and center-axis methods, adjusting rotation and major and minor axes. Use fill it options circular, elliptical, and jumper, plus construction lines and centerline features.
- Sketching Tools - IV6:50
Explore sketching tools in Creo Parametric to create and align text with fonts, angles, and spacing, then master offsetting, thicken, and end cap options for precise sketch geometry.
- Editing Sketches4:46
Explains sketch editing in Creo Parametric, covering trimming with the segment tool, corners, dividing lines, deleting segments, rotating and resizing sketches, and mirroring with a center line.
- Sketching Tools - V3:00
Learn to use predefined profiles in the sketching workbench, choosing shapes from polygon and profile menus, dragging to the drawing area, and adjusting rotation, scaling, and radius to save time.
- Inspecting Sketches4:08
Explore how to inspect sketches in Creo Parametric, highlighting overlapping geometry, openings, and closed profiles with shaded loops to ensure clean 3D conversion.
- Practice Example 25:45
Practice example 2 guides creating a closed sketch profile in Creo Parametric: read working directory, sketch two circles, add dimensions and constraints, apply fillets of radius 15, finalize and save.
- Introduction to Part Modeling5:39
Create a part in Creo Parametric by starting a new solid template, setting units, and sketching on a plane to convert 2D profiles into a 3D model.
- Creating Extruded Features5:33
Create extruded features in Creo Parametric by selecting a sketch, setting direction and depth, and configuring options like variable or symmetric, with optional new body and display controls.
- Creating Revolved Features3:46
Sketch on a chosen plane and define an axis to create a revolved feature. Rotate the profile to form a hollow revolved part, adjusting thickness and wall direction.
- Creating Extrude and Revolve Cut5:18
Explore extrude and revolve cut to remove material in Creo Parametric, creating sketches on faces and planes, adjusting depth and direction, with symmetric and through all options.
- Using part face as a plane5:38
Learn to use part faces and planes as sketch references in Creo Parametric, create sketches on front plane, top face, or other plane surfaces, and extrude to form solids.
- Creating datum plane7:58
Create datum planes in Creo Parametric by selecting faces, edges, or points as references, using through, offset, parallel, mid plane, or angle options.
- Creating datum axis4:54
Create datum axes in Creo Parametric using Clear Path modeling workbench data access, selecting references, and generating axis automatically or manually.
- Creating datum points6:58
Create datum points in Creo Parametric by selecting references (plane, edge, vertex, surface), using offset coordinate systems, and applying cartesian, cylindrical, or spherical methods with distance constraints.
- Practice Example 114:22
Explore Creo Parametric part modeling with example that creates a base feature, adds material, and applies hexagonal and circular cutouts using sketches, extrude, and depth options to form a 3d model.
- Practice Example 25:31
Explore the part modeling workbench by creating a half sketch, specifying a center axis, and revolving it to produce a fully constrained 3D model with precise dimensions.
- Adding Hole - I6:55
Explore three-part modeling in Creo Parametric by creating holes with linear, radial, and diameter constraints, setting depth, and achieving coaxial placement, using drill and counter sink options.
- Adding Hole - II3:13
Explore how to add rounds to edges in Creo Parametric, using round options, sets, and references to create consistent radii across multiple edges for moldable parts.
- Adding Rounds3:13
Learn to use the round feature in Creo Parametric to add rounds for easier mold removal, with circular or conic radii, selecting references and managing sets.
- Adding Chamfer4:17
Explore the chamfer tool in Creo Parametric, including D into D and corner chamfer options, setting distances or angles, editing sets, and selecting a vertex to chamfer three edges.
- Adding Profile Rib3:26
Learn to create a profile rib in Creo Parametric by selecting a sketch plane, adding a centered rib with defined distances, flipping direction, and adjusting thickness, then preview editing options.
- Adding Trajectory Rib4:55
Learn how to create a trajectory rib in Creo Parametric using the trajectories option, by adding a plane, sketching lines, and defining width, draft, and fillet radii for rounded edges.
- Adding Draft - I5:27
Discover how to add draft features in Creo using standard and variable pull-direction drafts. Learn to select draft surfaces and hinges, set angles, and apply multiple angles for variable drafts.
- Adding Draft - II5:05
Apply draft in Creo Parametric using hinge planes, flip direction, and split by draft or split object to control material on each side.
- Creating Shell Feature4:40
Create hollow objects in Creo Parametric with the shell feature, selecting inside or outside thickness. Apply open faces and non-default thickness per face, and decide shell timing relative to holes.
- Patterning Feature - I10:20
Explore the patterning features in the Clear Path Modeling workbench, creating multiple copies of features using dimension, direction, axis, and circular patterns while editing the base feature.
- Patterning Feature - II7:22
Learn to create and edit patterns in Creo Parametric using fill patterns, table patterns, and copy patterns with precise origin, spacing, border offsets, rotation, and table-driven dimensions.
