STEAMS Education with Mammutico®Building Blocks

Learning through play—building, experimenting, and solving problems as a group. Foam blocks as a next-generation educational tool.

What is STEAMS?

S Science SCIENCE
T Technology TECHNOLOGY
E Engineering ENGINEERING
A Art ART
M Mathematics MATH
S Social Skills SOCIAL SKILLS
Education of the Future

STEM, STEAM, STEAMS – How to Teach Children to Think, Create, and Collaborate

Three Approaches That Complement Each Other

Modern education is not limited to a single method. STEM, STEAM, and STEAMS are successive stages in its development that are not mutually exclusive but rather enrich one another. Each of these approaches has its own purpose and place in the educational process—from a solid scientific foundation, through creativity, to the development of social skills.

What is STEM?

STEM is an educational approach focused on science, technology, engineering, and mathematics. Its goal is to prepare children to solve real-world problems and to develop analytical thinking and technical skills.

What skills does STEM develop?

  • logic and analysis
  • technical and engineering skills
  • digital and scientific competencies
  • problem-solving skills

STEM provides a solid foundation, but it does not take into account a creative approach or the role of emotions in the learning process. Children learn how the world works, but there is no room for creative thinking or self-expression.

Why was “A” added to STEM?

Arts were added to STEM to show that science and creativity are not opposites, but can complement each other perfectly. Thanks to STEAM, children not only solve problems but also learn innovative thinking and how to design new solutions.

What does the “A” bring to education?

  • creativity,
  • visual and artistic thinking,
  • combining science with aesthetics and functionality,
  • engaging learning methods (e.g., modeling, graphic design, music).

When is it worth using STEAM?

STEAM is used in education, where imagination and design skills matter just as much as technical knowledge. Thanks to STEAM, children learn to think outside the box and seek new solutions.

What are “social skills” in STEAMS?

STEAMS is the next natural step in the evolution of education, adding one more key element to STEAM—social skills. The model proposed by Mammutico does not replace STEM or STEAM, but it makes education more comprehensive because, in addition to academic knowledge and creativity, it also develops interpersonal skills.

These are all the skills that enable a child not only to acquire knowledge but also to apply it in a team, in everyday life, and in their future career.

  • collaboration—working in a group, sharing ideas, listening to others,
  • communication—expressing thoughts, presenting ideas, and reasoning,
  • empathy—understanding others’ emotions and the ability to work with different people,
  • Adaptability—flexibility in changing circumstances, openness to new challenges,
  • creative problem-solving—combining different perspectives and fields of knowledge.

Why is STEAMS important?

Every parent wants their child not only to know facts and be good at math, but also to be able to navigate a world full of change and new technologies. Today’s job market increasingly values communication skills, teamwork, and a creative approach to challenges.

How can we develop STEAMS?

STEAMS isn’t limited to school—it’s also a way to learn through play, interaction, and building. That’s why Mammutico Blocks fit perfectly into this concept, combining engineering, creativity, and collaboration. Children design, plan, and create as a team, developing all STEAMS competencies.

STEM, STEAM, STEAMS—or how to teach children to think, create, and collaborate

Can you teach a child just math and expect them to succeed in the future? No. Is it enough to stimulate their creativity so they can navigate the world of new technologies? No, not that either. Or perhaps the most important thing is for them to learn to collaborate and get along with others? That’s still only part of the equation.

Education doesn’t operate in isolated categories—a child’s development is a holistic process in which learning, creativity, and social skills must go hand in hand.

  • STEM gives children a foundation—an understanding of the world, technology, and logical thinking.
  • STEAM allows them to discover how science connects with creativity, design, and art.
  • STEAMS represents the full spectrum of education—in addition to knowledge and innovation, it teaches collaboration, communication, and how to tackle challenges.

It’s not about choosing just one approach; rather, it’s the deliberate combination of all three streams that helps children grow into people who can understand, create, and work together.

Parents don’t want their children to just be able to count, just draw, or just get along well with others. They want them to be able to do it all—and that’s exactly what STEAMS provides.

Methodology

What are STEAM workshops like?

1

The Challenge

The teacher gives the following assignment: “Build a bridge that can hold a teddy bear” or “Create a vehicle on wheels.”

2

Planning

The children work in groups, draw plans, choose building blocks, and discuss their building strategy.

3

Construction

Time to get to work! The children build, test, and make adjustments. They learn that mistakes are part of the process.

4

Presentation

Each group presents its design, talks about the challenges it faced, and discusses what it would change next time.

Recommendations

Recommended Programs for STEAM Education

Tried-and-true, ready-to-use kits designed to implement scenarios in any facility.

S

SMART — Creative Playgrounds

The widest variety of shapes. Scenarios for 20 workshops included. Vehicles, houses, obstacle courses.

View the line
C

CONNECT — Advanced Structures

A unique connection system. Gears, rollers, and flexible connectors. Perfect for mechanics and engineering lessons.

View the line
B

BALL TRACK — Ball Track

Experimenting with gravity and angles of inclination. Requires testing hypotheses—perfect for learning physics.

View the line
Scenarios

Sample Scenarios

Each SMART and SIMPLE kit includes 20 ready-made workshop scenarios. Here are some examples:

We're building our dream home.

The children design and build a house divided into rooms. They practice spatial planning and group collaboration.

A trip around the world.

Each group builds a vehicle (airplane, ship, rocket) and presents its “destination country.” This activity combines geography with engineering.

An Engineer's Workshop.

Task: Build a bridge between two tables that can support a stuffed animal. Learn about material strength and stability.

A Theater Made of Building Blocks.

Building the stage and set pieces for a play. It combines art, storytelling, and construction skills.

Bring STEAM to Your School

We'll help you choose the perfect set for your classroom and age group. Write to us.

A good decision starts with a conversation

We always tailor solutions to the specific place, people and purpose. Let's talk about your space — that's how collaboration with Mammutico® begins.

Meet our advisors
Contact us Call us