Programs_BZ_2-03.png
Programs_BZ_2-01.png
Programs_BZ_2-02.png
Programs_BZ_2-04.png
Programs_BZ_2-05.png
Programs_BZ_2-09.png

Elementary Schools

Grades: 3rd - 5th

Lesson duration: 90 minutes

Robo Bricks enrichment program teaches software engineering, technology, entrepreneurship and math (STEM). During each lesson, students build a robot that moves using coding. Once they finish building the robots the students are given the opportunity to develop and create computer algorithms and learn how to implement codes. Most computer programs and software are in English. We teach our students to use the correct English terms, aiding them in the development of their technical language for the field.

 

Robo Bricks students design a software and mechanical engineering project. Students present their project to potential investors (a panel of judges) and are then critiqued. This program introduces the participants to many important professional skills that they will later be able to employ in their future careers.
 

Building robots allows the students to develop the ability to create computer algorithms and learn how to implement codes. Most computer programming and software engineering are in English. We teach our students to use the correct English terms, aiding them to develop their technical language for the field.

rat.png
robo-bricks-young-engineers.png

Syllabus

The Young Engineers approach utilizes the spiral method, allowing new concepts to be taught while building on the previous programs. We always encourage newcomers and repeat previous lessons to ensure all our students are up to speed.

 

Robo Bricks introduces participants to the world of robotics through lessons of mechanical engineering. This enrichment program teaches practical software and mechanical engineering principles.

These are algorithm planning, formulation of pseudo code, flow charts, We-Do Programming, input and output implementations, loops, multi-threads, keyboard operations, sensor applications, calculation commands.

Robo Bricks Program objectives

  • Introduce algorithmic thinking

  • Learn English software engineering terminology

  • Encourage procedural thinking

  • Develop self-confidence and a sense of self-efficacy.

  • Time management through submitting final project by a given deadline

  • Improving presentation skills

  • Working in teams efficiently

  • Familiarization with computer orientation

  • Gaining information system and media literacy

  • Develop High-Order-Thinking with an emphasis on critical and creative thinking.

robo-bricks-1.png

Robo Bricks model themes:

  • Gadgets and games

  • Modern Robots to execute different tasks

RoboLego2_2.png