Generative Design with Autodesk Fusion 360

Generative Design with Autodesk Fusion 360, available at $44.99, has an average rating of 3.6, with 41 lectures, based on 14 reviews, and has 131 subscribers.

You will learn about Course Introduction Video What is Fusion 360? Design and Analysis with Fusion 360 What We’ll Learn with the Course What is Generative Design? Important Differences Between Generative Design and Topology Optimization Using Generative Design in Fusion 360 Examining the Features of the Target Design Tips for Your Custom Design Projects Creating a New Generative Design Project What are Preserve Geometries? What are Obstacle Geometries? Starting Shape and its Features Specifying Constraints Specifying the Forces Affecting the Part Specifying Criteria for Generative Design Examining the Fusion 360 Material Library Creating Custom Materials What are Material Features? Demonstration 1 – Choosing Materials for The Part That We Will Manufacture Examining Manufacturing Methods Introduction to Manufacturing Methods with Generative Design Additive Manufacturing Manufacturing with Milling 2-axis Cutting and Casting Methods Choosing a Manufacturing Method with Generative Design The Importance of Parameters for Your Custom Projects Changing Parameters Exploring Possible Design Outcomes with the Explore Tool Design Classification Reading Tables with Scatter Plot Comparing the Designs We’ve Selected Tips for Selecting the Optimum Design Demonstration 2 – Determining Forces for Our Project Selecting Materials and Manufacturing Method for the Project Determining Design Goals Examining Possible Outcomes with Preview Transferring the Outcome to the Design Area Examining Form Modelling Techniques Usage Fields and Future of Generative Design End This course is ideal for individuals who are Industrial Product Designers or Analysis Engineers or Those interested in design and technologies or 3D Designers It is particularly useful for Industrial Product Designers or Analysis Engineers or Those interested in design and technologies or 3D Designers.

Enroll now: Generative Design with Autodesk Fusion 360

Summary

Title: Generative Design with Autodesk Fusion 360

Price: $44.99

Average Rating: 3.6

Number of Lectures: 41

Number of Published Lectures: 41

Number of Curriculum Items: 41

Number of Published Curriculum Objects: 41

Original Price: $199.99

Quality Status: approved

Status: Live

What You Will Learn

Course Introduction Video
What is Fusion 360?
Design and Analysis with Fusion 360
What We’ll Learn with the Course
What is Generative Design?
Important Differences Between Generative Design and Topology Optimization
Using Generative Design in Fusion 360
Examining the Features of the Target Design
Tips for Your Custom Design Projects
Creating a New Generative Design Project
What are Preserve Geometries?
What are Obstacle Geometries?
Starting Shape and its Features
Specifying Constraints
Specifying the Forces Affecting the Part
Specifying Criteria for Generative Design
Examining the Fusion 360 Material Library
Creating Custom Materials
What are Material Features?
Demonstration 1 – Choosing Materials for The Part That We Will Manufacture
Examining Manufacturing Methods
Introduction to Manufacturing Methods with Generative Design
Additive Manufacturing
Manufacturing with Milling
2-axis Cutting and Casting Methods
Choosing a Manufacturing Method with Generative Design
The Importance of Parameters for Your Custom Projects
Changing Parameters
Exploring Possible Design Outcomes with the Explore Tool
Design Classification
Reading Tables with Scatter Plot
Comparing the Designs We’ve Selected
Tips for Selecting the Optimum Design
Demonstration 2 – Determining Forces for Our Project
Selecting Materials and Manufacturing Method for the Project
Determining Design Goals
Examining Possible Outcomes with Preview
Transferring the Outcome to the Design Area
Examining Form Modelling Techniques
Usage Fields and Future of Generative Design
End

Who Should Attend

Industrial Product Designers
Analysis Engineers
Those interested in design and technologies
3D Designers

Target Audiences

Industrial Product Designers
Analysis Engineers
Those interested in design and technologies
3D Designers

Fusion 360 is cloud-based 3D CAD, CAM, CAE and PCB software. You can use all these features through a single interface. At the end of the course, you can model the concept ideas of your dreams by working quickly and flexibly with the easy-to-use 3D CAD CAM CAE software Fusion 360 and finalize these models using “Generative Design” technology. Generative Design technology will shape your designs according to the production methodology you want. At the end of this process, you will witness that your final model will reduce the weight, while the strength will increase compared to the past and its performance will improve. Thanks to Fusion 360, which contains more than one module in a single interface, you will be able to perform many operations with a single software.

