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SolidWorks

Master 3D mechanical design and product modeling using SolidWorks. The course includes part modeling, assemblies, motion studies, and technical drawings used by mechanical engineers for product development, prototyping, and manufacturing.

4.8 (24,985 ratings)
198,300 students enrolled
Rohit Dev Created by Rohit Dev | English

Course Overview

The SolidWorks course provides comprehensive training in 3D computer-aided design (CAD) and modeling for mechanical engineering, product design, and industrial applications. SolidWorks is widely used for designing complex mechanical components, assemblies, and detailed engineering drawings.

This course covers 3D part modeling, assembly creation, technical drawing, surface modeling, sheet metal design, and simulation basics. Participants will learn to design precise models, perform real-world assembly simulations, and generate professional engineering documentation for manufacturing and product development.

By the end of the course, learners will be able to create complete 3D models, assemblies, and production-ready drawings using industry-standard SolidWorks tools.

Who can enrol?

  • Mechanical Engineering students
  • Product design engineers
  • CAD technicians and drafters
  • Manufacturing engineers
  • Robotics and automation engineers
  • Industrial designers
  • Professionals looking to upgrade CAD modeling skills

Tools & Technologies Covered

  • SolidWorks CAD Software
  • SolidWorks Simulation
  • SolidWorks Sheet Metal Module
  • SolidWorks Weldments Module
  • Assembly and Drawing Tools
  • Parametric and Feature-based Modeling Tools

Course Curriculum

45 Sections • 480 Lectures • 65h 30m total length

Topics Covered

  • Overview of SolidWorks interface
  • File management and project organization
  • 3D modeling concepts and parametric design
  • Coordinate systems and drawing units
  • Basic sketching tools
  • Feature-based design workflow

Topics Covered

  • Creating 2D sketches for 3D modeling
  • Extrude, Revolve, Sweep, and Loft features
  • Hole, Fillet, Chamfer, and Shell commands
  • Parametric design and feature relations
  • Editing and modifying parts
  • Part modeling best practices

Topics Covered

  • Creating assembly files and inserting components
  • Mating components for alignment
  • Sub-assemblies and assembly hierarchy
  • Interference detection
  • Motion studies
  • Assembly validation and checks

Topics Covered

  • Creating 2D drawings from 3D models
  • Views, sections, and annotations
  • Dimensioning and tolerancing
  • Bill of Materials (BOM) generation
  • Drawing templates and standards
  • Professional engineering documentation

Topics Covered

  • Surface modeling and complex geometry
  • Sheet metal design
  • Weldments and structural members
  • Patterning and mirror features
  • Configurations and design tables
  • Advanced feature management

Topics Covered

  • Introduction to SolidWorks Simulation
  • Stress and strain analysis
  • Load and boundary conditions
  • Motion and kinematic simulation
  • Result interpretation and reporting
  • Design optimization basics

Topics Covered

  • End-to-end 3D modeling project
  • Component creation and assembly design
  • Technical drawing preparation
  • Simulation and design validation
  • Final project presentation and review

Certifications

  • SolidWorks Professional Certification
  • 3D CAD Modeling Certificate
  • Project Completion Certificate

Career Opportunities

  • Mechanical Design Engineer
  • Product Design Engineer
  • CAD Technician / Drafter
  • Manufacturing Design Engineer
  • Industrial Designer
  • Robotics and Automation Engineer
  • Simulation Engineer

Why Choose Us

  • Industry-aligned SolidWorks curriculum
  • Hands-on projects for real-world applications
  • Expert instructors with industrial CAD experience
  • Flexible learning modes: online & offline
  • Focus on both modeling and simulation
  • Certification recognized in mechanical and manufacturing industries

Course Outcome

After completing this course, participants will be able to:

  • Create precise 3D part models and assemblies
  • Develop professional engineering drawings and documentation
  • Use advanced features like surface modeling, sheet metal, and weldments
  • Perform motion and stress analysis on mechanical designs
  • Validate designs for real-world applications
  • Produce design projects suitable for manufacturing and industrial deployment

Frequently Asked Questions

Everything you need to know about this course

SolidWorks is a 3D CAD software widely used in mechanical engineering, product design, and manufacturing for modeling, simulation, and drawing. 

 Mechanical engineering students, product designers, CAD technicians, and professionals in manufacturing or robotics can benefit from this course. 

 No prior experience is required. The course covers basics and gradually progresses to advanced modeling and simulation techniques. 

 Participants will learn 3D part modeling, assembly creation, technical drawing, sheet metal design, simulation, and project-based design skills. 

