The BeMakerAtSchool project aims to introduce maker philosophy in schools. The two main lines of the project are: robotics and BioDiY.

BioDiY or Biomaker manufacturing aims to offer secondary schools in Europe a “Low Cost” alternative to DIY (Do It Yourself) laboratory equipment using maker technology.

Here we present our results in the form of guidance documents

In these guidance documents we present the indications necessary to be able to build or develop the devices and activities in any secondary school.

In this guide we will present the necessary indications to be able to construct a microscope adapter in any high school in Europe.BioDiY or Biomaker manufacturing aims to offer secondary schools in Europe a “Low Cost” alternative to DIY (Do It Yourself) laboratory equipment using maker technology.
In this guide we will give you the steps to build a magnetic stirrer at any secondary school in Europe.
BioDiY or Biomaker manufacturing aims to offer secondary schools in Europe a “Low Cost” alternative to DIY (Do It Yourself) laboratory equipment using maker technology.
In this guide we will give you the nessesary indications to be able to build a low cost centrifuge at any European secondary school.
BioDiY or Biomaker manufacturing aims to offer secondary schools in Europe a “Low Cost” alternative to DIY (Do It Yourself) laboratory equipment using maker technology.

Robobo ChallengesBioDiY or Biomaker manufacturing aims to offer secondary schools in Europe a “Low Cost” alternative to DIY (Do It Yourself) laboratory equipment using maker technology.

The objective of microalgae cultivation is to know the characteristics of growth, the methods of culture and the precise material for monitoring a microbiological culture inócuo for those who are starting in the BioDIY.BioDiY or Biomaker manufacturing aims to offer secondary schools in Europe a “Low Cost” alternative to DIY (Do It Yourself) laboratory equipment using maker technology.