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SOLIDWORKS: NASA OV-120 Space Shuttle

Design

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SOLIDWORKS: NASA OV-120 Space Shuttle, available at $29.99, has an average rating of 2, with 83 lectures, based on 1 reviews, and has 6 subscribers.

You will learn about You will learn how surface modelling works. A lot of details has been put into the course to make sure the NASA OV-120 model meet its expectation. You will learn what it takes to be a space shuttle designer. You will get confidence and use Solidworks to design/draft your next innovation. This course is ideal for individuals who are It can be anyone who wants to know how Surface Modelling is achieved or Someone who knows about Solid Modeling and are looking to invest time learning about Surface modelling which will make them gain knowledge and experience what it takes to design a NASA OV-120 using surface modelling or Students who get assigned by universities to design space shuttle model but don't have any clue on how its done. It is particularly useful for It can be anyone who wants to know how Surface Modelling is achieved or Someone who knows about Solid Modeling and are looking to invest time learning about Surface modelling which will make them gain knowledge and experience what it takes to design a NASA OV-120 using surface modelling or Students who get assigned by universities to design space shuttle model but don't have any clue on how its done.

Enroll now: SOLIDWORKS: NASA OV-120 Space Shuttle

Summary

Title: SOLIDWORKS: NASA OV-120 Space Shuttle

Price: $29.99

Average Rating: 2

Number of Lectures: 83

Number of Published Lectures: 83

Number of Curriculum Items: 83

Number of Published Curriculum Objects: 83

Original Price: $29.99

Quality Status: approved

Status: Live

What You Will Learn

  • You will learn how surface modelling works.
  • A lot of details has been put into the course to make sure the NASA OV-120 model meet its expectation.
  • You will learn what it takes to be a space shuttle designer.
  • You will get confidence and use Solidworks to design/draft your next innovation.

Who Should Attend

  • It can be anyone who wants to know how Surface Modelling is achieved
  • Someone who knows about Solid Modeling and are looking to invest time learning about Surface modelling which will make them gain knowledge and experience what it takes to design a NASA OV-120 using surface modelling
  • Students who get assigned by universities to design space shuttle model but don't have any clue on how its done.

Target Audiences

  • It can be anyone who wants to know how Surface Modelling is achieved
  • Someone who knows about Solid Modeling and are looking to invest time learning about Surface modelling which will make them gain knowledge and experience what it takes to design a NASA OV-120 using surface modelling
  • Students who get assigned by universities to design space shuttle model but don't have any clue on how its done.

Use promo code –NASA– to avail a discount.

Offer valid for a limited period. GET IT NOW!

This course is put very well and made sure it matches the actual NASA OV-120 design. Lectures are explained with an easy approach to make sure no one gets confused in its process of making.

A detailed course with step by step following. Each section is recorded in parts so its easy to understand. Take your time and don’t rush.

Learning surface modelling can be challenging but I made sure all the steps involved in making are slow and steady. So you can grasp knowledge of what is being done.

Major and minor details have been put so you understand how 3D modeling works. This course is advance version so make sure you know how solid modelling is done. Use of split lines, decals have been used to make the model accurate.

This course is not just for those who are into aerospace field but also for anyone interested in knowing the design process of a space shuttle. The course will put an impact on your future career as majority of the engineering firms require 3D modeling skills to be a part of your portfolio.

The course is recorded on a Solidworks 2020. Any questions on this course will be answered so you don’t get stuck in between the lectures.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Chapter 2: Setting up blueprints

Lecture 1: Right View

Lecture 2: Top View

Lecture 3: Front View

Lecture 4: Back View

Chapter 3: Space Shuttle Nose Design

Lecture 1: Nose Section 1

Lecture 2: Nose Section 2

Lecture 3: Explaining surface loft feature

Lecture 4: Guide curves of the nose section

Lecture 5: Completing the nose section part 1

Lecture 6: Completing the nose section part 2

Chapter 4: Fuselage Design 1

Lecture 1: P1

Lecture 2: Guide curves on the fuselage

Lecture 3: Using lofted surface on the fuselage

Lecture 4: Re-adjusting the fuselage WIDTH

Lecture 5: Fuselage 2nd section

Chapter 5: Fuselage Design 2

Lecture 1: Top and Bottom guide curve

Lecture 2: Side Guide Curve

Lecture 3: Joining the fuselage together

Chapter 6: Aft Fuselage

Lecture 1: p1

Lecture 2: p2

Lecture 3: p3

Lecture 4: p4

Chapter 7: Orbital Maneuvering System

Lecture 1: p1

Lecture 2: Adjusting the Orbital Maneuvering System

Chapter 8: Sketching new surface on the orbital system

Lecture 1: p1

Lecture 2: Adjusting the gap

Lecture 3: p3

Lecture 4: p4

Chapter 9: Adding the boosters

Lecture 1: p1

Lecture 2: p2

Lecture 3: p3

Lecture 4: p4

Chapter 10: Nozzle Outlet

Lecture 1: p1

Chapter 11: Main Engine Design

Lecture 1: p1

Lecture 2: Engine pipes

Lecture 3: Engine pipes 2

Lecture 4: Engine pipes 3

Lecture 5: Circular Pattern

Chapter 12: Moving the engine

Lecture 1: p1

Chapter 13: Body Flap Design

Lecture 1: p1

Chapter 14: Body flap hinge surface

Lecture 1: p1

Lecture 2: p2

Chapter 15: Wing design

Lecture 1: p1

Lecture 2: p2

Lecture 3: p3

Lecture 4: p4

Lecture 5: p5

Lecture 6: p6

Lecture 7: p7

Lecture 8: p8

Lecture 9: p9

Lecture 10: p10

Lecture 11: p11

Chapter 16: Closing the surfaces

Lecture 1: p1

Chapter 17: Elevons Sketching

Lecture 1: p1

Lecture 2: p2

Lecture 3: p3

Chapter 18: Vertical panther

Lecture 1: p1

Lecture 2: p2

Chapter 19: Split lines

Lecture 1: p1

Lecture 2: p2

Lecture 3: p3

Lecture 4: p4

Chapter 20: Payload Bay doors Split lines and Vertical stabilizer

Lecture 1: p1

Lecture 2: p2

Lecture 3: p3

Chapter 21: Flight Deck Split Lines

Lecture 1: p1

Lecture 2: p2

Lecture 3: p3

Chapter 22: Wing Split lines

Lecture 1: p1

Lecture 2: p2

Lecture 3: p3

Chapter 23: Changing appearence

Lecture 1: p1

Lecture 2: p2

Lecture 3: p3

Lecture 4: p4

Instructors

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

Frequently Asked Questions


How long do I have access to the course materials?


You can view and review the lecture materials indefinitely, like an on-demand channel.


Can I take my courses with me wherever I go?


Definitely! If you have an internet connection, courses on Udemy are available on any device at any time. If you don’t have an internet connection, some instructors also let their students download course lectures. That’s up to the instructor though, so make sure you get on their good side!

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