LEGO Education is the educational division and brand of The LEGO Group. It focuses on using LEGO bricks, digital technology, curriculum materials, and learning-through-play methods to support teaching and learning. Its products and programs are primarily designed for schools and educators, with an emphasis on hands-on, collaborative, and inquiry-based learning, particularly in STEAM—science, technology, engineering, arts, and mathematics. 1

Today, LEGO Education works with educators globally and offers classroom solutions spanning early learning, primary and secondary education, robotics, coding, science, engineering, computer science, and AI. The organization states it has been working in education for more than 45 years.

The LEGO Group itself was founded in 1932 by Ole Kirk Kristiansen. LEGO Education subsequently developed as the LEGO Group’s dedicated educational activity.

Early educational use

The concept of using LEGO elements for education predates the formal creation of LEGO Education. LEGO notes that bricks intended for preschool use were introduced in 1949, while additional preschool and school-oriented products appeared during the 1960s. 2

The modern educational organization began taking shape in 1980, when LEGO owner and then CEO Kjeld Kirk Kristiansen established the LEGO Institutional Department. His vision was that the LEGO brick should be more than a construction toy: it could function as a material for play and learning.

The organization initially concentrated on preschool, elementary, and middle-school education, producing specialized LEGO materials alongside teacher and student resources.

LEGO Technic enters education

LEGO Education’s school-oriented portfolio expanded significantly in the early 1980s. According to LEGO’s historical account, LEGO Technic I was introduced in 1982 as its first product specifically for schools. The educational focus increasingly included mathematics, science, and technology.

The company subsequently developed products that allowed students to explore mechanical and physical principles through construction. This included products such as Early Simple Machines and Simple and Powered Machines.

From Institutional Department to LEGO Education

The organization underwent several name changes:

• 1980: LEGO Institutional Department
• 1989: Renamed LEGO DACTA
• 2002: Renamed LEGO Educational Division
• 2006: Adopted the name LEGO Education

The term “DACTA” became particularly associated with LEGO’s educational products during the late 20th century.

One of the most important developments in LEGO’s educational history was the integration of computing and robotics with physical LEGO construction.

In the 1980s, LEGO introduced computer-controlled educational products such as LEGO Technic Control I and II. These allowed students to connect physical LEGO mechanisms with computer-based control.

The collaboration between LEGO and MIT was particularly influential. In 1984, Kjeld Kirk Kristiansen saw MIT professor Seymour Papert demonstrating the LOGO programming language on Danish television. Papert’s ideas about children learning through constructing and programming helped influence LEGO’s subsequent development of programmable LEGO systems.

This eventually contributed to the development of LEGO’s robotics ecosystem and, later, LEGO MINDSTORMS.

The first LEGO MINDSTORMS system was launched in 1998, allowing children to construct programmable robots using LEGO components. Later generations included MINDSTORMS NXT in 2006 and MINDSTORMS EV3 in 2013.

Robotics became one of the defining areas of LEGO’s educational identity.

The central idea behind LEGO Education is Learning Through Play.

Rather than treating the LEGO brick simply as a reward or recreational object, LEGO Education uses construction and experimentation as mechanisms for learning. Students are encouraged to physically manipulate materials, test ideas, make mistakes, revise their designs, and discuss their results.

LEGO Education describes its approach as involving hands-on, collaborative, and inquiry-based learning. Its learning experiences can incorporate:

• Problem-based learning
• Project-based learning
• Active learning
• Collaboration
• Experimentation
• Design and iteration
• Critical thinking
• Creativity
• Communication
• Problem solving
• Student agency

The underlying philosophy is that abstract concepts become easier to explore when students can represent them physically. For example, instead of simply reading about gears, forces, or mechanical advantage, students can build a mechanism and observe what happens.

One of LEGO Education’s major frameworks is the LEGO Learning System.

LEGO describes it as a scalable learning system based on the familiar LEGO brick. It is designed to support STEAM learning across different grades, with students progressing from relatively simple explorations toward increasingly complex challenges. 3

The system combines several components:

1. Physical LEGO elements
2. Technology and programmable components
3. Curriculum-aligned lessons
4. Teacher resources
5. Student activities
6. Professional learning
7. Digital learning resources

The objective is not simply to teach students how to build LEGO models. The models serve as tools for investigating concepts and solving problems.