What is Generative Design?

Generative Design is a design discovery process. designer or engineer; Input the design goals with the help of parameters such as performance, material, cost and manufacturing method. Using the power of the cloud, the software calculates all possible possibilities of the solution and generates design alternatives. It tests the result at each iteration, learning what works and what doesn’t.

Productive design users can solve complex engineering problems with this technology, such as:

Assembling parts by reducing the total number of parts and components;

Reducing the weight of parts and components by using the least amount of material to make the parts as effective as possible;

Increasing performance by designing stronger parts and components.

Examine cloud-generated design results based on visual analogies, drawings, and filters powered by machine learning

You can continue your other work while the Generative Design solution is implemented on the cloud.

Course Curriculum

Chapter 1: Giriş

Lecture 1: Course Introduction Video

Lecture 2: What is Fusion 360?

Lecture 3: Design and Analysis with Fusion 360

Lecture 4: What We'll Learn with the Course?

Chapter 2: What is Generative Design?

Lecture 1: What is Generative Design?

Lecture 2: Important Differences Between

Lecture 3: Using Generative Design in Fusion 360

Chapter 3: Examining the Features of the Target Design

Lecture 1: Examining the Features of the Target Design

Lecture 2: Tips for Your Custom Design Projects

Chapter 4: Generative Design Parameters

Lecture 1: Creating a New Generative Design Project

Lecture 2: What are Preserve Geometries?

Lecture 3: What are Obstacle Geometries?

Lecture 4: Starting Shape and its Features

Lecture 5: Specifying Constraints

Lecture 6: Specifying the Forces Affecting the Part

Lecture 7: Specifying Criteria for Generative Design

Chapter 5: Material Selection and The Importance

Lecture 1: Examining the Fusion 360 Material Library

Lecture 2: Creating Custom Materials

Lecture 3: What are Material Features

Lecture 4: Demonstration 1 – Choosing Materials for The Part

Chapter 6: General Information About Manufacturing Methods

Lecture 1: Examining Manufacturing Methods

Lecture 2: Introduction to Manufacturing Methods with Generative Design

Lecture 3: Additive Manufacturing Method Preference

Lecture 4: Manufacturing with Milling

Lecture 5: 2-axis Cutting and Casting Methods

Lecture 6: Choosing a Manufacturing Method with Generative Design

Lecture 7: The Importance of Parameters for Your Custom Projects

Lecture 8: Changing Parameters

Chapter 7: 28

Lecture 1: Exploring Possible Design Outcomes with the Explore Tool

Lecture 2: Design Classification

Lecture 3: Reading Tables with Scatter Plot

Lecture 4: Comparing the Designs We’ve Selected

Lecture 5: Tips for Selecting the Optimum Design

Chapter 8: Implementation 2 and Your Special Projects

Lecture 1: Demonstration 2 – Determining Forces for Our Project

Lecture 2: Selecting Materials and Manufacturing Method for the Project

Lecture 3: Determining Design Goals

Lecture 4: Examining Possible Outcomes with Preview

Chapter 9: Examining Form Modeling Techniques

Lecture 1: Transferring the Outcome to the Design Area

Lecture 2: Examining Form Modelling Techniques

Chapter 10: Usage Fields and Future of Generative Design

Lecture 1: Usage Fields and Future of Generative Design

Lecture 2: End

Instructors

Penta Teknoloji
Penta

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2 stars: 3 votes
3 stars: 3 votes
4 stars: 3 votes
5 stars: 5 votes

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