-
For Everyone -
For Everyone
-
2 h.
-
Srpski
3D Print Spring 2/2: Make Your Own Flower Vase
Second session of the two-part 3D printing workshop for beginners. Your personalized flower token from day one becomes part of the spring vase you assemble yourself! Through hands-on work, you’ll see how model orientation, supports, and basic settings affect print quality. This session continues the series and builds on knowledge from the previous day.
About This Workshop
When the parts become a whole
In the first workshop, you designed a personalized flower token. In the second workshop, you'll finalize the complete project — your flower finds its home! Through hands-on work, you'll see how model orientation and basic settings affect the quality and success of printing. You'll learn deeper 3D design principles: supports, orientation, and how all of this affects the functionality of the final product.What will you learn on day 2?
- How to connect the appearance of the finished object with decisions made during print preparation
- How to choose model orientation and when to use supports
- How to integrate different parts into a functional and aesthetic product
- Advanced CAD thinking: from individual components to a complete project
- How to prepare more complex models for printing and estimate duration
Why sign up?
- You'll see the complete flow — from idea, through design, to a functional object in your hands
- You leave with a spring vase featuring a flower you designed yourself
- You'll gain clear rules and confidence for future 3D projects
Note about printing
Depending on available time, vases may be printed during the workshop or after the session. If 3D printing takes longer than the workshop duration, we'll arrange pickup as soon as possible.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!Have a question?
Contact UsMore Events For You
How Does the Brain Think?
Through short experiments and experiential exercises, discover how perception, attention, and reasoning shape our everyday lives.
One Minute in Their Shoes: Everything We (Don't) Know About Autism
A workshop that combines scientific knowledge and personal experience: learn what Autism Spectrum Disorder is, how it is researched, and what daily life looks like for people with ASD — through interactive activities that put you “in their shoes.”
Mini STEM Garden 1/2: The City as a Garden – Arduino and Light Control
Discover urban gardening and Arduino technology in this hands-on workshop combining ecology and electronics. Plant microgreens and program an automatic light control system.
Mini STEM Garden 2/2: Smart Garden in Action – Automated Watering
Build a complete smart garden system with Arduino — connect soil moisture sensors, a pump, and lighting into an automated plant care system.
From Signal to Decision: How Fast Does Your Brain React?
How fast is your nervous system, really? Through live experiments with Backyard Brains equipment, measure your reaction time, test your muscles, and discover what happens inside your body in milliseconds.
Climate Crisis: Interactive Decision-Making Workshop
Interactive climate workshop where through team simulation you manage a city facing climate extremes. Make decisions, manage resources, and learn how smart and sustainable solutions are born at the intersection of science and life.
Traps of the Digital World: How to Avoid Becoming a Victim?
A workshop on recognizing risky situations, forms of human trafficking, and safe behavior online and on social media.
Inside a Blood Pressure Monitor: From Cuff to Algorithm
Look inside a blood pressure monitor — from the cuff and sensors to the algorithms that turn signals into the numbers you see on the screen.
You Are the Controller: Brain-Machine Interface Workshop
Control a robotic claw using electrical impulses from your own muscles. Through hands-on experiments with Backyard Brains Spiker:bit and The Claw, discover how brain-machine interfaces really work.