Over the past decade, 3D printing has become increasingly popular due to the rapid growth in additive manufacturing. Since 3D printers are now more affordable and accessible, almost every DIY enthusiast wants to own one once in a lifetime.
Whether you are a professional engineer looking to improve your 3D printing skills, a beginner who wants to learn more about 3D printing, or someone who plans to build a 3D printing brand, the courses covered in this article Will help you enhance your skills.
1. Zero to Hero 3D Printing in Blender 3x
The course is primarily for design, but anyone interested in learning 3D printing from scratch can take the course, including hobbyists and DIYer enthusiasts. To get started, all you need is the Blender software installed on your computer and of course a 3D printer.
The primary focus of the course is on designing 3D models in Blender, so it will be helpful if you are already proficient in it. Even if you are not, the course will teach you the basics and prepare you to create your own 3D models using the same software.
The instructor will model various objects such as vase, phone stand, coin, phone case and a few others throughout the course and then print them on a 3D printer.
So, designing a 3D model will help you clarify your Blender concepts, and printing the model on a 3D printer will help you learn how to fix design issues, export STL files, printing Set up and print the model correctly.
An extensive collection of 7.5 hours of on-demand video, downloadable resources, and lifetime access to all old, updated, and new course materials make this an excellent investment for anyone looking to get started in 3D printing.
There is no guarantee that the course will turn you into a 3D printing expert, but it is definitely helpful to improve your design skills on Blender and become better at 3D printing.
2. 3D Printing: From Start to Finish
The FDM 3D Printing course is designed for anyone interested in learning how 3D printing works. It primarily focuses on basic to advanced 3D printing concepts without delving into 3D modeling and designs.
So, if you don’t have any 3D modeling experience, you should take other design courses to build 3D models. Still, you have the option of printing freely available 3D models or having them designed by freelancers.
The course discusses 3D printing and its history and explains how 3D printer parts work. After that, you’ll learn about the different types of filaments used in 3D printing and the meaning of slicing and G-code. The course will also cover how to set up the slicer settings correctly.
Next comes the main part of the course, where the instructor introduces two popular 3D printing software, Simplify 3D and Cura. He covers everything you need to know about these tools from downloading them to printing your first model.
In the Finishing module, you’ll learn how to properly sand, glue, and prime your printed model. Finally, the course ends by recommending some 3D file sites and YouTube channels that you can follow to further hone your 3D printing skills.
In short, if you already know how to model 3D objects, but haven’t touched a printer before, this is the only course you’ll need to print your first model. Overall, this course is well worth the investment with 5.5 hours of video content, a certificate of completion, and additional downloadable resources.
3. Additive Manufacturing: Troubleshooting 3D Prints
Whether you have experience with 3D printing or are just starting out, taking this course is beneficial. The primary focus of the course is troubleshooting problems encountered during the 3D printing process.
The course consists of four modules, each focusing on a particular issue. This first module explains why your 3D print isn’t sticking, what to do when the printer is under extrusion or over extrusion, and why the final printed part sometimes has the wrong dimensions or geometry.
The second module discusses filament and extruder issues in detail. The third one revolves around tips on how to print thin-walled, long and thin objects, increasing print strength by varying their orientations and print surfaces with curves and holes. The final module focuses on identifying and resolving software related problems.
