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Jason King

Allen M says: "Far more interesting than I would have thought for an introductory course. Just enough to show me that I can achieve what I want, relatively easily. Some things to avoid. A very practical course."

Brandon V says: "Thank you Jason for sharing with us some of the essentials of 3D printing. I am grateful for your efforts, as well as the additional links to more information... Thank you. "

In this course I'll teach you what 3D printers are, how they work, tips for purchasing one and how to use it to create amazing 3D prints.

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Allen M says: "Far more interesting than I would have thought for an introductory course. Just enough to show me that I can achieve what I want, relatively easily. Some things to avoid. A very practical course."

Brandon V says: "Thank you Jason for sharing with us some of the essentials of 3D printing. I am grateful for your efforts, as well as the additional links to more information... Thank you. "

In this course I'll teach you what 3D printers are, how they work, tips for purchasing one and how to use it to create amazing 3D prints.

Many people are too scared to purchase their first 3D printer because they don't really know what's involved in buying and running one. I felt like this myself once, so don't worry.

I now know exactly what's involve and that's what I'll teach you here. I'll also demonstrate the process of designing a simple chess piece using two free design tools, Tinkercad and OpenSCAD. This will give you a feel for what's involved in inventing and designing your very own products.

Even if you don't want to buy your own 3D printer yet, after going though these lectures and examples you'll be able to start designing products immediately. I'll even show you how to outsource your printing to companies who have some of the best 3D printers in the world, so you can become involved in this amazing technology without ever having to purchase a 3D printer. It doesn't cost the earth either.

This course consists mainly of videos, slides and on screen demonstrations all created by myself. It should only take you a couple of hours to complete. It'll be a couple of hours very well spent though because afterwards you'll have all the knowledge and confidence to become involved in 3D printing quickly, cheaply and easily.

As I've found out myself, 3D printing is interesting and can be great fun too. Designing and selling your products can even be quite profitable. I love it and I'm sure you will too.

Thanks for taking an interest and I look forward to you being my student.

Jason King

Enroll now

What's inside

Learning objectives

  • Choose a 3d printer which suits you
  • Start 3d printing your own amazing stuff at home
  • Design and print high quality products
  • Make some money from this 3d printing revolution
  • Outsource your 3d printing cheaply, so you don't even need to buy a 3d printer
  • Have the knowledge and confidence to become involved in this great technology

Syllabus

Learn what a 3D printer is, how one works, what you can use it for and where to purchase one.

In this lecture I'll introduce myself and explain a little about how I became involved in 3D printing. I'll then explain who this course is intended for and what cool stuff you'll learn when you take this course.

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In this lecture you'll learn what a 3D printer is, a little about the history of 3D printing, how they work and what they can be used for.

In this lecture I'll guide you though purchasing a 3D printer, including explaining which are the best value for beginners. I'll also detail some of the other tools you'll need and discuss the idea of building your own 3D printer.

In this lecture you'll discover how to download 3D printable designs, scan in existing objects (large or small) and best of all how to design your very own 3D printable products.

In this lecture I'll demonstrate (using a narrated screen cast) how you can design a simple 3D printable chess piece from scratch using the free and easy to use Tinkercad tool.

In this lecture I'll demonstrate (using a narrated screen cast) how you can design the same chess piece as in the previous lecture, but by using a completely different method. For this I'll use the free and powerful precision engineering tool, OpenSCAD.

In this lecture you'll how to produce high quality 3D prints using some cool methods. I'll teach you about different materials and how your build surface and temperatures affect your print quality. You'll also learn my best techniques for producing an amazing finish to your 3D printed products.

In this lecture I'll show you what sort of objects you may not be able to 3D print at home. I'll then show you how you can use prototyping and outsourcing to produce a range of amazing objects, which include ceramics, solid silver and gold plated jewellery.

In this lecture you'll learn a number of different ways to make your 3D printer pay for itself. By capitalising on this amazing technology you can turn your new hobby into a money spinner.

In this lecture I'll show you where to find more information about 3D printing. Good quality information about this technology can sometimes be tricky to find, but not if you know where to look.

In this lecture I'll take the opportunity to thank you for being my student and to give you a few pointers about what to do next.

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Activities

Coming soon We're preparing activities for Start 3D Printing at Home - Even Without a 3D Printer!. These are activities you can do either before, during, or after a course.

