Digital Manufacturing- 5 Practical Projects in Fusion 360

Digital Manufacturing: 5 Practical Projects in Fusion 360, available at $49.99, with 55 lectures.

You will learn about 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 This course is ideal for individuals who are This course is for aspiring designers, engineers, and hobbyists who want to enhance their digital manufacturing skills using Fusion 360. Its ideal for students, professionals looking to upskill, and anyone interested in practical, hands-on learning in 3D modeling and design It is particularly useful for This course is for aspiring designers, engineers, and hobbyists who want to enhance their digital manufacturing skills using Fusion 360. Its ideal for students, professionals looking to upskill, and anyone interested in practical, hands-on learning in 3D modeling and design.

Enroll now: Digital Manufacturing: 5 Practical Projects in Fusion 360

Summary

Title: Digital Manufacturing: 5 Practical Projects in Fusion 360

Price: $49.99

Number of Lectures: 55

Number of Published Lectures: 55

Number of Curriculum Items: 55

Number of Published Curriculum Objects: 55

Original Price: $199.99

Quality Status: approved

Status: Live

What You Will 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 Should Attend

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

Target Audiences

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

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 – Main Components

Section 1.1: Introduction to Digital Manufacturing – 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 – 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

Course Curriculum

Chapter 1: Introduction to Digital Manufacturing

Lecture 1: Introduction

Lecture 2: Course Promo 2 – Introduction

Lecture 3: Course Promo 3 – Introduction

Lecture 4: Course & Chapter 1 Introduction – Slides

Lecture 5: Introduction to Digital Manufacturing – Main Components

Lecture 6: Introduction to Digital Manufacturing – Main Components – Slides

Lecture 7: Thinking Industry Focused Designs

Lecture 8: Thinking Industry Focused Designs

Lecture 9: Thinking Industry Focused Designs – Slides

Lecture 10: Thinking Materials Focused Designs – Slides

Lecture 11: Section 3 – Wood & CNC Machines – Slides

Lecture 12: Section 3 – Metal & Lathing Machines – Slides

Lecture 13: Section 3 – Polymers & 3D Printers – Slides

Lecture 14: Section 5 – Industry Mind Maps

Lecture 15: Section 5 – Industry Mind Maps – Slides

Lecture 16: Section 5 – Industry Mind Maps – Example

Lecture 17: Section 6 – Examples of Digital Manufacturing from the Construction Industry

Lecture 18: Examples of Digital Manufacturing from the Construction Industry – Slides

Lecture 19: Section 7 – Examples of Digital Manufacturing from the Defense Industry

Lecture 20: Examples of Digital Manufacturing from the Defence Industry – Slides

Lecture 21: Section 8 – Examples of Digital Manufacturing from Healthcare and Pharma

Lecture 22: Examples of Digital Manufacturing from Healthcare & Pharma – Slides

Chapter 2: Digital Manufacturing with Fusion 360

Lecture 1: Chapter Introduction

Lecture 2: Chapter Introduction – Slides

Lecture 3: Fusion 360 & Digital Manufacturing

Lecture 4: Fusion 360 & Digital Manufacturing – Slides

Lecture 5: Trends in Digital Manufacturing

Lecture 6: Trends in Digital Manufacturing – Slides

Lecture 7: CAD/CAM Overview

Lecture 8: CAD/CAM Overview – Slides

Lecture 9: Design Innovation Practices

Lecture 10: Design Innovation Practices – Slides

Lecture 11: Introduction to Digital Manufacturing with Fusion 360

Lecture 12: Introduction to Digital Manufacturing with Fusion 360 – Slides

Lecture 13: Integrated CAM/CAD/CAE Manufacturing

Lecture 14: Integrated CAM/CAD/CAE Manufacturing – Slides

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

Lecture 1: Chapter Introduction

Lecture 2: Chapter Introduction – Slides

Lecture 3: Project Based Learning in Digital Manufacturing – Drones

Lecture 4: Project Based Learning in Digital Manufacturing – Drones – Slides

Lecture 5: From Sketching & Modelling to Physical Items

Lecture 6: From Sketching & Modelling to Physical Items – Slides

Lecture 7: Engineering & Manufacturing Process with Autodesk Fusion 360

Lecture 8: Engineering & Manufacturing Process with Autodesk Fusion 360 – Slides

Chapter 4: Additive Manufacturing, 3D Printing & CNC Machines

Lecture 1: Chapter Introduction

Lecture 2: Chapter Introduction – Slides

Lecture 3: Introduction to CNC Machining

Lecture 4: Introduction to CNC Machining – Slides

Lecture 5: Setting Up Stock

Lecture 6: Setting Up Stock – Slides

Lecture 7: Creating Our First CNC Program | Introduction to 2.5 Axis Machining

Lecture 8: Creating Our First CNC Program | Introduction to 2.5 Axis Machining – Slides

Lecture 9: Machining Open and Closed Pockets | Drilling Holes and Spots

Lecture 10: Machining Open and Closed Pockets | Drilling Holes and Spots | Slides

Lecture 11: Extra Videos 2

Instructors

Feras Naser
Founder, Creative Director, 10+ Years in Innovation

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