9.6/10
Highly Recommended
Complete Solidworks Beginners Course on Udemy — An engaging beginner course that delivers hands-on practice in part modeling, assemblies, and detailed drawings, perfectly suited for aspiring CAD professionals.
Pros
- Clear, step-by-step exercises that reinforce feature workflow
- Covers both part and assembly environments plus drawing creation
- Emphasizes best practices for design intent and file organization
Cons
- Limited coverage of advanced simulation, sheet metal, and complex surfacing
- No deep dive into automated tasks with macros or API scripting
Complete Solidworks Beginners Course Course
Platform: Udemy
What will you learn in Complete Solidworks Beginners Course
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Navigate the SolidWorks interface, sketch tools, and feature tree effectively
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Create 2D sketches and convert them into 3D features: extrude, revolve, loft, and sweep
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Apply assembly techniques: mates, subassemblies, and motion study basics
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Generate detailed engineering drawings with dimensions, annotations, and Bill of Materials
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Use basic surfacing tools and configuration management for design variations
Program Overview
Module 1: Introduction & Interface Basics
⏳ 1 hour
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Topics: SolidWorks layout, Command Manager, Feature Manager, view orientation
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Hands-on: Customize toolbars and navigate through a sample part file
Module 2: 2D Sketching Essentials
⏳ 1.5 hours
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Topics: Sketch entities (lines, circles, arcs), geometric relations, dimensions
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Hands-on: Create a parametric 2D profile using constraints and smart dimension
Module 3: Creating 3D Features
⏳ 2 hours
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Topics: Extrude Boss/Base, Revolve, Sweep, Loft, Cut-Extrude operations
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Hands-on: Build a simple bracket and add cut-outs using feature tools
Module 4: Assembly Modeling
⏳ 1.5 hours
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Topics: Inserting components, standard mates (coincident, concentric, distance), subassemblies
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Hands-on: Assemble a hinge mechanism and test basic motion
Module 5: Engineering Drawings & Detailing
⏳ 1.5 hours
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Topics: Drawing views (standard, section, detail), dimension styles, datum and annotations
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Hands-on: Generate a 2D drawing from a part with proper dimensions and notes
Module 6: Configurations & Design Tables
⏳ 1 hour
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Topics: Creating configurations for part variations, design table basics in Excel
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Hands-on: Set up a design table for a shaft with multiple diameters
Module 7: Intro to Surfacing & Visualization
⏳ 1 hour
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Topics: Basic surface features (planar, extruded), applying materials, rendering with PhotoView 360
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Hands-on: Create a simple curved surface and apply a metal appearance
Module 8: Final Project & Best Practices
⏳ 2 hours
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Topics: End-to-end workflow, file management, naming conventions, design intent considerations
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Hands-on: Model, assemble, and detail a small gearbox module incorporating learned tools
Job Outlook
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SolidWorks proficiency is in demand for mechanical design, product development, and CAD drafting roles
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Common positions: CAD Designer, Mechanical Engineer, Product Development Engineer, Design Drafter
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Salaries range from $55,000 to $85,000+ depending on industry and experience
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Widely adopted in automotive, aerospace, consumer products, and industrial equipment sectors
FAQs
Do I need prior CAD or engineering experience to take this course?
No prior CAD or engineering experience is required; the course is beginner-friendly. Basic understanding of 3D space and mechanical concepts is helpful but optional. The course introduces SolidWorks interface, tools, and features gradually. Step-by-step exercises make learning accessible to new users. Students can start creating 3D models confidently from scratch.
Will this course teach both part modeling and assembly design?
Yes, the course covers creating individual parts and assembling them into functional models. Students learn how to use sketches, features, and constraints in assemblies. Focuses on understanding design intent and relationships between components. Demonstrates real-world applications of assemblies and mechanical designs. Prepares learners for more complex SolidWorks projects.
Can this course help me prepare for professional SolidWorks use?
Yes, the course equips learners with practical SolidWorks skills for professional use. Covers essential tools for 3D modeling, part creation, and assembly design. Teaches best practices for efficient and accurate modeling. Provides foundational skills for mechanical, product, or industrial design careers. Prepares learners for entry-level CAD positions or freelance projects.
Is this course suitable for someone transitioning from other CAD software?
Yes, the course helps learners understand SolidWorks workflows and tools efficiently. Highlights differences and similarities with other CAD software. Focuses on using SolidWorks features to replicate common CAD tasks. Provides practical examples to ease the transition. Enhances proficiency for multi-software design environments.
How much hands-on practice will I get in this course?
The course is heavily hands-on with step-by-step 3D modeling exercises. Students practice sketching, part modeling, and creating assemblies. Exercises reinforce both basic and intermediate features of SolidWorks. Encourages experimentation to develop modeling efficiency and design confidence. Additional practice outside the course is recommended to master complex projects.