Historically, LEGO Education has also described a four-stage learning process known as the 4 Cs:

• Connect — Students are introduced to a problem or concept and connect it with their existing knowledge.
• Construct — Students build physical models and experiment with ideas.
• Contemplate — Students reflect on what they have discovered and communicate their observations.
• Continue — Students extend their learning through another challenge or investigation.

This approach is intended to make learning iterative rather than a one-time activity.

LEGO Education’s portfolio has changed considerably over the decades. Its modern offerings cover several major areas.

LEGO Learning System

The LEGO Learning System is the broader educational framework connecting hardware, software, curriculum, and teaching resources. It is designed to provide a progression from early exploration toward more advanced STEAM challenges.

LEGO Education SPIKE

SPIKE is one of LEGO Education’s major robotics and coding platforms.

SPIKE products combine LEGO building elements with programmable technology and software. They are designed to introduce students to areas such as:

• Coding
• Robotics
• Engineering
• Computational thinking
• Problem solving
• Design

The platform has included products such as SPIKE Essential and SPIKE Prime, aimed at different educational levels.

BricQ Motion

BricQ Motion focuses on physical science and engineering concepts.

Students use LEGO elements to investigate concepts involving:

• Forces
• Motion
• Energy
• Mechanical systems
• Engineering design

LEGO Education offers BricQ Motion products for different age groups, including BricQ Motion Essential and BricQ Motion Prime.

LEGO Education Science

LEGO Education has expanded beyond robotics into dedicated science education.

Its science curriculum emphasizes investigation and engineering design. Students may design, test, and iterate solutions while exploring scientific concepts. LEGO describes engineering design activities as involving processes such as designing, testing, and iterating solutions to problems.

Early learning

LEGO Education has historically provided products for preschool and early-years learning.

These have included LEGO DUPLO-based activities designed around areas such as:

• Early mathematics
• Language
• Social development
• Emotional development
• Creativity
• Collaboration
• Role-play
• Introduction to coding

LEGO’s historical overview identifies preschool education as one of its earliest dedicated educational markets.

Coding has become a major part of LEGO Education. The company’s approach combines physical construction with digital programming. Instead of learning programming entirely through an abstract screen, students can write code and then see that code affect a physical LEGO model.

For example, a student might:

1. Build a robot.
2. Program its motors.
3. Test its movement.
4. Observe a problem.
5. Modify the code.
6. Rebuild the mechanism.
7. Test it again.

This creates a physical feedback loop between programming and engineering. LEGO Education has consequently become associated with educational robotics, computational thinking, and introductory computer science.

LEGO Education is particularly strongly associated with STEM and STEAM education.

STEM refers to:

• Science
• Technology
• Engineering
• Mathematics

STEAM adds:

• Arts

LEGO Education’s current educational materials emphasize STEAM alongside broader “21st-century skills.” Its stated objective is to give students meaningful, hands-on experiences that develop skills such as creativity, critical thinking, and problem solving.

The LEGO brick is particularly suitable for this approach because students can rapidly prototype physical ideas and modify them without needing specialized manufacturing equipment.

LEGO Education is not designed simply as a collection of toys for students. A major component of the brand is teacher support.

Its ecosystem includes:

• Curriculum materials
• Lesson plans
• Teacher guides
• Student activities
• Professional learning
• Digital resources
• Technical support
• Classroom implementation guidance

The teacher generally acts less as someone who simply provides answers and more as a facilitator who creates challenges, asks questions, and helps students reflect on their discoveries.

This distinction is important to understanding LEGO Education: the LEGO model is usually the medium through which students learn, rather than the final learning objective itself.

LEGO’s educational ecosystem has also become closely associated with robotics competitions. One prominent example is FIRST LEGO League, which combines LEGO-based robotics with research, engineering, and teamwork challenges.

Through programs like these, students can apply classroom concepts to competitive or collaborative projects. The competition environment also reinforces several of LEGO Education’s core goals: teamwork, creativity, problem solving, engineering, and communication.

Although both are part of the LEGO Group, LEGO Education and the consumer LEGO business serve somewhat different purposes.

