Junior Engineering Academy Enabled by Deutsche Telekom Stiftung

The program is a collaboration between the non-profit organization STEM Education and the European Junior Engineer Academy network. The European Junior Engineer Academy (JEA) network was set up to promote STEM skills to young Europeans as these skills are considered essential for modern European societies.

It aims to awaken an early interest in technology-related professions and to inform junior high school students (aged 12 to 15) about the different careers and careers that an engineer can pursue.
The JEA promotes the importance of STEM training with a particular emphasis on technology.

The program was initially introduced in 99 schools in Germany.
Since 2016, the JEA program has been used to build partnerships in schools in Central, Eastern and Southeastern European countries.

The program is aimed at 7th and 8th grade students
It will initially be implemented in 15 Public Schools. Its future expansion is envisaged.

6th Junior High School of XanthiXanthi
4th Gymnasio (Junior High School) of Paleo Faliro
2nd Junior High School of Nea Makri
Junior High School Metamorfosis - Irakleiou

1st Junior High School Agios Ioannis RentisAttiki
1st Junior High School Rafina
2nd Junior High School of Kifissia
Junior High School of Peta - ArtaEpirus

2nd Junior High School of Evosmos (Ioannis Kakridis)
Central Macedonia
1st Junior High School of oreokastro

Central Macedonia
6th Junior High School of Thessaloniki
Central Macedonia
2nd Junior High School of Ioannina Intercultural Education
1st Ioannina Junior High School
Junior High School of Lakkopetra Achaia
Western Greece
EN.E.E.GY-L. Patron, Special Vocational High School of Patras
Western Greece
Ralleio Junior High School Pireas

Certification by the Laboratory of Biomedical Technology of the School of Electrical and Computer Engineering of NTUA (Prof. Dimitrios Koutsouris). The laboratory collaborates with EPISEY in a number of research programs.

Module 1: Simple Machines

Module 2: Simple and electric machines

Module 3: From electricity to automation

Module 4: Pilot robotic models

Module 5: Design and printing of 3D models

Module 6: Original models of automation