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Robotics Classes for Kids
Robot Adventures Class
Design, build, and code robots - mission accomplished
- Grades 4-8
- 2-3 students group class
- 55 minutes per session
- Live online class
Join fun robotics classes for kids
Our world is constantly changing, and robotics for kids are at the forefront of this change. Robotics is a truly interdisciplinary space using AI, data science, coding, design, engineering, and more. Vex robotics coding classes for kids fascinate the imagination!
In this robotics class, your child will learn how to design, build, and code their very own robots online. Kids will explore the design and creation process, as well as coding and learning how to move the robots, use sensors, control robot arms, and control robots to complete various challenges that simulate real world robotics competitions. All the activities will be in the robot virtual world using software, so you don't need to purchase physical robots, but they are just as powerful and fun.
If your child enjoys building things, playing Legos, or wants to join a robotics team, this is the class for them!
- Part 1 - Robot Adventures 1
In this first class of our series, students will be introduced to the basics of robotics. Students will use VEX robotics for coding and work in a virtual world. Students will complete various challenges based on what they have learned.
- Part 2 - Robot Adventures 2
In the second class of the series, students will learn about building robots. Students will be able to experiment in making their own pieces and building blocks for robots. This class will expose students to different design concepts as well as how to put what they have built to use.
- Part 3 - Intro to 3D Design
3D design is widely used in many areas such as designing cars, robots, animations, and game characters. This class introduces students to the concepts for 3D design and building 3D models. We will be creating a couple of models in every class. Even though the class will only touch on basic skills, some of our students have created amazing projects using what they learned in class. Check out an example here https://tinyurl.com/cb79tsud. In addition, you will have the option of turning the 3D model into lego building blueprints.
Featured Teacher
Ben Lipper
- Windows computer is required for the software. Students need to have taken Scratch 1 offered by us or have at least 10 hours of Scratch coding experiences and are familiar with coding blocks including forever loop, conditional, motion, and sensing.
- #1 Coding Curriculum
Designed by Stanford, Google & Apple Experts with kids in mind.
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We'll help you find the right class, always. Love it or get a full refund.
- Expert Teachers
US-based, background checked, highly trained and 3+ years of experience in their fields.
- Downloadable Certificate.
Show the world you did it. You really did it!
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Common questions about Vex Robotics coding
How do you code a Vex IQ robot?
Coding a VEX IQ robot is very similar to giving someone directions while driving a car, just with a little more precision. When coding a robot, we have complete control over its movements, and can control exactly how far it moves or turns. Using a programming software developed by VEX Robotics, we teach students how to not only get from point A to point B, but also how to use sensors to help the robot make decisions about the world around them. Join our robotics camps and classes to learn more!
What programming language does Vex IQ robotics use?
VEX IQ robotics offers a number of programming languages based on the needs and skills of the programmer. At the high end, VEX offers a fully-featured, C++ text based programming language for advanced control. In order to help prepare students for this level however, they have created a new block-based programming language that resembles Scratch. This program uses the leading technology in block-based programming to prepare students for the next level.
How do I download Vex codes for robots?
In order to write code for VEX IQ robotics, you will need to download a program known as “robotC” that will allow you to code the robot. The latest release can be found here. Once downloaded on a Windows computer, simply follow the step-by-step instructions in the installer, and you’ll be ready to start coding!
What does Vex IQ mean?
VEX IQ is a robotics program developed by VEX Robotics for students grades 1-8. The program is very versatile, and allows students to focus on whatever area they choose, including mechanical design, building, programming, and even strategy. Once students graduate from VEX IQ, they move into the high school and university level program VEX V5.
What is the best robotics kit for beginners?
For most beginners, the VEX IQ Superkit is a wonderful place to start. The VEX IQ Superkit contains thousands of VEX IQ pieces, including a “robot brain” that can be programmed and remotely controlled using the included controller. It teaches students Engineering, Mathematics, and other STEM skills that are such a fundamental part of our world today. Unlike some toys that are played with a few times and forgotten about, a VEX IQ kit can keep kids excited and engaged in quality, hands-on learning and problem solving for hours on end.
What is a Vex IQ challenge?
The VEX IQ challenge is for students who are excited about robotics, and ready to take their skills to the next level. By introducing a combination of cooperation and competition, the Robotics Education Foundation (REC Foundation) hosts thousands of VEX IQ tournaments every year across the world where teams come together to display what they have designed, built, and programmed.
During these tournaments, students work with other teams to strengthen their skills in science, technology, engineering, and math through various challenges. Challenges include the robot skills challenge with a focus on computer science and design skills, and the teamwork challenge, with a focus on teamwork and collaboration skills. However, the VEX IQ challenge is completely optional - in fact, most students don’t compete their first few years, and just focus on designing, building, and programming robots.
