Robots are true all-rounders: They explore foreign planets, play chess or soccer and help us humans in the household and at work. In our Science Camp "Robotics", you will learn how robots are built and how they work. You will have the opportunity to work with the humanoid robot Nao and gain insights into current research topics in robotics.
Contact person at the ZML
Michael Gauss
Phone: +49 721 608-48206
E-mail: michael.gauss3∂kit.edu
The robot Nao has big eyes, broad shoulders and movable arms and legs - it is modeled on humans. In small groups, you'll learn what makes a humanoid robot and how to program it. Let the Nao walk, talk, dance and much more! During the Science Camp week, you will learn to graphically program the Nao humanoid robot. At the end of the week you will also get an insight into the text-based programming language Python.
The program of the Science Camp also includes a guided tour of the institute and lunch in the KIT cafeteria.
Overview
31.10. - 04.11.2022
For youth in grades 7 - 9
The camp is free of charge.Previous knowledge is not required, the small groups will be divided accordingly. We start daily at 9 a.m., the day ends at approximately 5 p.m.
| Please note that the program may change depending on the pandemic situation. Our hygiene concept includes masks, we will provide these for participants. It is expected that the 2G principle will apply to ensure the highest possible safety for the students. |
Registration information
Maximum number of participants: 12 students
Registration takes place online via the Page of the Student Academy.
The KIT will inform you directly about the acceptance or rejection. Please transfer the fee to the Schülerakademie only afterwards!
This event is part of the project "Reallabor - Robotic AI" and is supported by the Ministry of Science, Research and the Arts Baden-Württemberg with funds from the state digitization strategy digital@bw.
- You enjoy solving tricky problems
- Mathematics does not make you immediately shy away
- You are creative and can think "around the corner" to find a solution.
Does this apply to you? Then inform yourself about computer science at KIT!
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