 Industries such as automotive, aerospace, consumer electronics, industrial machinery, robotics, and manufacturing widely use SolidWorks. 

 Yes. Participants will complete real-world 3D modeling and assembly projects. 

 The course duration is 8 weeks, depending on the schedule. 

 Yes. Participants who complete the course and projects receive a SolidWorks Professional Certification. 

SolidWorks

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AED 500.00

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About the course:
  • Duration: 8 Weeks
  • Mode: hybrid
  • Session: Weekdays or Weekends
  • Level: intermediate
  • Language: English

Student Testimonials

What our students say about this course

Rated 4.8 / 5
8 reviews

The SolidWorks course gave me a strong understanding of 3D modeling, assemblies, and mechanical design workflows. The instructors explained every feature with practical examples and guided us through real design... The SolidWorks course gave me a strong understanding of 3D modeling, assemblies, and mechanical design workflows. The instructors explained every feature with practical examples and guided us through real design projects. I especially appreciated the modules on parametric modeling and design validation, which helped me improve my ability to create accurate and professional mechanical components. Read more

Saurabh Sharma
Saurabh Sharma
Product Design Engineer, Tesla

This training significantly improved my skills in 3D mechanical modeling and assembly design. The SolidWorks tools were explained clearly, and the practical assignments helped me understand how engineers develop complete... This training significantly improved my skills in 3D mechanical modeling and assembly design. The SolidWorks tools were explained clearly, and the practical assignments helped me understand how engineers develop complete product models. The course also covered design optimization techniques that are widely used in manufacturing and product development industries. Read more

Naveen Gupta
Naveen Gupta
Mechanical Design Engineer, GE Renewable Energy

I found the SolidWorks training extremely useful for understanding professional CAD design workflows. The instructors demonstrated part modeling, assemblies, and drawing generation in a structured manner. The hands-on exercises helped... I found the SolidWorks training extremely useful for understanding professional CAD design workflows. The instructors demonstrated part modeling, assemblies, and drawing generation in a structured manner. The hands-on exercises helped me build confidence in creating complex mechanical components and assembling them into functional product designs. Read more

Rohit Batra
Rohit Batra
CAD Design Engineer, Cummins India

The SolidWorks course was very practical and focused on real engineering applications. I particularly enjoyed the sessions on assembly design and simulation tools. The instructors explained the design workflow clearly... The SolidWorks course was very practical and focused on real engineering applications. I particularly enjoyed the sessions on assembly design and simulation tools. The instructors explained the design workflow clearly and encouraged us to work on projects that closely resembled real product development scenarios. Read more

Akhil Menon
Akhil Menon
Product Development Engineer, ABB India

This course helped me gain deep knowledge of parametric modeling and design automation in SolidWorks. The lessons on part modeling, surface features, and design modifications were very informative. The practical... This course helped me gain deep knowledge of parametric modeling and design automation in SolidWorks. The lessons on part modeling, surface features, and design modifications were very informative. The practical projects allowed me to design real mechanical components and understand professional product design processes. Read more

Siddharth Jain
Siddharth Jain
Mechanical Designer, Bosch India

The instructors explained SolidWorks tools in a very structured and practical way. The modules on assembly creation, motion analysis, and technical drawings helped me understand how product designers create complete... The instructors explained SolidWorks tools in a very structured and practical way. The modules on assembly creation, motion analysis, and technical drawings helped me understand how product designers create complete mechanical systems. The practical exercises made the learning experience engaging and highly valuable. Read more

Pritam Das
Pritam Das
CAD Engineer, Philips Healthcare

This SolidWorks training greatly improved my design workflow and productivity. I learned how to create complex parts, manage assemblies, and generate professional engineering drawings. The instructors also shared valuable industry... This SolidWorks training greatly improved my design workflow and productivity. I learned how to create complex parts, manage assemblies, and generate professional engineering drawings. The instructors also shared valuable industry tips that helped me understand how CAD tools are used in real manufacturing environments. Read more

Arvind Kumar
Arvind Kumar
Design Engineer, Hyundai Motor India

The SolidWorks course provided an excellent balance between theory and hands-on design work. The trainers guided us through real mechanical design scenarios and taught advanced modeling techniques. The knowledge gained... The SolidWorks course provided an excellent balance between theory and hands-on design work. The trainers guided us through real mechanical design scenarios and taught advanced modeling techniques. The knowledge gained from this course has helped me significantly in my daily engineering design tasks. Read more

Varun Kapoor
Varun Kapoor
Product Engineer, Samsung Engineering
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