ROBBO Club
Tutor/After School Activity

ROBBO Club
ROBBO Club BY Engineering Future

411 CenterPoint, Siam Square, Bangkok, 10330

About us

ROBBO Club BY Engineering Future education guide for tuition fees, get up-to-date information academic years & programs. AllEduguide.com offers a comprehensive directory service for parents to search for schools

ROBBO CLUB, we believe in teaching robotics as art in unison with STEM Education to remake it into STREAM. ROBBO utilises MIT’s ‘Scratch’ visual programming language; this allows children as young as five-years-old to learn 21st-century skills which will equip them for a brighter future. 

ROBBO Club classes places emphasise on core subjects for children to help increase concentration and technical know-how, which will enable them to open their creative minds and encourage them to explore with their imagination. With this mindset, they attain endless possibilities such as:

•    Strengthened logical development, memory, and creativity. 
•    Developing spatial thinking and scientific imagination. 
•    Help children become more interested in primary subjects at the school. (STEM) 
•    Create interactions, help them meet new friends with the same interests. 
•    Helps train children to set goals and find solutions to succeed.

ROBBO Club includes hardware, software, and curriculum. They offer Robotics, Coding, and 3D Printing classes for kids age 5-15 years old.

ROBBO brings a new, creative and engaging way to learn the basics of programming and technology(STEM) to kids using educational robots. Robots and supporting teaching materials developed together with the Department of Teacher Education at the University of Helsinki and Finnish schools.

 

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ROBBO Club 


We believe that technology should be understood in-depth. We use open-source software and hardware, which is free to adapt and improve. ROBBO unique robotic platforms are educational tools for children to learn the basics of technology, engineering and coding (STEM).

Advanced users can dive deeper into programming utilising Arduino IDE. Learning supported by complete educational material. Our educational robots are programmed in an open-source visual programming language called RobboScratch and do not require any prior programming knowledge. They are supported by our Pedagogical Guide – a comprehensive educational tool with instructions, exercise cards and ideas for creating the ultimate learning experience.
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ROBBO Club BY Engineering Future


Robbo has developed tools that are analytically designed so that children can develop relevant problem-solving skills as they explore life from the programming perspective.

Programming course 

For children's programming courses, ROBBO Club BY Engineering Future teaches children the logic and algorithms through ROBBO Scratch programming, which is selected for each age. Robbo's teaching processes, children will learn Ardublock, Arduino IDE, and AppInventor, after which they have a good logical basis, ready to move to a more sophisticated language by nature.


3D Modeling Course 

ROBBO Club BY Engineering Future teaches children how to build their own robots through their own writing and sprints through 3D Printer as a prototype of future inventions.

Robotic Courses at the ROBBO Club

Not only do children "play" with robots, but they learn the principles of the mechanism. Electrical design and connection allow children to design robots and operate through almost any opensource program.

Two different types of Robbo are currently available to help untangle the coding process: 'laboratory' and 'robot package.' The former is self-contained, with the latter more flexible, allowing the children to use sensors to create their own robot.

They have two development lines, "The one is programming and the other engineering. When children have enough physics knowledge, they will start building structures for themselves. Children are intuitive; they have their own logic which works fast and need no guidance.

 
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Basic equipment ROBBO 

 ROBBO Robot kit

  • The Robot kit is a comprehensive robot construction kit with five simple magnetic-mount sensors and led light.
  • By mixing and combining sensors children can replicate any technology that surrounds you, from smartphone to refrigerator.
  • The Robot kit combines science with an unlimited amount of creativity.
  • For children from 5 to 15 years

 

 Robbo Lab

  • The lab is a very easy robot to enter the world of technology.
  • This robot is not able to move on its own, however, it can bring you closer to understanding such phenomena as e.g. sunlight and sound. The Lab is a fun way of experimenting while combining numeric values, physics, robotics and programming.
  • For children from 5 to 15 years.

 Robbo Circuit Design Kit
 
  • A set of 100 electronic components in a convenient case, connected via a solderless breadboard to the Arduino micro-controller for 40+ educational projects in teaching the basics of electronics.
  • Children can compile more than 40 training projects, from the list of details of the kit No. 1, including “Smart Home” technology as part of the studying of the “Processing environment”.

 Robbo 3D Printer
 
  • Own developed 3D-printer.
  • Kids can create parts of robots to create and further programming in accordance with the training plan.
  • For children from 7 to 15 years.
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Curriculum program of ROBBO CLUB programming, robotics, and 3D-printing school.

5-6 years. Game Robotics. First year*

Training block

Number of classes in the module (40 min)

Necessary equipment

Description

"Robbo-fairy tale" on RobboJunior

35

PC/Laptops, ROBBO Robot kit

Education programming and basic algorithms on RobboJunior language, the first acquaintance with ROBBO Robot kit and programming the movement of the Robot.

Skills: Basic Algorithmics, PC Basics, Logical and Creative Thinking

3D modeling

10

3D pens and PC / laptops, Internet access

Introduction to the three-dimensional world with a 3D pen. making of creative models using 3D pens.

Skills: Spatial thinking, the first concepts of the geometry of bodies, the development of fine motor skills and hard-working.

Engineering

10

Steel designer kit

Why does the machine move? How to make a house that does not fall. The study of simple structures and mechanisms through a metal designer.

Skills: The development of fine motor skills, spatial thinking, the development of creative and logical potential in creating mechanisms.

Playful circuitry

5

A set of components, PC / laptops

Unique, simple, and very entertaining classes in which children learn how to create devices using circuitry kit and parts printed on a 3D printer.

Skills: The development of logic through the creation of circuits, the development of fine motor skills.

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7-11 years. Basic Robotics, First Year *

Training block

Number of classes in the module (90 min)

Necessary equipment

Description

RobboScrach Programming

2

Laptops / PC

Training in programming and basic algorithms in RobboScrach. Using variables, loops, and conditional statements, creating a game.

Skills: Logic, strengthening the foundations of algorithms, arithmetic.

ROBBO Lab

5

Laptops / PC

ROBBO Lab

ROBBO temperature sensors and "crocodile” clips

Programming a unique ROBBO Lab, consisting of sensors, buttons, and a lever. Smart Home programming based on ROBBO Lab sensors.

Skills: Variables, cycles, conditional operators, working with data from sensors, selection of coefficients depending on environmental conditions.

ROBBO Robot kit

8

Laptops / PC

ROBBO Robot Kit

Programming robots, working with sensors, passing lines, and going through mazes, many unique and unusual tasks for the Robot and humans.

Skills: Variables, cyclic, conditional operators, work with data from sensors, selection of coefficients depending on environmental conditions, the passage of routes using sensors.

Circuitry

5

An “Expert“set. 320 schemes

Circuitry and its basic concepts, assembly of circuits based on a set of “Expert".

Skills:  LED concept, resistor, battery, circuit, electricity, safety regulations. The development of assiduity and consistent thinking, logic, fine motor skills.

3D modeling

5

Laptops / PC

ROBBO 3D printer, Internet Access

Advanced work in the TinkerCad editor and the creation of independent unique projects and their printing. The first idea of 3D as a profession, different areas of modelling.

Skills: Spatial thinking, basic concepts about the geometry of bodies.

Mechanics

5

Laptops / PC

ROBBO 3D printer

Studying the basic principles of mechanics based on a printed design. The concept of a simple mechanism and its basic properties.

Skills: The development of fine motor skills, spatial thinking, the development of creative and logical potential in the creation of mechanisms, the physical understanding of mechanics and mechanisms.

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12-15 years. Basic Robotics. First year

Training block

Number of classes in the module (90 min)

Necessary equipment

Description

RobboScrach Programming

2

Laptops / PC

Training in programming and advanced algorithms in RobboScrach. Using custom blocks, complex loops, and conditional statements.

Skills: Logic, straightening of advanced algorithms, arithmetic.

ROBBO Lab

5

Laptops / PC

ROBBO Lab

ROBBO temperature sensors and "crocodile” clips

New algorithms for programming Smart Home, Smart Greenhouse and Smart Farm. The principles of creating “smart” buildings on the example of the ROBBO Lab.

Skills: Variables, cycles, conditional operators, working with data from sensors, selection of coefficients depending on environmental conditions.

ROBBO Robot kit

8

Laptops / PC

ROBBO Robot kit

Programming and in-depth work of the ROBBO Robot kit, in-depth work with sensors, the passage of the line and the maze, new programming methods, in-depth study of tracks for racing, the ability to program the robot using text programming.

Skills: Advanced algorithms, passing complex tracks, understanding the essence of robot competitions, creative thinking.

Circuitry

6

ROBBO circuit design kit

Work with electric circuits, the basics of circuitry, work with ROBBO circuit design kit and a microcontroller. A combination of programming and circuitry.

Skills: LED concept, resistor, battery, circuit, electricity, safety regulations. The development of perseverance and consistent thinking, logic, fine motor skills. Text programming

3D modeling

5

Laptops / PC

ROBBO 3D printer

Basic work in the FreeCad editor and the creation of independent unique projects as well as their printing.

Skills: Spatial thinking, advanced concepts about the geometry of bodies, work with professional 3D modelling tools.

Mechanics

4

Laptops / PC

ROBBO 3D printer

The study of simple mechanisms based on a printed design. Basic physics of mechanical processes.

Skills: The development of fine motor skills, spatial thinking, the development of creative and logical potential in the creation of mechanisms, the physical understanding of mechanics and mechanisms.

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ROBBO Club BY Engineering Future (Thailand)

Locate at : 411 CenterPoint, Siam Square Bangkok, Thailand 10300 or reach us Via Phone 020266339 or Email us

Gallery

Keywords

EN Language

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TH Language

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