There is, however, significant overlap. Both are based on the same fundamental LEGO construction system, and LEGO Education deliberately uses the familiarity and enjoyment associated with LEGO play.

LEGO Education is part of the LEGO Group, rather than an independent toy company.

The relationship gives LEGO Education access to the LEGO Group’s broader expertise in:

• Product design
• LEGO elements
• Manufacturing
• Digital technology
• Learning-through-play research
• Global distribution
• Brand development

At the same time, LEGO Education maintains a specialized focus on schools and educators. The LEGO Group describes its wider purpose as inspiring and developing the builders of tomorrow, while LEGO Education applies this philosophy specifically to educational environments.

LEGO Education operates internationally rather than being limited to Denmark or a particular education system.

The LEGO Group’s careers information says LEGO Education’s work reaches 110 countries, while its educational products and resources are adapted for different educational markets.

Its customers and users include:

• Public schools
• Private schools
• International schools
• Teachers
• School districts
• Educational organizations
• Students
• Parents and caregivers

LEGO Education’s modern strategy has been expanding beyond traditional robotics. Its current educational areas include science, STEAM, computer science and AI, alongside its established robotics and coding heritage. LEGO Education describes this as an evolution from its earlier robotics focus toward a broader portfolio of hands-on learning experiences. 3

The organization is also increasingly emphasizing skills needed in a technology-driven world, including:

• Creativity
• Confidence
• Critical thinking
• Problem solving
• Collaboration
• Adaptability
• Computational thinking

LEGO Education’s current messaging places particular emphasis on helping students thrive in a rapidly changing world rather than simply teaching individual technical skills.

Although historically focused heavily on schools, LEGO Education has also introduced consumer-facing educational products.

For example, its current science sets for home use use a “Build, Solve, Invent” play loop. Children first build a science-related activity, then solve an open-ended challenge, and finally invent or modify a solution of their own.

Current examples include science-themed sets involving:

• The Arctic
• Antarctica
• The Moon
• Mars

These products represent a broader attempt to bring LEGO Education’s pedagogical approach outside the classroom.

LEGO Education occupies an unusual position between toys, educational materials, and educational technology.

Its distinctive characteristic is the combination of:
LEGO construction + play + curriculum + technology + pedagogy.

A conventional educational technology company might primarily provide software. A conventional toy company might primarily provide physical play products. LEGO Education combines physical construction with digital tools and structured educational content. This makes it particularly relevant to areas such as robotics, engineering education, and project-based learning.

At its core, LEGO Education is built around several interconnected beliefs:

Learning should be active.
Students should do things rather than merely receive information.

Learning can be playful.
Play is treated as a mechanism for curiosity, experimentation, and skill development rather than merely entertainment.

Students should construct knowledge.
Physical construction gives learners a way to represent ideas, test hypotheses, and make abstract concepts tangible.

Mistakes are useful.
Students can experiment, discover that an approach does not work, modify their design, and try again.

Learning is collaborative.
Many LEGO Education activities encourage students to work together, explain their thinking, and solve problems collectively.

These principles are reflected in LEGO Education’s description of learning through play and its emphasis on active, problem-based, and project-based learning.

LEGO Education has played an important role in popularizing the idea that construction toys can be serious educational tools.

Its historical development illustrates a broader change in education:
building blocks → educational construction → programmable construction → robotics → coding → STEAM → science and computer science → AI

The physical LEGO brick remains the common foundation throughout this progression. That continuity is one of LEGO Education’s most distinctive characteristics: students can begin with simple physical construction and eventually use related concepts to explore engineering, robotics, programming, and computational thinking.

If LEGO is traditionally about “building things for fun,” LEGO Education is about “using building things to learn.”

A LEGO Education lesson might ask a student to build a machine, program a robot, investigate a scientific phenomenon, solve an engineering problem, or design a structure. The important part is not necessarily the LEGO model itself. The model becomes a tool for thinking.

This is essentially the central idea behind the brand’s development over more than four decades: turning the LEGO System in Play into a system for learning.

1. Our Story
2. LEGO® Education. – Careers – LEGO.com
3. Hands-on Learning Materials for K-8 Classrooms