ROBOTICS

LEGO logo with the word 'LEGO' in white text outlined in black and yellow on a red background.

LEGO® Robotics

LEGO® SPIKE™ sets combine the creativity of LEGO building with hands-on learning in robotics and coding. Children assemble motorized models and learn basic engineering, mechanics, and programming concepts in an engaging, screen-free way that builds problem-solving skills and confidence.

A young boy assembling a LEGO construction at a white table with various LEGO pieces and tools, including a small crane and structure, in a learning environment.

The Perfect STEM Introduction for Young Learners

Our introductory robotics course is designed for your youngest explorers! Kids will discover the basics of engineering and mechanics while getting their first taste of programming logic in a fun, hands-on way.

LEGO® SPIKE™ Essential:

Three children working on a robotics project with LEGO pieces and a laptop at a white table.

The Perfect STEM Introduction for Young Learners

This course builds on foundational skills, introducing gear ratios, torque, robot navigation, control systems, and modular programming. Kids strengthen their logic, problem-solving, and creativity while designing and programming more complex robots.

LEGO® SPIKE™ Prime:

Vex Robotics logo with white text on a red background.

VEX IQ Robotics

Three boys working together on robotics projects with colorful robot structures, green cubes, and tools on a white table.

VEX IQ Robotics lets kids explore engineering and robotics through hands-on building and programming. Using modular, snap-together parts, children design and build robots that move and perform tasks, developing problem-solving skills, critical thinking, and a strong foundation in STEM.

CODING

Scratch

Scratch cat mascot running above the word 'SCRATCH' in stylized letters.

Our Scratch program introduces young learners to coding through fun, interactive projects. Using a simple, visual interface, students learn the fundamentals of programming while building creativity, problem-solving skills, and confidence.

Recommended ages: 5+

Python

Python programming language logo with a blue and yellow snake icon and the word 'python' underneath.

Python is one of the most versatile and beginner-friendly programming languages. Through hands-on projects, students develop skills in logic, automation, and data handling—preparing them for advanced coding and real-world applications.

Recommended ages: 9+

Java

Java programming language logo with steam rising from a cup.

In our Java program, students take their first steps into text-based coding. They’ll explore core programming concepts and object-oriented design while creating real projects, building a strong foundation for future learning in computer science.

Recommended ages: 12+

Algorithms

Python programming language logo featuring a blue and yellow snake with the word 'python' underneath.

Our Algorithms program teaches students how to think like computer scientists. They’ll learn to break down complex problems, design efficient solutions, and build a strong foundation for competitive programming and advanced computer science studies.

Recommended ages: 12+

Engineering Design and 3D Printing

Three girls sitting at a table using laptops in a classroom or workshop setting with educational posters on the wall.
A woman with curly hair using a laptop on a white table, working on a digital design that appears to be a 3D model of a room or interior space.

Design & 3D Printing

Design thinking helps students bring their ideas to life. Through creative challenges, they learn to sketch, plan, and iterate—developing problem-solving skills and an eye for detail. Students explore the entire process, from brainstorming to creating functional prototypes, fostering innovation and confidence.

Two young men observe a 3D printer on a table in a classroom or lab setting. The printer has a transparent front door. A computer monitor and laptop are also on the table. The background has a wall with colorful signage and a television screen displaying a scenic landscape.

Engineering Design & Projects

Students dive into the world of electronics by building simple circuits and exploring how electricity powers our everyday devices. With 3D printing, they turn digital designs into real objects, learning how engineering and technology intersect. These hands-on experiences build technical skills and inspire students to create, experiment, and invent.

A young girl working on a laptop at a desk with a yellow robot and electronic components, engaged in a robotics project.
Two young men sitting at a desk, examining a white object, with a laptop and binder in the background.
A young boy wearing glasses works on an electronic circuit with wires, a breadboard, and a microcontroller on a white table, surrounded by various electronic components and tools.

 FAQs

  • LEGO Spike Essential is designed for younger students and beginners, focusing on foundational engineering concepts, simple sensors, and block-based programming. Spike Prime is more advanced, introducing gear ratios, torque, navigation, and modular coding to challenge older students with complex robotics projects.

  • No experience is required! Our Arduino and electronics programs start with the basics of circuits and coding, then gradually build toward real-world projects like smart lighting, alarm systems, and home automation.

  • Students learn 3D modeling, design thinking, and how to bring digital ideas into physical reality. They’ll gain hands-on experience with CAD software, prototyping, and troubleshooting—skills that connect creativity with engineering.

  • Coding is the backbone of our projects. Students learn to program robots, microcontrollers, and sensors in languages like Python, C++, or Scratch-based environments, strengthening problem-solving and logical thinking.