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e2 Romandie,

Young Engineers –  Romandie

 BIG BUILDERS

this unique Big Builders education program for preschool develops children’s tactile, motor, and spatial skills while teaching science and engineering principles using K’nex®. These programs are conducted in small group settings to ensure that each engineer gains the intended knowledge and experience.

Average lesson duration: 45 minutes

Suitable for ages: 4 – 6 years (Pre-school)

Program Subjects Include

    • Physics Principles:Basic principles such as balance and buoyancy
    • Animal Kingdom:Various animals – domestic and wild
    • Biology:Natural pest control, pollination and symbiosis
    • The Universe:Space, Earth and the Solar System
    • Geometry:Characteristics of basic geometric shapes
    • Transportation and Traffic Safety:Understanding different types of   vehicles including motorcycles, trucks, cars and boats.

    e² Young Engineers believes that children best absorb the subjects   taught in each lesson through play, utilizing unique K’NEX® models designed by our staff.

     

Big Builders Values

    • Develops motor skills
    • Develops social interaction skills
    • Develops self-expression ability
    • Encourages creative thinking at the “Improvements and Inventions” stage
    • Expands horizons and provides broad knowledge on wildlife, transportation, space as well as natural phenomena and basic physics laws
    • In addition to those skills, the program’s instructors will strengthen the participants’ self-confidence and their social belonging skills.

     

Build and Investigate

    • Models of basic geometric shapes
    • Amusement park rides
    • Various vehicles
    • Various animals
    • Solar system structure

LEGO CHALLENGE Education Program

our most popular education program introduces elementary school children (grades 1- 5) to the basic principles of mathematics, science and engineering. By integrating the basic arithmetic learned in school with an intuitive active learning process, children grasp a better understanding of the fundamentals of physics.

Suitable for: 1st – 5th Grade

Average lesson duration: 75 minutes

young engineers conveyer

The Main Goal and Idea behind the program

  • The main goal of Young Engineers educational programs is to provide theoretical and practical knowledge on basic principles in mathematics, science and engineering using motorized LEGO® bricks and other methods that produce motion.The main idea of Young Engineers LEGO® Bricks Challenge is learning the subjects through stories and demonstrations. The highlight of each lesson is the building stage of a model that demonstrates the lesson’s subject using LEGO® bricks and Technic LEGO®. Each participant receives our unique Young Engineers kit which has been designed and manufactured especially for this purpose.

Program Subjects Include

    • Basic and complex mathematics: Instructors teach basic math, from addition and subtraction to exponents.
    • Famous scientific and philosophical figures: Archimedes, Sir Isaac Newton, Einstein, and more.
    • Powers and principles in physics:Centrifugal and centripetal forces, the power of inertia, potential energy, kinetic energy, action and reaction law, buoyancy, torques, fulcrum, load division, angular momentum, and more.

     

Challenge Values

    • Develops motor skills
    • Encourages creative thinking
    • Develops the ability of analyzing engineering process
    • Strengthens social aptitude and develops communication and teamwork ability
    • Expands horizons and general knowledge in physics and various natural phenomena

     

Building and Investigating

    • Amusement park rides
    • Aircraft
    • Transportation vehicles
    • Cranes
    • Elevators

 

GALILEGO Education Program

Young Engineers LEGO Kit

The GaliLEGO program investigates mechanical systems from a real engineer’s point of view. The program focuses on finding solutions using teamwork in order to build complex machines. Children will explore the mechanical, mathematical and physical aspects of machinery and the logic process that goes into building them.

Suitable for: 5th–9th grade OR Young Engineers’ LEGO Challenge graduates

Average lesson duration: 75 minutes

The Values and Goals

The main goal of the GaliLEGO education program is to provide children with theoretical knowledge on the basic principles of mathematics, science and engineering using motorized LEGO® and other methods that produce motion. The program also aims to train children to solve practical riddles. The highlight of each lesson is the building stage of a model that demonstrates the lesson’s subject using LEGO® bricks. Each participant receives our unique Young Engineers kit which has been designed and manufactured especially for this purpose.

Program Subjects Include

Basic and complex mathematics: instructors teach basic math, from addition and subtraction to exponents.

Powers and principles in physics: centrifugal and centripetal forces, the power of inertia, potential energy, kinetic energy, action and reaction law, buoyancy, torques, fulcrum, load division, angular momentum, and more.Archimedes, Sir Isaac Newton, Einstein, and more.

GaliEGO Values

  • Develops motor skills
  • Encourages creative thinking
  • Develops the ability to analyze engineering process
  • Expands horizons and general knowledge in physics and various natural phenomena
  • Builds self-confidence and the sense of capability
  • Strengthens social aptitude
  • Develops communication and teamwork ability

 

Building and Investigating

  • pneumatic tools
  • Various launchers
  • Construction equipment
  • Amusement park rides
  • Various animals
  • Marble runs
  • Various vehicles Building
  • Models related to holidays
  • Other complex machines that require high skills and teamwork ability

More details about YE programs can be found on the YE USA website

Robotics Education Program

The Robotics & Software education program provides theoretical knowledge in software and mechanical engineering combined with mathematics and physics. The program includes real-life practical software programming and the Young Engineers Edutainment approach, which combines learning with playing.

In each lesson, the children build a model using LEGO® bricks and components that demonstrates the lesson’s subject. Each group receives a unique kit which is designed and manufactured especially for this purpose as well as programmatic interface tools, including NXT Intelligent bricks, sensors and servo motors. A new subject will be taught every lesson and will take the children several steps toward understanding and using the scientific-engineering solution learned during the session.

Suitable for: 7th – 12th Grade

Average lesson duration: 90 minutes

 

The Main Goal and Idea

  • Investigating machines from a real engineer’s point of view
  • OOP – Object Oriented Programming
  • Focusing on mechanical software design, using teamwork
  • Investigating the machine’s programmatic mechanisms required to operate it, using mathematics and physics
  • Finding solutions for programmatic-mechanical optimization problems

 

Program Subjects Include

  • Software Engineering:Commands, Terms Loops, Planning methods, Dynamic programming, Applied mathematics, Efficiency, Interfacing
  • Mechanical Engineering:Complex arithmetic, Forces and laws of physics

 

Robotics Values

  • Develops procedural logical thinking
  • Develops the ability to cope malfunctions
  • Develops mathematical thinking
  • Develops programming skills
  • Develops motor skills
  • Encourages creative thinking
  • Develops engineering processes analytic skills
  • Strengthens social aptitude, self-confidence and a sense of capability

 

Building and Investigating

  • Robots that perform various actions
  • Variety of animals
  • Amusement park rides
  • Construction equipment
  • Various vehicles
  • Other exciting machines that expand the children’s imagination

Statistical Overview

After extensive testing, it has been statistically proven that children participating in e² Young Engineers enrichment programs achieve high grades within all scientific subjects taught at school.

It has also been proven that elementary school students who join Young Engineers community obtain the mathematical knowledge required to succeed when tackling the more complex scientific curricula taught at middle and high schools.

Checkout The Statistical Report

These tests have been conducted by the

Center for Cooperation and Advancement (CCA)