Digital Manufacturing: 5 Practical Projects in Fusion 360

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Feras Naser

2:45:28

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1. Introduction to Digital Manufacturing

1. Introduction.mp4

01:59

2. Course Promo 2 - Introduction.mp4

01:50

3. Course Promo 3 - Introduction.mp4

01:08

4. Course & Chapter 1 Introduction - Slides.mp4

08:12

5. Introduction to Digital Manufacturing Main Components.mp4

01:08

6. Introduction to Digital Manufacturing - Main Components - Slides.mp4

08:12

7. Thinking Industry Focused Designs.mp4

04:29

8. Thinking Industry Focused Designs.mp4

04:43

9. Thinking Industry Focused Designs - Slides.mp4

09:55

10. Thinking Materials Focused Designs - Slides.mp4

04:27

11. Section 3 - Wood & CNC Machines - Slides.mp4

04:27

12. Section 3 - Metal & Lathing Machines - Slides.mp4

04:48

13. Section 3 - Polymers & 3D Printers - Slides.mp4

06:04

14. Section 5 - Industry Mind Maps.mp4

02:25

15. Section 5 - Industry Mind Maps - Slides.mp4

04:43

16. Section 5 - Industry Mind Maps - Example.mp4

02:49

17. Section 6 - Examples of Digital Manufacturing from the Construction Industry.mp4

03:19

18. Examples of Digital Manufacturing from the Construction Industry - Slides.mp4

02:44

19. Section 7 - Examples of Digital Manufacturing from the Defense Industry.mp4

01:41

20. Examples of Digital Manufacturing from the Defence Industry - Slides.mp4

01:55

21. Section 8 - Examples of Digital Manufacturing from Healthcare and Pharma.mp4

01:47

22. Examples of Digital Manufacturing from Healthcare & Pharma - Slides.mp4

02:31

2. Digital Manufacturing with Fusion 360

1.1 Chapter2-Introduction.mp4

01:42

1. Chapter Introduction.mp4

01:42

2. Chapter Introduction - Slides.mp4

01:39

3. Fusion 360 & Digital Manufacturing.mp4

01:40

4. Fusion 360 & Digital Manufacturing - Slides.mp4

01:07

5. Trends in Digital Manufacturing.mp4

01:40

6. Trends in Digital Manufacturing - Slides.mp4

02:12

7. CADCAM Overview.mp4

01:46

8. CADCAM Overview - Slides.mp4

01:29

9. Design Innovation Practices.mp4

02:36

10. Design Innovation Practices - Slides.mp4

04:45

11. Introduction to Digital Manufacturing with Fusion 360.mp4

02:18

12. Introduction to Digital Manufacturing with Fusion 360 - Slides.mp4

02:37

13. Integrated CAMCADCAE Manufacturing.mp4

03:35

14. Integrated CAMCADCAE Manufacturing - Slides.mp4

02:47

3. Project Deep Insights In 3D Modelling, Engineering & Manufacturing with AutoD

1. Chapter Introduction.mp4

01:47

2. Chapter Introduction - Slides.mp4

00:05

3. Project Based Learning in Digital Manufacturing - Drones.mp4

01:47

4. Project Based Learning in Digital Manufacturing - Drones - Slides.mp4

06:42

5. From Sketching & Modelling to Physical Items.mp4

01:57

6. From Sketching & Modelling to Physical Items - Slides.mp4

01:58

7. Engineering & Manufacturing Process with Autodesk Fusion 360.mp4

02:18

8. Engineering & Manufacturing Process with Autodesk Fusion 360 - Slides.mp4

03:58

4. Additive Manufacturing, 3D Printing & CNC Machines

1. Chapter Introduction.mp4

02:57

2. Chapter Introduction - Slides.mp4

01:57

3. Introduction to CNC Machining.mp4

02:57

4. Introduction to CNC Machining - Slides.mp4

03:11

5. Setting Up Stock.mp4

02:14

6. Setting Up Stock - Slides.mp4

02:47

7. Creating Our First CNC Program Introduction to 2.5 Axis Machining.mp4

01:20

8. Creating Our First CNC Program Introduction to 2.5 Axis Machining - Slides.mp4

02:33

9. Machining Open and Closed Pockets Drilling Holes and Spots.mp4

02:00

10. Machining Open and Closed Pockets Drilling Holes and Spots Slides.mp4

01:53

11. Extra Videos 2.mp4

02:16

Description

Start Making with Autodesk Fusion using 3D Printers, CNC Machines and Lathing Machines

What You'll Learn?

