Code & Construct

With WeLearn, you will be assigned a dedicated coach that will guide every step of the way. With each session, you will take your coding from beginner to expert and your engineering and robotics from noob to pro. You will have your own robotics coach all dedicated to you, helping you develop your own future skills and be an robot guru!

Intro to Robotics

Introduction to Robotics PBL connects students aged 9-15 years to study robotics and learn about hardware, software, artificial intelligence, and different industries where robots operate. Students will work on multiple robotic projects and share their work with the global community. To help students create their projects, each student collaborates with peers from around the world through a series of online lessons.

Design a robot whose purpose is to benefit society.

Plan for a career in robotics by identifying the skills needed to work in the field

Create a fictional story, a film, or even a radio broadcast about a specific robot or the future of robotics

Design their own project inspired

Duration: 2-week virtual program Full-time or After school
Fee: Promotion 5,000 THB (from 6,500 THB)

Intermediate : Robotics using mBot

Intermediate – Build your very own robot and and get to keep it forever. Make an mBot from scratch from the kit delivered to your door. Learn about all the mBot components, how they work, what they are all called and finally, how to programme your mBot to performs complex moves, sing, dance and glow in the dark. Make a self driving car and learn how to code through a maze that you have designed and built. All with your phone or tablet

Learn how to build a robotics kit from scratch

Become an engineer, identify problems and solve them!

Know how to code your robot to perform complex tasks

Use critical thinking skills to become a robotics master

Duration: 2-week virtual program Full-time or After school
Fee: 8,500 THB Include mBot robotic kit
Parents can purchase them directly and get them shipped directly to their door.

Intermediate session outline

Step 1 : Construction	Learn how to build a programmable robot from scratch, construct the mbot straight from the box using self-directed resources & remote coaching sessions. Live assessments, quizzes & reflection
Step 2 : Learn Coding & Debugging.	Learn drag & drop programming and complete all 10 coding levels using mBlocky, the dedicated mbot app to take you from from novice to expert coder. Live assessments, quizzes & reflection
Step 3 : mBot Missions	Attempt more complex mission and open ended challenge. Learn how to code to perform complex operations customized to your commands Learn to how to explain and annotate your code and share with others
Step 4 : Assault Course Challenge.	Design and create your own robotics assault course to test out your coding. Understand the fundamentals of Computer Science, Maths and Engineering. Live assessments, quizzes & reflection and student showcase.
Step 5 : Play Music.	One of the simplest things that we can do, to make something cool with our robot, is the “Play note” command. One note is just one note, but put the right notes together in the right order and we have a masterpiece.
Step 6 : The LED Display.	There are 2 RGB LEDs on the mCore. RGB stands for Red-Green-Blue and LED stands for Light-Emitting Diode. Each LED can be assigned a level of red light, a level of green light and a level of blue light from 0 (light turned off) to 255 (light turned on full power). By combining these lights, you can make a wide range of different colors:
Step 7 : Move in a Square.	NOTE: While following this tutorial and developing your own program, make sure that your robot is either propped up so the wheels aren’t in contact with a surface, or in a space where it can move freely – Please make sure it doesn’t fall off any desks or tables.
Step 8 : Move in a Circle.	Sometimes we don’t want to move in a straight line or perform a point turn (as the turn left / turn right commands do). In this case we can use the “set motor” block:
Step 9 : Racing mBot	Build: Standard mBot (you can remove the ultrasonic sensor and the line follower) Program: If you upload to the board, you must use the remote control to control the robot. If you run the program from the mBlock environment, you can use the remote control or the keyboard to control the robot.
Step 10 : Singing and Dancing mBot	The options are endless with this robot. Write any song you like or make your own song, and then get the mBot grooving to the beat. Write some code that plays a song. Write some code that gets the mBot dancing. Run the program from the mBlock environment. Put a “When Green Flag clicked” header on top of each block:
Step 11 : Reading Sensors	This tutorial teaches how to read values from sensors in the mBlock IDE. There are also tutorials which specifically focus on how to use the Makeblock sensors, for example the light sensor, the ultrasonic sensor and the line follower sensor.

Advanced : Robotics using Vex IQ

Advanced – take your robotics, engineering and computer programming to the next level with Vex IQ SuperKit. Now you can take your coding, computer programming and engineering to pro level. Once the kit had been delivered to your door, you will have your own Robotics Coach to guide you with this advanced kit and 16 complex challenges. You can even build any hybrid version of the Vex IQ kit that for any task and conquer the world!

VEX IQ is a robotics platform designed to transform the STEM learning (Science, technology, engineering and mathematics) paradigm for young students and future engineers. When students have the ability to jump right in and snap robots together using this intuitive tool-less system, it can unlock a curiosity and a passion that will stay with them for life.

Learn how to master an advanced robotics kit

Learn to how to spot problems and fix them

Learn how to build multiple versions of your for any challenge

Use your robotics and coding skills to take your Maths, Science and Engineering to the next level!

Duration: 2-week virtual program Full-time or After school
Fee: 20,500 THB Include Vex IQ robot kit
Parents can purchase them directly and get them shipped directly to their door.

Advanced session outline

Step 1 : Tallest Tower Engineering	Build the tallest tower possible that can withstand a simulated earthquake. Make the tallest tower that can stay together in an earthquake! Track your progress in your engineering notebook. Live assessments, quizzes & reflection and student showcase.
Step 2 : Warm-Up Engineering & Programming	Drive Forward and Reverse Explore robot behaviors and create code to drive the Autopilot robot forward and in reverse. Students will explore robot behaviors and program the Autopilot robot to drive forward and in reverse.
Step 3 :Turning Engineering & Programming	Explore robot behaviors and create a project for the Autopilot robot to turn. Students will explore robot behaviors and create code to drive the Autopilot robot forward and in reverse. Live assessments, quizzes & reflection and student showcase.
Step 4 : Clawbot with Controller Engineering & Programming	Program the VEX Controller to direct the Clawbot IQ using the concept of loops. Program the VEX Controller to direct the Clawbot IQ through several engaging challenges using the concept of loops.
Step 5 : Changing Velocity Engineering & Programming	Explore changing the velocity of the Autopilot robot while creating projects that drive the robot. Explore changing the velocity of the Autopilot robot while creating projects that drive the robot forward, move it in reverse, and turn the robot.
Step 6 : Movement Challenge Engineering & Programming	Program the Autopilot to drive on a designated path through a sequence of movements. Live assessments, quizzes & reflection and student showcase.
Step 7 : Loop, There It Is! Engineering & Programming	Program the Autopilot to drive on a designated path through a sequence of movements. Live assessments, quizzes & reflection and student showcase.
Step 8 : Speedy Delivery Engineering & Programming	Program a robot to navigate a warehouse and to prepare packages for delivery. Learn how to pick up objects and move them around with the VEX Clawbot IQ! This robot is designed so that it can be built quickly and drive around either autonomously or with the Controller in a short amount of time.