Solidworks Mastery – with PRACTICAL APPLICATIONS

Solidworks Mastery – with PRACTICAL APPLICATIONS, available at $59.99, has an average rating of 4.25, with 71 lectures, based on 6 reviews, and has 93 subscribers.

You will learn about Learn Solidworks from Basic to Advance level Able to design Real life products Become a pro level expert Able to design Mechanical components Handling of critical Mechanisms. This course is ideal for individuals who are Students who want to learn 3D CAD modeling or Students who are interested in product design and development or Students who are interested in Engineering Design or This course is designed in such a way to become a pro from scratch It is particularly useful for Students who want to learn 3D CAD modeling or Students who are interested in product design and development or Students who are interested in Engineering Design or This course is designed in such a way to become a pro from scratch.

Enroll now: Solidworks Mastery – with PRACTICAL APPLICATIONS

Summary

Title: Solidworks Mastery – with PRACTICAL APPLICATIONS

Price: $59.99

Average Rating: 4.25

Number of Lectures: 71

Number of Published Lectures: 71

Number of Curriculum Items: 71

Number of Published Curriculum Objects: 71

Original Price: $22.99

Quality Status: approved

Status: Live

What You Will Learn

Learn Solidworks from Basic to Advance level
Able to design Real life products
Become a pro level expert
Able to design Mechanical components
Handling of critical Mechanisms.

Who Should Attend

Students who want to learn 3D CAD modeling
Students who are interested in product design and development
Students who are interested in Engineering Design
This course is designed in such a way to become a pro from scratch

Target Audiences

Students who want to learn 3D CAD modeling
Students who are interested in product design and development
Students who are interested in Engineering Design
This course is designed in such a way to become a pro from scratch

SOLIDWORKS – 3D CAD software delivers powerful design functionality with an intuitive user interface to speed up your design process. SOLIDWORKS is the industry’s preferred 3D CAD solution, used by over 2 million engineers worldwide.

SOLIDWORKS enables designers to rapidly create, innovate, and collaborate during the concept design phase. It delivers a truly collaborative design environment that enables design teams, customers, and suppliers to communicate, collaborate, and develop products whenever they want and where ever they are located.

In this course, we will learn Solidworks from scratch to pro level. This course has been structured on the basis of practical approach. By dealing with different applications, students will easily understand the tools and the process of designing a product. This approach will be much effective since we discussed design process. This course covers simple to complex applications which will be useful for all levels of students. Student as a Beginner can be become expert since we structured the course easier at the beginning and the complexity level increases in a hierarchical order.

This Course is designed in such a way that students will be able to handle complex applications since we will be discussing about lots of practical applications.

By end of this course, you will have strong knowledge about Solidworks that you would be able to design any product that you see in your life.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: User Interface

Chapter 2: Application 1 – Bolt and Nut Assembly

Lecture 1: BOLT NUT

Chapter 3: Application 2 – Bottle Design

Lecture 1: Bottle Design

Chapter 4: Application 3 – Flower Vase Design

Lecture 1: Flower Vase Design

Chapter 5: Application 4 – Golf Ball Design

Lecture 1: Golf Ball Design

Chapter 6: Application 5 – Knife Design

Lecture 1: Knife Design

Chapter 7: Application 6 – Exhaust Manifold Design

Lecture 1: Exhaust Manifold Design

Chapter 8: Application 7 – Tension Spring Design

Lecture 1: Tension Spring Design

Chapter 9: Application 8 – Lampshade Design

Lecture 1: Lampshade Design

Chapter 10: Application 9 – Face Mask Design

Lecture 1: Face Mask Design

Chapter 11: Application 10 – Screw Conveyor Design

Lecture 1: Screw Conveyor Design

Chapter 12: Application 11 – Hair Dryer Design

Lecture 1: Hair Dryer Design

Chapter 13: Application 12 – Turbine Blade Design

Lecture 1: Turbine Blade Design

Chapter 14: Application 13 – Flange Coupling Assembly

Lecture 1: Flange Coupling Part 1

Lecture 2: Flange Coupling Part 2

Lecture 3: Flange Coupling Part 3

Lecture 4: Flange Coupling Assembly

Chapter 15: Application 14 – Knuckle Joint Assembly

Lecture 1: Knuckle Joint Part 1

Lecture 2: Knuckle Joint Part 2

Lecture 3: Knuckle Joint Assembly

Chapter 16: Application 15 – C Clamp Design

Lecture 1: C Clamp Part 1

Lecture 2: C Clamp Part 2

Lecture 3: C Clamp Part 3

Lecture 4: C Clamp Part 4

Lecture 5: C Clamp Part 5

Lecture 6: C Clamp Assembly

Chapter 17: Application 16 – Pipe Routing

Lecture 1: Pipe Routing

Chapter 18: Application 17 – Benchvise Assembly

Lecture 1: Benchvise Part 1

Lecture 2: Benchvise Part 2

Lecture 3: Benchvise Part 3

Lecture 4: Benchvise Part 4

Lecture 5: Benchvise Part 5

Lecture 6: Benchvise Part 6

Lecture 7: Benchvise Part 7

Lecture 8: Benchvise Part 8

Lecture 9: Benchvise Part 9

Lecture 10: Benchvise Part 10

Lecture 11: Benchvise Part 11

Lecture 12: Benchvise Part 12

Lecture 13: Benchvise Assembly

Chapter 19: Application 18 – Hydraulic Cylinder Assembly

Lecture 1: Hydrualic Cylinder Part 1

Lecture 2: Hydrualic Cylinder Part 2

Lecture 3: Hydrualic Cylinder Part 3

Lecture 4: Hydrualic Cylinder Part 4

Lecture 5: Hydrualic Cylinder Part 5

Lecture 6: Hydrualic Cylinder Part 6

Lecture 7: Hydrualic Cylinder Part 7

Lecture 8: Hydraulic Cylinder Part 8

Lecture 9: Hydraulic Cylinder Part 9

Lecture 10: Hydraulic Cylinder Part 10

Lecture 11: Hydraulic Cylinder Part 11

Lecture 12: Hydraulic Cylinder Part 12

Lecture 13: Hydraulic Cylinder Part 13

Lecture 14: Hydraulic Cylinder Part 14

Lecture 15: Hydraulic Cylinder Part 15

Lecture 16: Hydraulic Cylinder Assembly

Chapter 20: Application 19 – Aircraft Engine Assembly

Lecture 1: Aircraft Engine Part 1

Lecture 2: Aircraft Engine Part 2

Lecture 3: Aircraft Engine Part 3

Lecture 4: Aircraft Engine Assembly

Chapter 21: Application 20 – Aircraft Assembly

Lecture 1: Aircraft Part 1

Lecture 2: Aircraft Part 2

Lecture 3: Aircraft Part 3

Lecture 4: Aircraft Part 4

Lecture 5: Aircraft Part 5

Lecture 6: Aircraft Part 6

Lecture 7: Aircraft Part 7

Lecture 8: Aircraft Part 8

Lecture 9: Aircraft Part 9

Lecture 10: Aircraft Assembly

Instructors

IME Amaze
Mechanical Design Engineer

Rating Distribution

1 stars: 1 votes
2 stars: 0 votes
3 stars: 0 votes
4 stars: 1 votes
5 stars: 4 votes

Frequently Asked Questions

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