Alibre Beginners Course

Name: Alibre Beginners Course
Rating: 4.8 (14 reviews)

Alibre Beginner Course: From Sketch to 3D Mastery – Make Parts, Assemblies, Sheet Metal and Drawings with Confidence!!

Created byJoseph Larsen

Last updated 2/2025

English

What you'll learn

Develop a comprehensive understanding of Alibre’s interface, tools, and workflow strategies to optimize efficiency in parametric modeling.
Utilize best practices for creating, refining, and managing parametric models and sheet metal components, ensuring adaptability for real-world engineering.
Construct intricate multi-component assemblies that accurately simulate mechanical interactions, constraints, and real-world motion dynamics.
Learn to effectively navigate and utilize Alibre’s technical drawing tools to create detailed, dimensioned, and annotated drawings that clearly convey intent.

Course content

5 sections • 72 lectures • 6h 46m total length

Introduction1:31
Home Screen Navigation3:50
A Look at the Part Evironment3:59
Explore the part modeling environment, use the graphics display window with axes and origin, and create solids, planes, images, variables, and configurations while tracking changes in the Design Explorer.
Modeling Parts in Alibre7:32
Discover how to model parts in Alibre by sketching on planes, then creating solids with extrude, revolve, sweep, loft, and helix, while editing parametric dimensions via the history tree.

Sketching a Side Profile6:03
Defining Sketches4:11
Learn how to define sketches by applying dimensions and constraints to turn orange, partly defined sketches into fully defined, black sketches, ensuring predictability and easy edits in parametric design.
Sketching a 3 Hole Flange5:28
Learn to sketch a three hole flange by drawing circles and arcs, applying tangent, equal, and coincident constraints, reference geometry, bolt circle, and precise dimensions for consistent sizing.
Modeling a Solid I-Beam5:09
Model a solid i-beam by sketching on the xy plane, using constraints and mirror to form both halves, then extrude to a solid with adjustable depth.
Modifying a Solid I-Beam3:51
Revolving a Honey Dipper5:13
Learn to design and revolve a honey dipper from a 2d sketch using arcs, tangents, and constraints, then add grooves with a revolve cut and patterning.
Sweeping a Paperclip5:25
Fillets and Chamfer Creation4:09
Lofting a Duct3:25
Tangent and Twist Loft Options4:37
Apply tangent and twist loft options to control how a circular to rectangular duct loft transitions, adjusting tangent magnitudes, angles, and twist minimization to achieve a symmetrical, clean HVAC connector.
Using the Shell Command3:50
Additional Lofting Options3:33
Lofting a Grip4:57
Centerline Lofting a Hook6:16
Modeling Helical Features5:34
Modeling a Helices with Advanced Features4:26
Modeling a Helix with Varying Pitch4:56
Modeling Spiral Features4:57
How to Draft Faces: Modeling a Business Card Holder4:38
Creating Text on 3D Models5:19
Advanced Extrude Techniques8:17
Explore advanced extrude techniques to create rib supports in a business card holder, including midplane extrudes, two next, dual depth, geometry stops, thin extrudes, and draft options.
Using the Hole Tool4:57
Using the Wrap tool in Alibre6:31
Mirrors and Patterns in Alibre5:03
Linear Patterns5:39
Creating Complex Path Patterns7:24
Creating Parts for Boolean Operations3:15
Performing Boolean Operations6:02

Introduction to Assemblies0:23
Creating Chair Base Arm12:02
Create Complete Chair Base8:58
Learn to design a chair base by sketching a center profile, revolving and shelling it, and boolean uniting the arms, then adding ribs and fillets for strength and proper mating.
Model an Office Chair Riser12:56
Model an Office Chair Seat8:10
Model an Office Chair Back25:27
Model an Office Chair Arm7:23
Model an office chair arm by sketching a rounded profile on the xy plane, sweeping along a path, mirroring, then extruding and adding holes and fillets to fit the base.
Assembling Office Chair6:22
Editing Parts in the Context of an Assembly10:39
Using STEP and other Imported Formats9:44
Managing Assembly Files and Names3:30
Assigning Part and Face Colors4:03

