Solid Edge Course Online

10 Lesson

35 Hours

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igmGuru offers the best Solid Edge Training Program for learners of all levels. This course covers all essential Solid Edge concepts such as 3D part modeling, sketching, synchronous and ordered modeling, assembly design, drafting and detailing, sheet metal design, surface modeling, simulation basics, and many more. Our Solid Edge course curriculum is designed by industry experts with over 15 years of hands-on experience. Enroll in our Solid Edge Certification Course to gain practical, real-world skills through hands-on labs, and design optimization tasks.

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Overview

Prerequisites

Basic understanding of mechanical engineering concepts
Knowledge of manufacturing processes (casting, machining, sheet metal, etc.)
Familiarity with technical drawings and geometry
Understanding of 2D and 3D modeling concepts

What Will You Learn

Understanding Synchronous vs. Ordered modeling
User Interface layout: menus, ribbons, pathfinder, toolbars
View manipulation (rotate, pan, zoom, view orientation)
Creating new sketches on planes and faces
Relationship management and design intent
Applying treatment features: Fillets, Chamfers, Holes, Shells
Ordered modeling workflow: feature tree, parent-child relationships
Working with imported geometry / healing tools
Mates/relationships: align, connect, fasten, gear, motion
Detecting interferences & collisions
Dimensions, annotations, GD&T symbols
Bending rules, K-factor, thickness settings

Key Features

1 On 1 Training Option Available
24 X 7 Lifetime Support & Access
Small Batches Upto 10 Participants
Experienced & Professional Trainers
100% Job Assistance
Flexible Schedule

Course Curriculum

Lesson 1 - Introduction to Solid Edge

1. What is Solid Edge? Overview of the Siemens CAD ecosystem

2. Solid Edge capabilities: Part, Assembly, Drafting, Simulation, Sheet Metal

3. Understanding Synchronous vs. Ordered modeling

4. Industries and typical business use cases

5. File types and workflow basics

Lesson 2 - Solid Edge User Interface & Navigation

1. User Interface layout: menus, ribbons, pathfinder, toolbars

2. Customizing the UI & environment settings

3. View manipulation (rotate, pan, zoom, view orientation)

4. File creation, saving, templates, and project organization

5. Working with keyboard shortcuts & productivity tools

Lesson 3 - Sketching & 2D Profile Creation

1. Creating new sketches on planes and faces

2. Sketch constraints and dimensions

3. Drawing profiles: lines, arcs, splines, rectangles, slots

4. Relationship management and design intent

5. Editing & troubleshooting sketches

Lesson 4 - Part Modeling (Ordered & Synchronous)

1. Creating base features: Extrude, Revolve, Sweep

2. Applying treatment features: Fillets, Chamfers, Holes, Shells

3. Synchronous modeling basics: direct editing, push/pull face manipulation

4. Ordered modeling workflow: feature tree, parent-child relationships

5. Multibody part creation & Boolean operations

6. Feature patterns: circular, rectangular, mirrored

Lesson 5 - Advanced Part Features

1. Lofted features and advanced sweeps

2. Surface modeling fundamentals

3. Working with imported geometry / healing tools

4. Design for manufacturing: plastic features, ribs, drafts, thin walls

5. Variables table & expressions for parametric design

Lesson 6 - Assembly Modeling

1. Creating assemblies and adding components

2. Mates/relationships: align, connect, fasten, gear, motion

3. Top-down vs. bottom-up assembly design

4. Sub-assemblies & assembly structure best practices

5. Detecting interferences & collisions

6. Assembly features & exploded views

Lesson 7 - Drafting & 2D Documentation

1. Creating drawing sheets from parts/assemblies

2. Orthographic, isometric & section views

3. Dimensions, annotations, GD&T symbols

4. Title blocks, borders, and drawing standards

5. BOM creation and ballooning

6. Exporting to PDF, DXF, DWG

Lesson 8 - Sheet Metal Design

1. Sheet metal environment overview

2. Base features: Tab, Contour Flange, Lofted Flange

3. Cutouts, beads, dimples, gussets, jogs

4. Bending rules, K-factor, thickness settings

5. Flat pattern generation & manufacturing drawings

Lesson 9 - Surface Modeling & Complex Geometry

1. Creating complex surfaces: loft, sweep, boundary surfaces

2. Surface trimming, sewing, and thickening

3. Hybrid modeling (solid + surfaces)

4. Designing freeform / aesthetic shapes

5. Repairing and optimizing surface geometry

Lesson 10 - Variables, Parameters & Design Automation

1. Using variables to control model dimensions

2. Linking dimensions and creating equations

3. Managing configurations & alternate part representations

4. Family of parts / variant tables

5. Introduction to automation tools (macros, templates)

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Course Fees

Online Class Room Program

US $ 799.00

100% Money Back Guarantee

Duration : 35 Hrs
Plus Self Paced

Classes Starting From

Fast Track Batch 24 Jun 2026
Weekday Batch 29 Jun 2026
Weekend Batch 27 Jun 2026

Corporate Training

Customized Training Delivery Model
Flexible Training Schedule Options
Industry Experienced Trainers
24x7 Support

Trusted By Top Companies Worldwide

Want to know Today's Offer

Solid Edge Certification

We provide a Course Completion Certificate to all learners who successfully finish the Solid Edge Training Program. This certificate validates your hands-on experience in 3D modeling, assembly design, drafting, and other core Solid Edge skills. Also, this course is aligned with official Solid Edge Certification (levels: Associate, Professional, Expert) exams.

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Solid Edge Course Online