
Learn the basics of FDM 3D printing through step-by-step guidance from an engineer, including using 3D printing software and printing objects for free to materialize your own prototypes.
Discover how 3d printing enables rapid prototyping, movable parts, and one-piece assemblies through art, education, and engineering examples. See lifting jacks, prostheses, and wood-filament textures to spark hands-on learning.
Learn how fused deposition modeling works: a hot end melts filament, deposits layer by layer on a heated bed, with notes on materials, bed adhesion, and dual extruders.
Explore buying advice for FDM printers under six hundred dollars, with the SR 10 series as an entry point, and learn about essential accessories, filament options, and printer provider services.
Assemble the S.R. 10 using the manufacturer's video, then manually level the warm nozzle and bed (210°C/60°C) with a feeler gauge or paper, and follow safety guidelines before printing.
Start your first CR-10 print by loading filament, using SD card or USB, and printing a lucky cat, while leveling the bed and ensuring proper bed adhesion.
Explore essential 3D printing file formats and slicing software, including geocode format, FCL, and the slicer workflow, with Cura as a beginner-friendly option and Thingiverse licensing.
Learn to edit and repair SDL files using meshmixer, set up a 3d printer, position and orient parts like a carabiner clip, inspect for defects, and export for Cura.
Configure Cura for your 3D printer, select printer settings and profiles, and set layer thickness, fill, and plate adhesion. Generate the G-code and save it for printing.
Print upgrade parts for the 3D printer and learn part placement in Cura, including stabilizing the heating bed cable, four bed adjustment wheels, and improved z-axis mounts.
Load and multiply the adjustment wheel in Cura, optimize orientation to reduce supports, set layer height to 0.2 mm and 25% infill, then generate the g-code and save.
Learn to prepare a low-poly dog sculpture for 3d printing, generate and optimize support structures in cura, and manage bed adhesion and material options for easy removal.
Explore Cura’s hollowing feature to turn a model into a hollow honeycomb vase with a single wall, using spiral outer contours and layer view.
Experiment with multiple fill patterns in Cura using 20 mm test cubes, applying per-object fill settings, slicing, and viewing layer details to compare print time and structural reinforcement.
Apply final slicing tips by tweaking layer thickness, printing speed, wall thickness, layer count, and smoothing function to balance surface quality and print time, then save profiles for reuse.
Explore a range of 3d printing materials—from Pele, PTG, and flexible TP to wood, metal powder, and carbon-fiber filaments—while noting printing ease, odor, and recycling options.
Tighten bolts and recalibrate the bed after 10–20 prints or adhesion issues. Clean the nozzle and bed; weigh filament to plan, and note Cura shows the print weight.
Identify common 3D printing errors and apply fixes, from bed leveling and nozzle distance to extrusion accuracy, temperature tuning, adhesion techniques, and warping prevention.
Discover an affordable 3d scanning method using a smartphone app and grid pattern to capture objects by moving around them, filling a half-sphere, with saves costing about one dollar.
Conclude the 3D printing workshop by encouraging hands-on practice with your 3D printer, exploring ideas on community platforms like thingverse, and inviting friends to review the course.
Learn 3D Printing from an Engineer | The Practical Guide for Beginners
Are you interested in 3D printing and looking for a practical and compact entry-level course, but don't feel like reading or searching for information?
Then this course is well suited for you! In this workshop you will learn all the basics you need to know in order to operate a 3D printer and create your own 3D printed objects. Start now with this professional, descriptive and step-by-step 3D printing tutorial, made by an engineer!
Benefits of this Workshop at a Glance:
Step-by-step explanations for using hardware and software.
Learn all the basics of 3D printing with the guidance of an engineer and experienced user. Get started quickly and easily.
Easy to understand explanations of the topic. Ideal for beginners and intermediates.
Nowadays, 3D printers are also affordable for home users! This workshop includes a purchase guide to get you started with 3D printing at an affordable price (less than 400-600$).
Comprehensible and thus straight to the point: Total running time approx. 80 minutes
FAQ's about the course:
What do I learn in 3D Printing 101?
The workshop includes everything you need to know to get started in the world of FDM 3D printing and its applications. From a purchase advice to how to use the necessary software and a 3D printer. There are also chapters on materials, troubleshooting and 3D scanning waiting for you. All necessary hardware and software for 3D printing will be presented step by step and explained by printing examples (free of charge).
What do I need for the 3D printing course and how long does it take?
The workshop has a total duration of about 80 minutes (divided into several individual lessons). Of course, you are free to choose which chapters you want to watch at what time and you can also pause at any time. Ideally, you will need your own 3D printer for the workshop. A purchase advice is included in the workshop. If you do not want to buy one, alternatives are also shown (external providers). You could also use a Makerspace´s 3D Printer nearby. In this case you will also benefit from the content of this course.
How much does a 3D printer cost?
High quality 3D printers for home use are available starting at around $ 500. So 3D printing does not have to be expensive. The general price range for FDM 3D printers is approximately $ 400 - 5000.
Is the tutorial only for 3D printing beginners?
This course is generally designed for anyone interested in 3D printing or in general technology. No matter whether only for information purposes about the technology or for the application and implementation of own models. All processes are explained in detail and are presented in a way that is easy to understand. This course is also ideal for inventors, engineers, architects, artists, students, teenagers, etc.
Who will show me the 3D printing basics in this course?
The 3D printing course is taught by an engineer and experienced user in the field of 3D printing.
Is learning to 3D print difficult?
3D printing is certainly a complex subject, as the use of software and hardware must be learned. Without help, you can lose track of what's important to achieve good results. However, with this 3D printing tutorial you have all the information at your fingertips and thus always have a clear view.
Do I also learn to design my own objects?
The topic of CAD designing will be addressed very shortly in this workshop. This means that design software is presented. The process of designing itself, on the other hand, is not taught, as this would go beyond the scope of the workshop.
What can I do with a 3D printer anyway?
You have the possibility to download and print numerous (100.000+) great objects from so-called content platforms for free. A lot of useuful and functional items for your household, toys for kids, gifts for friends and other spectacular things. As a first inspiration you are welcome to watch the trailer of the workshop.
As you can see, 3D Printing is a somewhat sophisticated technology.
Let´s get started, enroll to 3D Printing 101 now and welcome the future!