Solid work - swiftlysewa career portal

This 6-Week SolidWorks Course is designed to help beginners and engineering students learn 3D CAD design and product modeling using SolidWorks. The course starts with the fundamentals and gradually moves toward advanced modeling, assemblies, and drawing creation.

During the course, students will learn how to create 2D sketches, 3D parts, assemblies, and engineering drawings using professional CAD tools. The training focuses on practical design techniques used in mechanical and product design industries.

Each week includes hands-on exercises and design projects to help learners understand real-world applications. By the end of the program, participants will be able to design complete mechanical components and assemblies with confidence.

What You Will Learn

Introduction to the SolidWorks interface and tools
Creating 2D sketches and constraints
Designing 3D parts using features like extrude, revolve, and sweep
Building assemblies and applying mates
Creating technical drawings and annotations
Basic design projects and practice models

Who Should Join

Mechanical engineering students
Beginners interested in CAD design
Designers who want to learn 3D modeling
Anyone interested in product or mechanical design

Course Outcome

After completing this 6-week course, learners will have the skills to create professional 3D models, assemblies, and engineering drawings using SolidWorks, which are widely used in manufacturing, automotive, and product development industries.

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Course Content

Week 1
In Week 1, students are introduced to the basics of SolidWorks and the fundamentals of 3D CAD design. This week focuses on understanding the software interface and the essential tools required to start creating models. Learners explore the SolidWorks workspace, including the command manager, feature manager design tree, toolbars, and view controls. The concept of sketching is introduced, which is the foundation for creating 3D models. Students practice creating basic 2D sketches using tools such as lines, circles, rectangles, and arcs. The week also covers sketch constraints and dimensions, helping students understand how to fully define sketches accurately. By the end of the week, learners will be able to create simple sketches and prepare them for converting into 3D parts in later lessons. Key Topics Covered: Introduction to SolidWorks and CAD concepts Overview of the SolidWorks interface Basic sketch tools (line, circle, rectangle, arc) Applying dimensions and constraints Creating and saving simple sketch designs Outcome: By the end of Week 1, students will understand the basic workflow of SolidWorks and be able to create simple 2D sketches, forming the foundation for 3D modeling in the upcoming weeks.

Lesson 1

11:17
Lesson 2

13:58
Quiz on week 1

Week 2
In Week 2, students move from basic sketching to creating 3D models using the core modeling features in SolidWorks. This week focuses on converting 2D sketches into solid 3D parts. Learners are introduced to important 3D modeling features such as Extrude, Revolve, and Cut. These tools allow users to transform simple sketches into detailed three-dimensional components. Students practice creating different mechanical shapes by applying these features to their sketches. The week also covers how to modify and edit models, including changing sketch dimensions, editing features, and understanding the Feature Manager Design Tree. This helps students learn how to update and control different stages of the design. Through practical exercises, students design simple mechanical parts like cylinders, blocks, and basic machine components to gain hands-on experience. Key Topics Covered: Converting sketches into 3D models Extruded Boss/Base feature Revolved Boss/Base feature Extruded Cut feature Editing and modifying 3D models Understanding the Feature Manager Design Tree Outcome: By the end of Week 2, students will be able to create and modify basic 3D parts from sketches, which is a fundamental skill for building more complex designs and assemblies in later weeks.

Week 3
In Week 3, students learn how to modify and enhance 3D models using advanced features in SolidWorks. The focus of this week is on improving the design by adding finishing features to parts. Students are introduced to tools such as Fillet, Chamfer, and Pattern features, which help smooth edges, create angled corners, and repeat design elements efficiently. These features are commonly used in mechanical and product design to improve both the appearance and functionality of parts. Practical exercises allow learners to modify existing models by adding rounded edges, beveled corners, and repeated holes or shapes. Outcome: By the end of Week 3, students will be able to edit and refine 3D parts using modification features, making their designs more professional and closer to real-world mechanical components.

Week 4
In Week 4, students learn how to create and manage assemblies in SolidWorks. Assemblies allow multiple parts to be combined to form a complete mechanical product. Learners are introduced to the Assembly environment, where they import different parts and position them correctly. They also learn how to use Mate tools to define relationships between parts, such as aligning surfaces, fixing positions, and controlling movement. Practical exercises involve assembling simple components like brackets, shafts, and plates to understand how different parts work together in a mechanical system. Outcome: By the end of Week 4, students will be able to create basic assemblies and apply mates to connect parts, helping them understand how complete mechanical designs are built in SolidWorks.

Week 5
In Week 5, students learn how to create engineering drawings from 3D models using SolidWorks. Engineering drawings are important because they provide detailed information required for manufacturing and production. During this week, learners understand how to generate 2D drawing views from 3D parts and assemblies. They also learn to add dimensions, annotations, and notes to clearly describe the size and specifications of the component. Students practice creating standard views such as front view, top view, side view, and isometric view to represent the design accurately. Outcome: By the end of Week 5, students will be able to create professional engineering drawings with proper dimensions and annotations, which are essential for communicating designs in real-world engineering projects.

Week 6
In Week 6, students focus on completing a final design project and reviewing the key concepts learned throughout the course using SolidWorks. This week helps learners apply their knowledge of sketching, 3D modeling, assemblies, and engineering drawings in a complete workflow. Students create a small mechanical project by designing parts, assembling them, and generating the required engineering drawings. This hands-on activity helps them understand how different SolidWorks tools are used together in real-world design projects. The week also includes best practices for model organization, file management, and design efficiency. Outcome: By the end of Week 6, students will be able to design complete mechanical models, create assemblies, and produce professional drawings, demonstrating the skills they have developed during the 6-week SolidWorks course.

A course by

Kushawaha Shankar

CAD CAM developer.

Student Ratings & Reviews

4.0

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bhavar kumar Sharma

1 week ago

Tell us about your own personal experience taking this course. Was it a good match for you
Good course 👍

Price:
Original price was: ₹1,000.00.Current price is: ₹400.00.
Instructor:Kushawaha Shankar
Duration: 20 hours
Lessons:12
Students:2
Level:All Levels