The Garage curriculum is built on four pillars:

Knowledge of the 21st Century: Providing relevant education for a changing world.

Development: Evolving programs that ensure continuous learning and growth.

Targeting: Designing lessons with specific learning objectives for clarity.

Relevance: Connecting different fields through practical, interdisciplinary activities.

Garage focuses on high-quality education, adapting to students' needs, and fostering real-life connections.

Classes

You can enroll for a free demo lesson.

5-7 years old

Robotics – Engineering – Mathematics, with the most attractive educational technology

Beebot – Bluebot – Dash & Dot – Simple Machines – WizeFloor

– They are taught programming environments, to understand how coding works and simulate an algorithm.

– They learn to operate and program a robot using simple commands.

– They learn principles of Engineering by creating simple constructions.

– They reinforce math concepts through interactive games.

7-9 years old

Robotics – Engineering – Mathematics, with the most attractive educational technology:

Beebot – Bluebot – Dash & Dot – WeDo- Simple Machines – Knex – Tinkerplay – WizeFloor

-They expand their understanding of coding and simulate algorithms

-They get familiar with programming in imaginative ways

They learn principles of Science, Engineering, Forces, movement, friction, size measurements, laws of energy, operation of machines

-Through interactive educational games they advance their mathematical thinking and knowledge: algebra, concepts of geometry, problem analysis and synthesis.

-They build, operate and program robots, starting with basic commands and then with more complex functions.

10-12 years old 

Robotics for 10-12-year-olds, depending on their personal skills and interests, will open the gates to 2 exciting scientific worlds: that of Robotics and Programming and/or Engineering and 3D Design.

1. Robotics & Programming

using the exciting educational technology of Dash & Dot – WeDo – Scratch – EV3 – Osmo – WizeFloor.

For those who want to go beyond the basic skills and become familiar with more complex tasks. Using innovative, award-winning educational tools within a friendly technological framework, and learning experiences enriched by imagination, exploration and originality, children learn to:

– program and control a robot by giving them the role of their choice

– program and design their own complex automated systems

– master through empirical practice the principles of Programming

– enrich school-taught math knowledge and expand their natural talents in a modern, interactive, technology-based environment.

2. Engineering & 3D Design

using the attractive educational technology of 3D Printing and SolidWorks design program, the best software used in the industry today!

But also, with simple, useful tools such as rulers, X-Acto blades and calipers.

Also, Lego and Laser Cut pieces which excite! For children who want to create from scratch, who have design ideas and the willingness to make them come alive. With exclusive and state-of-the art technologies, artistic sensibility and fun, children learn to:

– approach and utilize the basic principles of Mechanical Engineering and Electricity

– gain knowledge about Electronics and Architectural

– experience the principles of Engineering

– become familiar with Renewable Energy Sources and Engineering

– exercise their creativity by learning design, from CAD to Industrial Design

– implement their thoughts, whether they are a simple functional object or an industrial-sized one

– live the experience of 3D Printing and see their own design work completed

12+ years old 

1. Robotics & Programming Masters

The course is divided into 4 2-month terms during which the children learn:

to program and control complex robots

to program and design complex automated systems

to understand experientially the optimal programming solution in a modern environment

During each lesson, the children work in groups of 3-4 aiming at solving a specific problem, under the guidance of their teacher-coach.

The tools used during the year are the following:

Dash & Dot – WeDo – EV3 – GarageFloor

2. Engineering & 3D Design Masters

The course is divided into 4 2-month terms during which the children learn:

the basic principles of design

to design functional objects – industrial design

to experientially understand the basic principles of engineering

to experiential understand the principles of design through the 3D printing of their own design

During each lesson, the children work in groups of 3-4 aiming at solving a specific problem, under the guidance of their teacher-coach.

The tools used during the year are the following:

Knex – Powered Machines – 3D Model – 3D Design – 3D Printing – WizeFloor

Program

An educational year (9 months) structured into themed units.

Duration 70 minutes / once a week

Maximum number of children: 12

The Garage offers advanced programming and engineering classes for students. The Masters Plus Programming course focuses on Python programming, while the Masters Plus Engineering course explores mechatronics and SolidWorks. Students develop skills in microcontroller programming, computational thinking, and application development. Prerequisites apply.

Educational Centers:

Konitsis 3, Kifissia

Athens, 14561

L. 210 620 8709

M. 694 310 3057

Monday to Friday: 10.00-21.00

Saturday: 09.00-15.00

E. kifisia@garage.edu.gr

Saturday: 10.00-17.00

Dimarchos Angelos Metaxas 12

& Phoebe

Athens, 16674

L. 210 894 2758

M. 697 956 6101

Monday to Friday: 10.00-20.00

Saturday: 09.00-15.00

E. glyphada@garage.edu.gr

March 25 & El. Venizelou,

Dove

Athens, 12131

M. 698 229 4084

L. 210 572 3441

Monday to Friday: 10.00-20.00

Saturday: 09.00-15.00

E. peristeri@garage.edu.gr

19 Perikleous Stavrou, 1st Floor,

Chalkida

Evia, 34100

M. 693 678 1880

L. 222 118 1588

Monday to Friday: 14.00-20.00

Saturday: 09.00-14.30

E. chalkida@garage.edu.gr