This course is widely applied in industries such as automotive, aerospace, machinery, consumer products, and medical equipment, where precise 3D solid modeling is essential for designing functional and manufacturable components.
Engineers use solid modeling to create accurate industrial parts like gears, shafts, housings, sheet metal components, and assemblies, enabling virtual testing, simulation, and validation before production.
It helps reduce product development time, minimize design errors, improve product quality, and support advanced manufacturing methods such as CNC machining, 3D printing, and automation.
The course builds strong design thinking and practical skills required for real-time industrial component development from concept to production stage.
The future scope of solid modeling is very high due to the growth of digital manufacturing, smart factories, Industry 4.0, and product innovation across sectors.
Skilled designers are in demand for roles such as design engineer, product development engineer, CAD specialist, and R&D engineer. Emerging technologies like simulation-driven design, digital twins, AI-based design optimization, and additive manufacturing are increasing the need for advanced solid modeling expertise.
This course provides a strong foundation in fundamentals and all design tools, enabling professionals to work in global industries, startups, and innovation-driven companies. Continuous advancements in automation and customization will further expand career opportunities and long-term growth in industrial component design.
Course Syllabus
It provides an overview of what you are going to learn.
- Things to consider in design
- Product Lifecycle Management
- Intro about solidworks
- How to set units
- Views Tab- Section 01
- Views Tab-Section view
- Views Tab- Section 02
- Views Tab- Section 03
- Views Tab-Display views
- Views Tab- Section 04
- Objectives
- Sketch Profiles - Section 01
- Sketch Profiles - Section 02
- Spline - Equation driven curve
- Spline - Equation driven curve - section 02
- Spline - Equation driven curve - section 03
- Objectives
- For Practice
- Trim Entities
- Convert Entities
- Offset Entities
- Mirror & Pattern Entities
- Modifying Entities - Type 01
- Modifying Entities - Type 02
- Modifying Entities - Type 03
- Objectives
- Extruded Bose
- Extruded bose - Section 02
- Extruded bose - Section 03
- Extruded Bose Example
- Extruded Bose Example – 02
- Extruded cut
- Flip side to cut
- Extruded Bose Example – 03
- Extruded Bose & Extruded cut - Example 04
- Objectives
- For Practice
- Revolved Bose
- Revolved Bose - Section 02
- Example of Revovled Bose Feature
- Example of Revovled Bose Feature - Section 02
- Example of Revolved bose with cut
- Objectives
- For Practice
- Swept Bose Feature - Types of Options
- Swept Bose Feature - Guide curves
- Swept Bose with swept cut feature
- Swept Bose Featutre – Example
- Objectives
- For Practice
- Reference geometry planes
- Formation of plane using vertex
- Tangency plane
- Objectives
- Lofted Bose feature
- Lofted Bose - Center Line parameters
- Lofted Bose - Center Line parameters - section 02
- Lofted cut with Example
- Lofter bose Example - Hypoid gear
- Objectives
- For Practice
- Objectives for Example model
- Boundary bose Feature
- Boundary cut feature
- Objectives
- For Practice
- Hole wizard - Section 01
- Hole wizard - Section 02
- Hole wizard - Section 03
- Theard feature - section 01
- Theard feature - section 02
- Objectives
- For practice
- Fillet feature
- Fillet feature - Section 02
- Fillet feature - Section 03
- Fillet feature - Section 04
- Chamfer feature
- Fillet – Example
- Objectives
- For practice
- Linear pattern
- Circular pattern
- Circular pattern Example
- Curve driven pattern
- Curve driven pattern - Section 02
- Fill pattern
- Fill pattern - Section 02
- Table driven pattern
- Sketch driven pattern
- Variable pattern
- Objective
- For Practice
- Shell Feature
- Shell feature - Section 02
- Draft Feature
- Draft feature - Section 02
- Objectives
- For practice
- Wrap feature
- Intersect feature
- Mirror feature
- Objective
- For practice
- Combine feature
- Dome feature
- Dome feature Example
- Indent feature
- Flex feature
- Scale feature
- Split feature
- Move & copy bodies
- How to model piston
- How to model Single plate clutch Flywheel
- How to model Single plate clutch cover
- How to model Single plate clutch driven shaft
- How to model Single plate clutch Friction plate
Enrollment Process
choose the access type you prefer to learn
Get a free e-book for lifetime access
The Ultimate interview guide
Aerospace, Automotive, Healthcare, Energy, HVAC, Manufacturing & Tooling, Metallurgical, Oil, gas & petroleum.
Top Interview Questions & Answers
Material Science and Engineering, Manufacturing & Production,Thermodynamics & Heat transfer, Mechanical Design, Quantitative Aptitude
The Simplest Technique to model Exotic Solids
mug , Blow off valve, Flange valve, Turning Tool
Frequently asked questions
Here are some common questions about our company.
solidworks is primarily used in the manufacturing industry to develop product design, component design, and sheet metal because they are the types of modelling that have the greatest practical applications.
Solidworks is used in many different industries, including as engineering, manufacturing, and product design.
Mastering Solidworks will improve job opportunities and also allow you to create products quickly.
Every designer's primary tool is their ability to solve problems. Thanks to its intuitive interface, we can quickly identify and apply the tool's solutions.
Yes absolutely, because
SOLIDWORKS - 3D design tools will continue to be in high demand as the world grows more digitally driven and manufacturing processes get more intricate.
For professionals in a variety of industries, knowing how to utilise SOLIDWORKS, a 3D CAD program that is still extensively used and recognised, is an invaluable ability.
Yes, you can learn with no design experience
It is essentially a user friendly software, which means we can adapt to it more quickly becasue the tools and its options are explained clearly.
You will quickly learn how to use each tool and where to place it after learning how to use it with an example.
If you don't have enough cash to buy our course, you can pay in two installments.