In a small city full of curious little explorers, Museo dei Bambini is a world-class experience designed for families with children of all ages
Immersive experiences that inspire curiosity, collaboration, and problem solving
Experience imaginative exploration with no set rules or predetermined outcomes
Confidence
Passion of Learning
Wonders of Science
Teamwork Skills
Problem Solving
Creativity and Imagination
Forces and motion come to life through hands-on exhibits. Experiment with air currents, test aerodynamics, and explore the principles of lift and thrust.
Gears, suspension, and traction play a crucial role in performance. Experiment with how different forces affect movement and stability on rough terrain.
Balance, force, and motion shape the physical world. Observe gravity in action, test Newton’s laws, and explore the mechanics behind everyday movement.
Waves and perception create the sights and sounds of our world. Bend light, mix colors, and experiment with vibrations to see and hear science in action.
Teamwork is a critical foundational skill a child needs to develop for future success. Collaborative play exhibits encourage children to develop cooperation, negotiation, and emotional regulation skills with their peers.
Open-ended play and shared discovery encourage curiosity. Children investigate, ask questions, and make connections together.
Building and problem-solving promote teamwork. Groups plan, assemble, and create solutions through shared effort on mechanical, biology, or physics projects.
Structured challenges such as the Flight Lab foster strategy and resilience. Fair play and teamwork guide children through goal-oriented activities.
From working in the 0KM farm to checking out in a supermark, role-play scenarios develop communication and cooperation. Children take on roles, navigate challenges, and engage in group storytelling.
A calming, interactive space where children can engage their senses at their own pace. From soft textures to glowing fiber optics, gentle sounds to playful vibrations, every element encourages curiosity, self-regulation, and discovery.
Soft, bumpy, and squishy surfaces invite hands-on discovery. Textures shift under pressure, creating a rich tactile experience.
Gentle melodies and rhythmic vibrations engage the senses. Tones resonate, instruments hum, and sound takes shape through movement.
Shifting colors and glowing patterns create a mesmerizing visual experience. Light transforms space, casting shadows and blending hues.
Swaying fibers, spinning patterns, and shifting surfaces create dynamic motion. Objects glide, ripple, and rotate, shaping the rhythm of the space.
A fully baby-proofed and child-friendly space designed to be safe and stimulating for newborns and toddlers. Children can explore freely without constant parental intervention, reducing the need for saying “no” and fostering independence and socialization with other children.
Soft, cushioned surfaces support safe early movement. Open space encourages reaching, pushing, and exploring.
Enclosed areas and rounded edges in a a hazard-free zone. Safe materials and sturdy design prevent bumps and falls.
Without unnecessary restrictions, little ones make choices, test boundaries, and help parents foster their curiosity and confidence.
Graspable objects and textured surfaces support fine motor development. Touching, pressing, and holding strengthen coordination.
Success is a function of overcoming a series failures. Tackle challenges based on the Next Generation Science Standards (US) and develop the mental fortitude to experiment, fail, and try again.
Define the criteria and constraints of a design problem with sufficient precision to ensure a successful solution, taking into account relevant scientific principles and potential impacts on people and the natural environment that may limit possible solutions.
Evaluate competing design solutions using a systematic process to determine how well they meet the criteria and constraints of the problem.
Analyze data from tests to determine similarities and differences among several design solutions to identify the best characteristics of each that can be combined into a new solution to better meet the criteria for success.
Develop a model to generate data for iterative testing and modification of a proposed object, tool, or process such that an optimal design can be achieved.