Introduction to Sheet Metal5:01
Understanding Sheet Metal Parameters6:20
Explore how sheet metal parameters drive modeling in Alibre, adjusting thickness, minimum bend radii, global bend radius, k factor, and reliefs, with live updates from flat pattern to finished part.
Tab and Contour Creation in Sheetmetal3:36
Flange and Bend Creation4:48
Learn how to create a sheet metal flange in a libre, including edge selection, alignment options (adjacent, inside, outside), measurement methods, width offsets, bend angles, and advanced relief.
Creation of Miters and Closed Corners3:32
Learn to create flanges with miters to avoid intersections, ensure all mitred flanges are created together, and close corners with the closed corner tool for edge-to-edge or butt joints.
Sheetmetal Cuts, Unbends and Patterns5:11
Creating Sheetmetal Hems5:07
Learn to create sheet metal hems to improve safety and strength by applied bends, flanges, and various hem types: open, flat, teardrop, and rope, including rolled edges.
Create Formed Dimples in Sheetmetal4:27
Sheetmetal Path Patterns and Dimple Options3:56
Creating Sketched Bends on a Sheetmetal Part4:02
Sheetmetal Corner Treatment and Hole Tools3:49
Creating Lofted Sheetmetal Flanges3:48

How to Enter the Drawing Environment4:51
Navigating the Drawing Environment4:18
Creating Section Views in Drawings4:08
Creating Aligned Section Views4:44
Creating Broken Views4:48
Custom View Creation3:16
Learn to create custom views in Alibre by using auxiliary views or orienting to a plane, viewing normals to faces, saving named orientations, and inserting them into drawings.
Creating Broken Out Section Views5:24
Create broken out section views and practice sketching within a view to reveal internal details. Use envelope dimensions, 2D sketching, tangent relations, and cross sections to clarify an assembly.
Making Removed Section and Partial Views3:33
Explore removed sections and partial views to isolate the cross section in a drawing, using front views, section generation, and sketch edits to focus on key inspection details.
Making Drawing Dimensions3:56
Creation of Centerlines, Hole Callouts, Centermarks, Dimensions4:46
Learn to use design dimensions, center marks, center lines, and hole callouts in Alibre by importing dimensions with a part, placing centers, and reprojecting dimensions across views.
Virtual Sharps, Weld Symbols, Dimension Positioning4:12
Reference Dimensions and Layers6:40
Creating Notes and Geometric Tolerances12:18
Explore geometric tolerances and notes on drawings, using datum A and B, feature control frames for flatness, parallelism, position, projected tolerance zone, unequal tolerance, and stacked frames.
Creating a Bill of Materials4:23
Learn to generate and edit bills of materials from drawings, using exploded views and templates to produce and insert BOMs, either from a drawing or as standalone files.
Using Properties with Bills of Materials5:34
Additional Formatting Options in Bills of Materials6:42

Requirements

No experience needed, this is for beginners.

Description

Embark on your journey into the world of 3D design with our Alibre Beginner Course. This course is meticulously crafted for newcomers eager to master the fundamentals of Alibre Design, a leading CAD software renowned for its user-friendly interface and robust capabilities.

Course Highlights:

Comprehensive Introduction: Familiarize yourself with the Alibre Design environment, understanding its tools and features to build a strong foundation.
Hands-On Projects: Engage in practical exercises that guide you through creating detailed 3D models, ensuring you apply what you've learned in real-world scenarios.
Professional Techniques: Learn expert methods to enhance your design efficiency and precision, setting you apart in the field of 3D modeling.
liLearn all the parts of Alibre: From basic sketches and constraints to advanced assemblies, sheet metal and drawings, this course walks you through a wide variety of design techniques, ensuring you're well-equipped for any 3D modeling challenge.

Who Should Enroll:

Aspiring Designers: Individuals keen on starting a career in 3D design and modeling.
Hobbyists and Tinkerers: Enthusiasts looking to bring their creative ideas to life using professional-grade software.
Professionals Seeking Skill Enhancement: Engineers and designers aiming to add Alibre Design to their skill set.

Why Choose This Course:

Instructor: Learn from a well trained professional with extensive experience in Alibre Design and 3D modeling.
Structured Learning Path: Our curriculum is designed to take you from basic concepts to advanced applications seamlessly.
Community Support: Join a community of learners to share your progress, seek assistance, and collaborate on projects.

Enroll today in the Alibre Beginner Course and take the first step towards mastering 3D design with confidence and creativity.

Who this course is for:

Beginners

Alibre Beginners Course

What you'll learn

Explore related topics

Course content

Introduction4 lectures • 17min

Parametric Part Modeling Techniques28 lectures • 2hr 23min

Assemblies12 lectures • 1hr 50min

Sheet Metal Design12 lectures • 54min

2D Drawings16 lectures • 1hr 24min

Requirements

Description

Who this course is for: