ACE LAB | ROBOTMEA Program

We learn design and programming in all kinds of robots… Robotmea one of our program easy and has education curriculum in different methodologies for our interesting students (Renano). The program has divided in three different levels, beginners program, proficient program and advanced program. If you are interested in understanding the integration of interdisciplinary topics which will be through enquiry, project-based learning and the ability of our students. Why? Our students would be able to learn and understand concepts practically by assembling different projects and relate it to their existing curriculum.

This course will teach our interested students (Renano) everything they need to know about Robotmea primary program which is integration of curricula (Science, Technology, Engineering, Arts and Math) as theory and technology integration as practical with the special focus on scratch programming, industrial robotics and Space.

  • Understanding of artificial intelligence.
  • Understanding the developed methodology STEAM (Science, Technology, Engineering, Arts & Maths).
  • Learning environment for nurturing a child’s mind towards rational logic.
  • Problem-solving capabilities.
  • Goal-driven attitude and sociability with a positive mindset.

In this course students (Renano) will get to know from the beginning the meaning, why we need to study robots? why we design? what is the benefit for learning Artificial Intelligence? To be more clear there is no escape from technology in the present times. we need to win and bring this technology to our life and get benefit of their future language.

Most importantly, they will be able to see and solve these environment problems will ensure every field you create and innovate will be useful, usable and valuable to the world.

By the end of this course, you’ll have an in-depth understanding of Artificial Intelligence, as well as the tools to develop a variety of their design and coding.

STEAM Innovation Activities

The course history: STEAM is short curricula of Science, Technology, Engineering, Art & Math. In the beginning we study STEM was introduced in 2001 by scientific administrators at the U.S. National Science Foundation (NSF), In 2006 (Art) knowledge was added to STEM. That encourage interesting kids (Renano) to thinking more broadly about real-world problems, and STEAM not only save the world, but it can also save our kids too by making their future bright.

let's talk about the definition of STEAM.

Science Activities here mean everything surround us in the world. we make interesting and exciting activities for kids because they are naturally curious explorers in chemistry and used recycle materials to create ideas to help our environment.

Technology Or Coding Activities in easy word we get start to programming models which is the important activities required in United Arab Emirates like as: Coding, circuits, and computers. The world of technology is our kid’s future so we have  to train our interested kids (Renano) and prepare them for tomorrow languages.

Engineering Activities is the use of scientific principles to design and build machines, structures, and other items. Our interested kids (Renano) are born builders, we encourage those early skills with some engineering activities they’ll love.

Arts Activities Our kids (Renano) loves drawing so we enhance them to draw and encourage those early skills that’s help them in the future to draw their ideas easily before getting in started. These skills also are fun in all education levels they can easily draw in piece of paper and descript their design and models.

Mathematics is an area of knowledge that includes the topics of numbers, formulas and related structures, shapes and the spaces in which they are contained, and quantities and their changes. Hands-on activities help kids internalize what they’re working on and are a lot more fun, and measurement activities.

  • It helps students ask questions, connect the dots, problem-solve, think creatively, be innovative, and be builders.
    • Ability to design models.
    • Learn everything’s in the world and what is the used of them in solving the problems.
    • Helpful standards-based learning, printable, and tools that make STEAM exploration easy for them.
    • Solving world problems by creating and innovating new ideas.
    • Getting deep in AI digital worlds.

Even if you’re a complete beginner, this year we’re going to round up some amazing projects with a focus on each of the buckets in STEAM. But don’t worry, they’re still going to be integrated projects that check off more than one bucket!

STEAM education curriculum is designing an ideal program for interested students in the 21st century is as follows:

1- Higher thinking (creativity, problem solving skill, innovation skill)
2- STEAM integrated education
3- Green hat, as it is for creative an innovation thinking and its ideas are subject to change and modification flexibly.
4- Problem solving skill

1-Used recycle materials to create ideas to help our environment.
2-Prepare our interesting students for tomorrow languages.
3-Learn design and build machines, structures, and other item.
4-Improving the early skills activities in maths and arts.
5- Easy to descript their design and ideas for everyone.

VEX IQ STEM

The course will help interested students (Renano) understand the need of computer language 2031 Challenge. They will Learn how to build design and programming Vex Robot IQ, score points, and more! They also will explore how mechanical advantage and centre of mass affect the ability to pull objects, and design the best robot for the mission!

First, robots are fun no matter the subject or the mission what is?. The process of developing coding solutions with a robot provides a relevant context for engaging the future interesting students (Renano) in the computer language. The VEX Computer Science curriculum continuum will provide the interesting students (Renano) with a fun and engaging way to learn STEAM. VEX code VR lets you code a virtual robot using a block-based coding environment powered by Scratch Blocks with new features, and more! you can bring your robots to the life and interested student will enjoy playing and learning new codes!

  • Understanding of artificial intelligence.
  • Understanding the developed methodology STEAM (Science, Technology, Engineering, Arts & Maths).
  • Learn everything’s in the world and what is the used of them in solving the problems.
  • Problem-solving capabilities by creating and innovating new ideas.
  • Goal-driven attitude and sociability with a positive mindset.
  • Helps students ask questions, connect the dots, problem-solve, think creatively, be innovative, and to be builders.
  • Ability to design models.
  •  

Even if your kids are completely beginner, this course will show you how to make a robot, design, and code. It will walk you through all of the STEAM curricula required to enhance the future skills, science, technology, engineering, arts, and math.

Improve interested students (Renano) attitudes, it is true the program help them to improve their attitudes and their positive perceptions.

