The engineer designs an engine
Dear girls,
Using simple tools such as a cork, enamelled copper wire, a battery and a magnet, we are going to make an electric motor.
Dexterity is required and you will understand forever why a motor turns.
You can find more information here!
Robotics live - your offer in Krefeld
A day with robots at The Hochschule Niederrhein
Whether precise and fast robots, cobots working together with a human or mobile robots - on this day we look at all forms of robotics. And we will try them out, build a mobile robot together in a small team and compete to see who has built the fastest robot.
At the end of the day, we build a robot doorplate for our own children's room. This means that only the people who are wanted can get in.
Click here to register
Enamelling - Great surfaces between technology and art
What do old chamber pots, chemical reactors and modern jewellery design have in common? - A layer of enamel!
Welcome to Girls' Day, where technology meets art! Discover the fascinating world of technical enamelling and find out how you can create your own pieces of jewellery. Learn the basic techniques to create technical surfaces and artistic designs, and take your self-made piece of jewellery home with you as a lasting souvenir. Experience the spark of creativity and discover your unique way of combining art and technology!
Click here to register.
Turning old into new - hands-on plastic recycling
How is an old plastic lid turned into a new product?
On Girls' Day, pupils aged 14 and over experience first-hand how plastics recycling works - practically, creatively and technically.
In this programme, the participants make their own small product from recycled plastic. From shredding the plastic bottle caps and moulding them to the finished key fob, they experiencethe entire recycling process for themselves.
What's special:
It's not just about listening, but about doing it yourself. At the end, the participants hold a self-made product in their hands - and take away new knowledge about plastics, technology and sustainability.
Suitable for: Pupils aged 14 and over
Specialisations: Technology, sustainability, recycling, practical application
Result: A self-made key ring made from recycled plastic
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Think, Design, Create, Explore: Product Design, 3D Printing & Virtual Reality
In our workshop, exciting activities centered on 3D scanning, 3D printing (including design for 3D printing), and virtual reality take center stage.
Part 1 – Simple Design & 3D Printing
Students will receive an overview of the fundamentals of 3D printing. They will learn how to create simple 3D models. We use user-friendly software that enables participants to digitize their own creative ideas and prepare them for 3D printing.
There will be a live printing demonstration in which students can experience the entire 3D-printing process—from modeling to the physical object. This provides insight into how 3D printers work and the different steps involved in printing. Each participant will have the opportunity to create her own 3D model and, with guidance, turn it into reality.
Part 2 – 3D Scanning
Students will have the opportunity to try out different 3D scanners and independently scan small objects. This allows them to actively experience and understand the 3D scanning process. After scanning, the focus will be on editing the captured 3D data. Participants will learn how to integrate their scanned models into creative projects and how the objects can be produced using 3D printing.
Part 3 – Virtual Reality
Alternatively, students will receive an introduction to the fascinating world of virtual reality (VR). We will explain how VR headsets work, what they are used for, and how they are revolutionizing the experience of digital worlds. Participants will have the opportunity to use a VR headset to design products independently in a virtual environment and experience the product design of tomorrow.
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From the Classroom to the Racetrack: Formula Student Up Close
Girls’ Day with the Formula Student Team
On Girls’ Day, we give students a hands-on insight into our Formula Student project. As an interdisciplinary university team, we develop, design, and manufacture our own race car, with which we compete internationally.
In addition to introducing our technical areas—such as design, aerodynamics, electrical engineering, chassis, and project management—hands-on activities are the main focus: participants can change a tire themselves and try out our racing simulator.
This gives them a close-up look at how teamwork, technology, and motorsport come together—and an authentic insight into the world of engineering.
Click here to register!