Career center

Learners who complete Start 3D Printing at Home - Even Without a 3D Printer! will develop knowledge and skills that may be useful to these careers:

Reading list

We haven't picked any books for this reading list yet.
Offers a comprehensive overview of the major 3D printing technologies, their benefits, limitations, and applications. It provides practical advice on selecting the right technology and designing for 3D printing, making it an excellent resource for gaining a broad understanding. It is valuable as both an introductory text and a reference tool for various audiences, including designers and engineers.
Comprehensive guide to 3D printing for the home user, covering everything from choosing a printer to designing and printing your own models.
Provides a comprehensive overview of rapid prototyping, covering its principles, technologies, and applications.
Provides a comprehensive overview of additive manufacturing technologies, covering their history, principles, and applications.
Provides a comprehensive overview of 3D printing in art and design, covering its history, technologies, and applications.
Considered a foundational text in the field, this book provides a detailed overview of additive manufacturing technologies, including their fundamentals and emerging applications. It covers supporting technologies and includes technical questions for comprehensive understanding, making it suitable for undergraduate and graduate programs. commonly used textbook in academic institutions.
Focusing on the crucial aspect of designing parts specifically for additive manufacturing, this book covers design tools and methodologies. It is essential for engineers and designers seeking to leverage the full potential of 3D printing. is highly relevant for advanced undergraduate and graduate students, as well as working professionals.
Provides a technical introduction to additive manufacturing with a specific focus on metal powder bed fusion processes. It covers materials, processing methods, testing, and standards, making it highly relevant for those interested in metal 3D printing. It is suitable for graduate students and professionals in materials science and engineering.
Explores the fundamentals of 3D printing technologies and their applications in various sectors like energy, biomedicine, and sensors. It addresses current challenges and potential solutions, making it relevant for understanding contemporary uses of 3D printing. This book is useful for advanced undergraduate students, graduate students, and researchers.
Provides a broader perspective on the impact of 3D printing across various industries and its potential to revolutionize manufacturing and business models. It good read for gaining a general understanding of the disruptive nature of 3D printing and its future implications. This book is accessible to a wide audience, including those in high school and undergraduate programs, as well as working professionals interested in the business aspects.
Offers an engaging introduction to 3D printing technology, its history, and potential applications. It discusses the implications of 3D printing for the future, making it a valuable read for those seeking a broad understanding and historical context. It is suitable for high school and undergraduate students, as well as a general audience.
Explores various applications and innovations in additive manufacturing, including hybrid processes and real-world case studies. It is beneficial for those looking to see how 3D printing is being used in practice and to deepen their understanding of specific applications. This book is suitable for advanced undergraduate and graduate students.
Provides a detailed overview of how 3D printers work, different types of printers, and their capabilities. It includes a section on 3D printing applications and case studies, making it a good starting point for beginners and hobbyists. It is well-suited for high school students and those new to 3D printing.
Serves as a comprehensive guide for both beginners and experienced users, covering everything from choosing equipment and materials to optimizing designs. It helps solidify understanding and provides practical tips for improving 3D printing results. This book is suitable for undergraduate students and hobbyists looking to deepen their skills.
Focused on the design side of 3D printing, this book covers the process from scanning to creating and editing 3D models. It's valuable for those interested in the digital design aspects of additive manufacturing. is relevant for students and professionals in design and engineering.
Offers a detailed guide to the additive manufacturing of metals, covering technology, materials, design, and production. It delves into various aspects of metal AM processes, making it a key resource for those specializing in this area. This book is suitable for graduate students and professionals in metallurgy and manufacturing.
Provides a broad overview of additive manufacturing processes, materials, and applications. It can serve as a solid introduction for students and professionals seeking to understand the diverse landscape of AM technologies. This book is suitable for undergraduate students and those seeking a general technical overview.
This guide provides practical advice on designing parts to maximize the benefits of additive manufacturing. It focuses on methodologies and tools for effective design in AM. is valuable for designers and engineers at all levels looking to optimize their AM designs.
A classic introductory guide, this book covers the fundamentals of 3D printing in an accessible manner. It's ideal for absolute beginners looking to understand the basics of the technology, different printer types, and modeling methods. is particularly useful for high school students and those just starting out.

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