Social behaviour and group work, we can help Interested students (Renano) to have a good attention in group works and together we can build, ode, and solve the real problem the world.

Computer language, by using different programming codes we can easy love it, understanding the future needs and why we have to deep diving in digital transformation. every countries are in race now and the best of these countries who will win the race and have the largest computer language programming.

By the end of this course, you’ll have an in-depth understanding of Artificial Intelligence, as well as the tools to develop a variety of their design and coding.

Scratch-Ev3 Series

It is the new updating coding community for interested students (Renano) and a coding language with a simple and similar to previous version of ev3 Mindstorms visual, you can create digital stories, games, and animations. Scratch is designed, developed, and moderated by the Scratch Foundation.

The EV3 Intelligent Brick, a powerful small computer consists of: 1 EV3 programmable brick, 2 Large Motors, 1 Medium Motor, 2 Touch Sensors, 1 Color Sensor, 1 Gyroscopic Sensor, 1 Ultrasonic Sensor, cables, USB cable, 1 Rechargeable battery and TECHNIC elements.

Robots building and programming has become an important and required part in the markets and one of the most important jobs adopted by the United Arab Emirates, so we have taken upon ourselves to train our interested students (Renano) and prepare them for the challenges of an increasingly digital world. learning inspire interest in Science, Technology,  Engineering, Arts, and Maths (STEAM). Together with teachers, we enable them to succeed and thrive in their educational pursuits and prepare them for the challenges of an increasingly digital world.

  • Understanding of artificial intelligence.
  • Understanding the developed methodology STEAM (Science, Technology, Engineering, Arts & Maths).
  • Ability to design models.
  • Learn how to program and each tools how to used in best used.
  • Possible with a small interest to double the encoder’s resolution.
  • Enhancement allows for smoother rotation at low speed and better position control.
  • Scratch promotes thinking and problem solving skills; creative teaching and learning; self-expression and collaboration; and equity in computing.
  •  

Even if our kids are completely beginner, this course will show you how to build physical lab experience. Lego Scratch EV3 is a set that lets you build and program five starter robot models. Help the robot to move and communicate with us in fun leaning class.

The LEGO Spike and EV3 robot design an ideal program for school students in the 21st century is as follows:
1- Higher thinking (creativity, problem solving skill, innovation skill)
2- STEAM integrated education
3- Design and programming skill
4- Problem solving skill

let’s talk what our interested (Renano)Students will learn
1-Mastering the most important basics of programming
2-Programming features control template
3-Learn about the features of motors, sensors, step by step
4-Controlling the programming and giving commands
5- Link between motion templates, impact control templates.

Mindstorms Ev3 series

The course history… is the third generation robotics kit in Lego’s Mindstorms line. It is the successor to the second generation Lego kits. The “EV” designation refers to the “evolution” of the Mindstorms product line. “3” refers to the fact that it is the third generation of computer modules. It was officially announced on January 4, 2013 and was released in stores on September 1, 2013.

The Education EV3 Core Set (45544) set consists of: 1 EV3 programmable brick, 2 Large Motors, 1 Medium Motor, 2 Touch Sensors, 1 Color Sensor, 1 Gyroscopic Sensor, 1 Ultrasonic Sensor, cables, USB cable, 1 Rechargeable battery and TECHNIC elements.

Robots building and programming has become an important and required part in the markets and one of the most important jobs adopted by the United Arab Emirates, so we have taken upon ourselves to train our interesting kids (Renano) we should prepare them for tomorrow languages ​​of computer and robotics engineering.

  • Ability to design models.
  • Learn how to program and each tools how to used in best used.
  • Possible with a small interest to double the encoder’s resolution.
  • Enhancement allows for smoother rotation at low speed and better position control.
  • EV3 software can be used to program the NXT, but some extra programming-blocks must be downloaded.

Even if our kids are completely beginner, this course will show you how to build physical and online lab experience. Lego Mindstorms EV3 is a set that lets you build and program five starter robot models. Help the robot to move and communicate with us in fun leaning class.

The LEGO Mindstorms robot design an ideal program for school students in the 21st century is as follows:
1- Higher thinking (creativity, problem solving skill, innovation skill)
2- STREAM integrated education
3- Design and programming skill
4- Problem solving skill

1-Mastering the most important basics of programming
2-Programming features control template
3-Learn about the features of motors, sensors, step by step
4-Controlling the programming and giving commands
5- Link between motion templates, impact control templates.

Lego Digital Designer

Why we should lean robotics and for what reason? we believe without leaning future language we will not reach the innovation and improve our dignified living life. We struggle to get kids interested in this area. Robotics matches the new digital transformation curriculum strongly supported by the UAE government sector. We understand that moving to digital world is must, an event of historical impact and challenging what I knew and what my youth need to focus on.

Lego Digital Design is one of the most important robotics design programs – LEGO, one of the latest releases of LEGO, to make it easier for students to be interested in design and engineering to enter the world of digital, that’s building the robotic model they need and training on it.

If our kids are completely Lego Digital Designer beginner, this course will show you how to make a Robot models, attractive and entertainment. It will walk you through all of the steps required to enhance the STEAM skills, content, and design.

You will be able to participate in robots AI competitions, present your models project easily and confidently, it is just a begging to start your work and understand before jumping in to the physical  work. You can figure out the mistake easily and fix them at the same time.

Most importantly, you’ll then learn how to actually build and code your model easily and quickly.

1-Mastering the most important basics of programming online
2-Programming features control template online
3-Learn about the features of motors, sensors, step by step online
4-Controlling the programming and giving commands online
5- Link between motion templates, impact control templates online