- Patterning Feature - III4:12
Use the patterning feature iii to create point-based patterns in 3D space by using the point option, defining a cage, selecting references, and setting distances.
- Practice Example 37:57
Explore part modeling in the Creo Parametric workbench by building a three-step part: base extrude, add cylinder and hole, then rib with precise dimensions and constraints.
- Sweeping Geometry - I4:17
Explore the sweep tool in the Creo Parametric workbench to create shapes by following a guide and profile, with constant and variable section options and open or closed loop trajectories.
- Sweeping Geometry - II4:16
Learn to use the sweep tool in the parametric part modeling workbench with variable section and multiple guides, drive a sketch along trajectories, and remove material with rule-based options.
- Helical Sweep4:10
Create a helical sweep by defining a profile, selecting an axis, and sketching a circular section, then adjust pitch and thickness to model a guided helical shape in Creo Parametric.
- Blending Sketches7:18
Explore blending sketches in Creo Parametric by creating and connecting multiple cross sections, using plane offsets and the blend tool with section-based and rule-based options to define smooth transitions.
- Rotational Blend3:29
Explore parametric path modeling with shape tools in Creo Parametric's rotational blend, using solid sections, axis of revolution, and iterative section edits to create a rotated solid.
- Swept Blend5:34
Learn to create a swept blend in Creo Parametric by defining a guide trajectory and adding multiple sections along one or two trajectories.
- Extruded & Revolved surface3:56
Explore creating surfaces in Creo Parametric using extrude and revolve in the parametric servicing workbench, differentiating surfaces from solids, open or closed sketches, and axis-based revolutions.
- Creating Boundary Blend surface3:04
Create boundary blend surfaces in Creo Parametric using the boundary band option, with one or two directions, selecting sketches and section curves to generate smooth transitions.
- Creating a filled surface2:10
learn how to create a filled surface in Creo Parametric by using the fill option, inputting a closed sketch on a plane, projecting edges, and using a datum plane.
- Project Curve on surface2:32
Learn to project sketches onto surfaces in Creo Parametric from the project tool, adjusting direction (y or normal to surface) and editing the projected curve.
- Offset Surfaces - I2:41
Explore offset surfaces in Creo Parametric using standard, center, and call options to create inner or outer surfaces by specifying offset distances, or using sketches and reference planes.
- Offset Surfaces -II3:36
Explore offset surface techniques in Creo Parametric: apply offset with draft or straight options, define a cage on a parallel plane, and replace a solid face with a surface.
- Creating Intersecting Curve3:17
Use the intersect tool in Creo Parametric to create curves between surfaces, between a surface and a plane, or between sketches, enabling a 3d resultant curve for design tasks.
- Trimming a Surface3:08
Learn how to use the parametric modeling workbench surfacing tools to trim surfaces with planes or surfaces, using dreaming objects to keep or remove regions and verify results.
- Merge Surfaces2:21
Merge two intersecting bench surfaces in Creo parametric to create a joined edge, trim the inner surface, and then refine with round and chamfer tools.
- Add thickness to a surface2:09
Explore how to thicken surfaces in Creo Parametric's surfacing tools, converting selected surfaces into solids with uniform thickness, and learn when surfaces must be merged before applying thicken.
- Create solid model using surface1:49
Utilize parametric modeling with surface editing tools to create a closed surface from two sketches using the blend option, cap it, and apply solidify to form a solid object.
- Practice Example 114:39
Master a Creo Parametric surfacing workflow from the surfacing workbench: build base features from plane surfaces, merge, fill with field surfaces, apply rounds, mirror, and apply material.
- Introduction to assembly and interface4:08
Explore the Creo Parametric assembly modeling workbench, comparing top-down and bottom-up approaches, learning to constrain parts, manage degrees of freedom, and assemble components.
- Open and Place part in assembly environment5:26
Open and place parts in a Creo Parametric assembly, selecting a working directory and using the symbol option. Move, translate, rotate, and apply default constraints to fix the first part.
- Adding Constraints - I4:56
Learn to add constraints in the parametric assembly modeling workbench of Creo Parametric, using coincident, distance, and parallel options to fully constrain parts with automatic and manual methods.
- Adding Constraints - II4:02
Master parametric assembly modeling in Creo Parametric by setting the working directory, assembling a housing and a handle, and applying coincident and angle constraints to position parts precisely.
- Adding Constraints - III3:52
Explore Creo Parametric's assembly modeling workflow, applying distance and coincident constraints, using filters to select references, and fixing parts to achieve a fully constrained arrangement.
- Create Part in Assembly5:21
Master parametric assembly modeling with the create tool to add parts and subassemblies, align coordinate systems, and apply basic extrude and constraints in a top-down workflow.
- Repeat and Mirror component3:31
Master repeat and mirror tools in the Creo Parametric assembly workbench to create multiple constrained copies by defining axis and surface references and applying coincident constraints.
