pib goes to school

⦾ Supporting young talents in STEM fields

⦾ Communicating future topics in a practical way

⦾ Build, understand and develop pib further

⦾ Learning everything about 3D printing and robotics

pib goes to school

⦾ Supporting young talents in STEM fields

⦾ Communicating future topics in a practical way

⦾ Build, understand and develop pib further

⦾ Learning everything about 3D printing and robotics

Robotics at school made easy with pib

It has rarely been easier to get young people excited about STEM fields

What is pib@school?

pib stands for printable intelligent bot and is a humanoid robot from the 3D printer that anyone can build themselves. pib@school is an innovative learning platform for robotics, 3D printing and artificial intelligence.

Who is pib@school for?

pib@school offers schools throughout Germany the chance to build and operate their own humanoid robot – and even make it smart!

How does pib@school work?

Whether as a research project, elective subject or companion in the classroom – with pib, students can gain practical and first-hand experience of the topics of robotics, 3D printing and artificial intelligence and become sustainably enthusiastic about STEM professions.

“pib inspires our students and teachers alike. A great
addition for our school to experience future technologies.”

Carsten Böckl, Headmaster Hans-Sachs-Gymnasium Nuremberg

pib@school in a nutshell

pib building process

pib@school in a nutshell

Why pib@school?

Future topics robotics, AI and 3D printing

Practical and exciting knowledge transfer

Get to know realistic fields of work and processes

Creating STEM enthusiasm

Contemporary learning of future disciplines

Reference project for image and advertising

Support and integration of pib.rocks

Become part of an open source project

Soft skills training

Why pib@school?

Future topics robotics, AI and 3D printing

Practical and exciting knowledge transfer

Get to know realistic fields of work and processes

Contemporary learning of future disciplines

Reference project for image and advertising

Creating STEM enthusiasm

Soft skills training

Support and integration of pib.rocks

Become part of an open source project

Service packages for pib@school

We offer several packages to bring robotics to your school

pib.Box

pib.Box StarterSet

The pib.Box is a complete kit with all electronic, metal and motor components needed to build pib.

This package is suitable for those who already have basic knowledge. With the pib.Box and the printed parts, you can get started right away and build your humanoid robot on your own.

€ 1.900

pib.School

pib.Box StarterSet

You still need tips or support with printing parts? Then pib.School is the right package for you. It consists of the pib.Box

+ 50h print support
+ 5h individual support
+ Guide for teachers
+ 5 tool pins
+ overview poster

€ 2.800

pib.KnowHow

For all teachers who are still learning about teaching robotics at school, we offer training in the areas of:

– 3D printing
– CAD
– AI
– Machine Learning

Upon request

You are interested?

Then get in touch with Christopher:

Tel.: +49 176 44203602
E-Mail: christopher.kobiela@isento.de

Want more info?

Read here how our pilot project of pib@school started at the Hans-Sachs-Gymnasium in Nuremberg.

Here you can download our flyer with all information about pib@school.

pib brings robotics & AI into the classroom

Promoting young talents is a big goal for us and starts early – unfortunately, schools and teachers are often left to their own when it comes to future-oriented topics such as robotics and AI. There is a lack of know-how, impulses or simply time to get deeper into these topics. With our initiative pib@school, we are making a contribution to introducing students to the topics of robotics and AI early and in a playful way. We want to help break down fears of contact and create enthusiasm for the MINT sector.

Through the different packages, depending on the initial situation, each school can take on these topics and combine the theoretical lessons with practical elements. Whether elective subject or in regular lessons: At the end of the project, the students have not only built their own robot, but also gained important know-how in 3D printing, mechanics and artificial intelligence.