SOLIDWORKS 2017-23 :Become a Certified Associate Today-CSWA Course

SOLIDWORKS 2017-23 :Become a Certified Associate Today-CSWA Course Course

A concise, project-driven SolidWorks course that balances fundamental feature creation with assembly and documentation best practices.

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9.6/10 Highly Recommended

SOLIDWORKS 2017-23 :Become a Certified Associate Today-CSWA Course on Udemy — A concise, project-driven SolidWorks course that balances fundamental feature creation with assembly and documentation best practices.

Pros

  • Clear, step-by-step modeling and assembly exercises
  • Emphasis on real-world design intent and configuration management
  • Covers both part modeling and detailed drawing creation

Cons

  • Limited coverage of advanced simulation, mold design, or electrical routing
  • No deep dive into API automation or motion analysis beyond basics

SOLIDWORKS 2017-23 :Become a Certified Associate Today-CSWA Course Course

Platform: Udemy

What will you learn in SOLIDWORKS 2017-23 :Become a Certified Associate Today-CSWA Course

  • Navigate the SolidWorks interface and key features: sketch tools, feature tree, and views

  • Create 2D sketches and transform them into 3D geometry using Extrude, Revolve, Loft, and Sweep

  • Assemble multiple parts with mates, subassemblies, motion study, and interference detection

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  • Generate detailed 2D drawings from your models, complete with dimensions, annotations, and BOMs

  • Utilize advanced tools: configurations, design tables, sheet metal features, and basic surfacing

Program Overview

Module 1: Getting Started & Interface Overview

⏳ 1 hour

  • Topics: User interface, Command Manager, Feature Manager, view controls

  • Hands-on: Customize your workspace and open a sample part

Module 2: Sketching Fundamentals

⏳ 1.5 hours

  • Topics: Sketch entities (lines, circles, arcs), relations, and smart dimensions

  • Hands-on: Create a fully defined sketch for a simple bracket profile

Module 3: Basic 3D Features

⏳ 2 hours

  • Topics: Extrude Boss/Base, Extruded Cut, Revolve Boss/Base, Loft, and Sweep features

  • Hands-on: Model a multi-feature component combining these operations

Module 4: Assemblies & Mates

⏳ 1.5 hours

  • Topics: Inserting components, standard mates (coincident, concentric, distance), subassemblies

  • Hands-on: Assemble a hinge mechanism and verify motion and clearances

Module 5: Engineering Drawings & Documentation

⏳ 1.5 hours

  • Topics: Creating drawing views, detailing views, annotations, and generating BOMs

  • Hands-on: Produce a 2D drawing from your bracket model with all necessary dimensions

Module 6: Configurations & Design Tables

⏳ 1 hour

  • Topics: Setting up configurations for part variants, automating with design tables

  • Hands-on: Define multiple size configurations for a shaft using an Excel-driven design table

Module 7: Sheet Metal & Basic Surfacing

⏳ 1 hour

  • Topics: Sheet Metal features (base flange, bends, flanges), basic surface creation

  • Hands-on: Model a simple sheet-metal bracket and create a trimmed surface patch

Module 8: Final Project & Best Practices

⏳ 2 hours

  • Topics: End-to-end workflow, file naming, design intent, rebuild management

  • Hands-on: Design, assemble, and document a two-part clamp assembly incorporating learned techniques

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Job Outlook

  • SolidWorks skills are highly sought for roles such as Mechanical Designer, CAD Engineer, and Product Development Engineer

  • Common industries: automotive, aerospace, consumer products, and industrial machinery

  • Entry-level positions start around $55,000; experienced designers earn $75,000–$95,000+ annually

  • Mastery of SolidWorks boosts employability for both in-house and remote CAD positions

FAQs

Do I need prior SolidWorks experience to take this course?
Basic familiarity with SolidWorks is helpful but not strictly required. The course covers essential features and workflows to prepare for the CSWA exam. Step-by-step tutorials guide learners through part modeling, assemblies, and drawings. Focuses on understanding design intent and standard practices. Students gain confidence in both modeling and exam-style problem-solving.
Will this course prepare me specifically for the CSWA exam?
Yes, the course is designed around the CSWA exam objectives. Covers core topics such as part modeling, assembly creation, and drawing fundamentals. Includes practice exercises that simulate exam conditions. Emphasizes the skills and knowledge needed to pass the certification. Prepares learners for both theoretical and practical exam questions.
Can I take this course if I’ve only used other CAD software before?
Yes, prior experience in other CAD software is helpful for understanding concepts. The course teaches SolidWorks-specific workflows and shortcuts. Focuses on CSWA standards and best practices. Helps learners adapt general CAD knowledge to SolidWorks efficiently. Provides hands-on practice to bridge the gap between different CAD environments.
Does the course include hands-on projects and exercises?
Yes, the course includes exercises covering parts, assemblies, and drawings. Projects are aligned with CSWA exam scenarios. Step-by-step practice reinforces modeling accuracy and design intent. Helps learners develop problem-solving skills required for the exam. Encourages additional practice to ensure readiness for certification.
Is this course suitable for someone aiming for professional CAD or engineering roles?
Yes, CSWA certification demonstrates foundational SolidWorks skills to employers. Course equips learners with practical modeling and design knowledge. Helps prepare for entry-level CAD, mechanical design, and engineering positions. Provides confidence to handle real-world CAD tasks efficiently. Supports further learning toward advanced certifications like CSWP.

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