Digital Manufacturing Projects Identification and Feasibility Analysis
Creativity & Innovation in Digital Manufacturing (CNC Machines, 3D Printing)
Introduction to Autodesk Fusion 360
Practical Projects in Digital Manufacturing (CNC Machines, 3D Printing)
How to design and model five practical projects using Fusion 360
They will gain hands-on experience in digital manufacturing processes

Who is this for?

This course is for aspiring designers, engineers, and hobbyists who want to enhance their digital manufacturing skills using Fusion 360. It's ideal for students, professionals looking to upskill, and anyone interested in practical, hands-on learning in 3D modeling and design

What You Need to Know?

Students should have basic computer skills and access to Fusion 360 software

Students should be willing to explore various available machines in Fablabs in their cities

More details

Description
Unlock the future of manufacturing with our "Introduction to Digital Manufacturing" course, designed to empower young innovators to transform their design dreams into tangible realities. This comprehensive program demystifies the complexities of modern manufacturing, offering a rich blend of theoretical knowledge and practical skills across CAD, CAE, and CAM.
Start your journey by delving into the core components of digital manufacturing, where you'll learn to think like an industry professional. Explore material-focused designs, understand machine limitations, and master standard industrial processes. Dive deep into industry sub-specializations through interactive mind maps, and discover real-world applications with examples from the construction, defense, and pharmaceuticals industries.

Whether you're an aspiring engineer, designer, or tech enthusiast, this course provides the essential toolkit to excel in the rapidly evolving world of digital manufacturing. Join us to transform your ideas into reality and become a leader in the next generation of manufacturing innovators.

Chapter 1: Introduction to Digital Manufacturing â€“ Main Components
Section 1.1: Introduction to Digital Manufacturing â€“ Main Components
Section 1.2: Thinking Industry Focused Designs
Section 1.3: Thinking Materials Focused Designs & Machines
Section 1.4: Thinking Machines Limitation & Standard Industrial Processes
Section 1.5: Understanding the Industry Sub-Specializations through Mind Maps
Section 1.6: Examples of Digital Manufacturing from the Construction Industry
Section 1.7: Examples of Digital Manufacturing from the Defense Industry
Section 1.8: Examples of Digital Manufacturing in the Pharmaceuticals Industry
Chapter 2: Digital Manufacturing with Fusion 360
Section 2.1: Fusion 360 & Digital Manufacturing
Section 2.2: Trends in Digital Manufacturing
Section 2.3: CAD/CAM Overview
Section 2.4: Design Innovation Practices
Section 2.5: Introduction to Digital Manufacturing with Fusion 360
Section 2.6: Integrated CAM/CAD/CAE Manufacturing
Chapter 3: Deep Insights in 3D Modelling â€“ Building a Drones Industry
Section 3.1: Project Based Learning in Digital Manufacturing - Drones
Section 3.2: From Sketching & Modelling to Physical Items
Section 3.3: Engineering & Manufacturing Process with Autodesk Fusion 360
Chapter 4: Introduction to CNC Machining
Section 4.1: Introduction to CNC Machining
Section 4.2: Additive Manufacturing
Section 4.3: 3D Printing
Section 4.4: CNC Machines

Who this course is for:
This course is for aspiring designers, engineers, and hobbyists who want to enhance their digital manufacturing skills using Fusion 360. It's ideal for students, professionals looking to upskill, and anyone interested in practical, hands-on learning in 3D modeling and design

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Fusion 360

Feras Naser

Instructor's Courses

Feras Naser is the founder of Feras Naser group, a large group of many innovation driven startups, as one of his core areas of expertise is transport. Feras is a civil engineer with a master degrees in MSc in railway systems. Feras is responsible for many transport novel solutions, including his voice enabled hand held inspection device (inspectro). Feras do publish frequently on various transport topics, recently he has published on the potential use of blockchain technologies in railway applications.Feras recent research and consultancy work is about building novel transport solution and exploring recent advances in science and technology. This include wide range of domains including the usage of machine learning in railway applications, the possibility of using drones for delivery within cities, changes in micro-mobility and remote working environments. Feras has special interest in understanding the relations of transport history data and TRUST. Also, he has a special interest in providing new models of funding for public infrastructure through the exploitation of transport data. Specifically the usage of transport data to provide trust services.Feras is considered one of the most knowledgeable railway systems consultants in the middle east region, he brings great experience in developing novel systems and building agile teams. He is responsible for the development of hack sprint methodology.

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