From a blank screen to a flower in your hands
Spring is the perfect moment to open 3D design software for the first time. In this workshop, you won't be learning abstract principles — you'll immediately make something concrete and beautiful: a small personalized flower token to take home.
We start with a quick trial example so you can immediately see what the entire process looks like from idea to print. Then everyone designs their own
flower token — the shape, details, and personalization are up to you. Your token isn't just an exercise: it becomes a functional part of the spring vase you'll assemble in the second workshop!
In the second session, you'll finalize the complete project.
What will you learn on day 1?
- FDM 3D printing basics (short and clear): what the printer does, what filament is, and how an object is created layer by layer.
- The complete process live: modeling → export → slicing → print preparation.
- Working in Fusion 360: using basic tools to create a flower shape with personal details.
- Design rules for reliable printing: how to create a model that prints quickly and stably.
- Your project: design a personalized flower token that will be part of your spring vase.
Important: This is a
two-part workshop. Please register and attend
both sessions (March 18th and 19th) to complete the full project and take your spring vase home.
Why sign up?
- For beginners: no prior knowledge of CAD or 3D printing required — everything starts from scratch.
- Concrete result: you leave with knowledge and a file ready to print, and pick up the finished object at the next workshop.
- Practical and clear: you'll see the entire workflow — from idea to 3D print.
How will projects be printed?
We'll start printing at the first workshop. If some objects aren't finished by the end of the session, you'll pick them up the next day.
To keep things faster and more reliable, we'll print in
one filament color, chosen by a quick vote at the start.
About the instructor
The workshop is led by
Miloš Rašić, M.Sc. in Electrical Engineering and Computer Science. With a focus on robotics and biotech, Miloš bridges the worlds of hardware and software to help participants understand the development process of advanced technological products. Through extensive experience working with industrial drones, robotic systems, and telemedicine, he demonstrates how engineering theory translates into functional innovations — and now, into spring decorations!
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