- Pattern Component2:28
Explore the parametric assembly workflow in the modifiers tool, using pattern to create multiple copies of a feature, with constraints and automatic patterning of holes.
- Practice Example 19:34
learn to build a six-part pedestal bearing assembly in the parametric assembly modeling workbench, create parts, apply constraints, generate a bill of material with ballooning and section view, and save.
- Explode components in assembly3:38
Master the parametric assembly modeling workbench in Creo Parametric. Create and edit exploded views by translating and rotating parts, using the view manager to manage explosions for drafting.
- Create Bill of Material1:35
navigate the parametric assembly modeling workbench to create a bill of materials. generate a bom by selecting top-level or subassemblies, and viewing quantities, part types, and part names.
- Checking Global Interference2:28
Explore the parametric assembly workbench and learn to check global interference between parts using the global interference tool, preview results, and modify constraints to resolve clashes.
- Introduction to drafting2:05
Learn Creo parametric drafting by using generative drafting to create parametric drawing views that update with the model, and explore interactive drafting with profiles, base views, projections, and dimensions.
- Create new drawing3:59
Create a new drawing in the parametric drafting workbench, choose a template or empty format, and set sheet size, orientation, and views by adding models and sheets.
- Generate base view of the model4:53
Create a base view of the model by adding a drawing, selecting a template, adding a model, and configuring orientation, scale, and view display options in Creo Parametric.
- Creating projection view of the model4:47
Generate projection and detail views from the base model in the parametric drafting workbench by rotating to 90 degrees and selecting top, bottom, or side views.
- Creating auxiliary view of the model2:18
Learn to use the parametric drafting workbench to create an auxiliary view when top view cannot show hole dimensions, including adding models, base views, and projections.
- Creating Half, Partial, or Broken view of the model4:07
Explore Creo Parametric's drafting workbench to create precise drawings from templates, mastering half, partial, and broken views using planes, spline boundaries, and reference points.
- Creating Section view - I5:19
Learn to create cross sections in Creo Parametric by using the drafting and part modeling workbenches, selecting planes, applying sections, and adding them to drafting.
- Creating Section view - II4:21
Create and customize section views in Creo Parametric's parametric drafting workbench by defining a section plane, adjusting projection, scale, and display options such as area and axis alignment.
- Adding Dimensions to the views -I3:30
Learn to use the parametric drafting workbench to generate and show model annotations as dimensions in drafting views, select types, and apply tolerances and surface finish symbols.
- Adding Dimensions to the views -II5:38
Learn to use the annotate tools in the parametric drafting workbench to create and read dimensions, including radius, diameter, angle, ordinate dimensions, and notes, with customization options.
- Adding symbol to the views6:24
Learn how to add surface finish symbols and datum features in Creo Parametric drawing views using annotation tools, symbol palettes, symbol galleries, and geometric tolerance frames.
- Adding Sketch2:52
Explore sketching in the Creo Parametric drafting workbench by drawing lines, rectangles, circles, and arcs to create profiles. Snap to guides, edit with trim and scale, and annotate dimensions.
- Creating Exploded View3:27
Explore exploded view creation in the parametric drafting workbench, switch between default and custom explosions, set isometric and general views with precise scales, and begin bill of materials and ballooning.
- Creating Bill of Material6:35
Learn to generate a bill of materials in Creo Parametric by creating a BOM table with repeat regions, indexing assembly members, and applying balloons to exploded views.
Requirements
- The instructor starts explaining the tools and concepts from the scratch, so there are no prerequisites.
Description
Creo Parametric, developed by Parametric Technology Corporation, US, is a completely re-engineered, next-generation family of CAD/CAM/CAE software solutions for Product Lifecycle Management. Creo Parametric delivers innovative technologies for maximum productivity and creativity through its exceptionally easy-to-use and state-of-the-art user interface, from inception to the final product. Creo Parametric reduces the learning curve, as it allows the flexibility of using feature-based and parametric designs.
Creo Parametric serves the design tasks by providing different workbenches. A workbench is defined as a specified environment consisting of tools that allow the user to perform specific design tasks. This course will complete workbenches in Creo Parametric which are Sketching, Part Design, Assembly, Surfacing, and Drafting. The tutor has used real-world mechanical engineering projects as an example in this video course. This enables the user to relate the tutorials to real-world models in the mechanical engineering industry.
The subject of interpretability offered by Creo Parametric includes receiving legacy data from other CAD systems and from its own product data management modules. The real benefit of Creo Parametric is that the links remain associative. As a result, any change made to this external data gets notified and the model can be updated quickly. The videos in Creo Parametric further elaborates on the procedure of generating the drawings of a model or assembly, which are used for documentation of a model or assembly.
Who this course is for:
- Engineers, Product Designers, Diploma Holders, Undergraduates and school students.