Ever noticed that a steel spoon shows your face upside down on one side and the right way up on the other? That is a concave and a convex mirror at work. The Funny Mirror model in the Mini Science Centre helps students explore types of mirrors, how light travels and how curved mirrors focus light. Which concept should we explain next?
What can a Pin Screen teach us about pressure and pixels?
At PM SHRI Gandhi High School, Mokama, Patna, Bihar, students learn with the Pin Screen model as their teacher guides them through its scientific applications. The model offers a visual way to explore concepts that might otherwise seem difficult to grasp.
Students explore how the Pin Screen creates different visual patterns while also understanding the representation of pixels used in digital images.
By integrating interactive STEM models into classroom teaching, scientific concepts become easier to explore, understand, and remember—making learning more meaningful for every student.
Ever wondered how a gentle breeze can end up powering a bulb? Students of Govt. Girls Secondary School, Chawri Bazar, New Delhi, found out firsthand with a Wind Mill model that turns a science idea into something they can see and touch.
The girls explored the principle of a wind mill: wind turns the blades, the blades turn a shaft, and the shaft runs a generator that produces electricity. They also discussed how wind energy is converted into electricity for actual use, from small villages to large wind farms that supply clean power to cities.
When learning is hands-on, curiosity takes over and concepts stay with you. Enjoy the video, share it with a friend or teacher who loves science, and hit subscribe for more classroom moments that make STEM exciting!
Conductors vs. Insulators: Discover the Science of Electricity!
At Government Higher Secondary School, Dhodarepal, Block Bakawand, Bastar, Chhattisgarh, students explore an important concept in science through the Conductors and Insulators model. With the teacher’s explanation, learners discover how different materials behave when it comes to conducting electricity.
What makes a conductor different from an insulator? Through this interactive learning model, students understand the key differences between materials that allow electric current to flow and those that resist its flow, building a stronger foundation in electrical science.
At STEM Learning, we believe in making science concepts easier to understand through visual learning and practical demonstrations. By integrating STEM models into everyday classroom teaching, we help make complex scientific ideas more accessible, engaging, and meaningful for students.
See Beyond Obstacles with Science! Students at Mahatma Gandhi Vidyalaya, Dighode, Uran, Raigad, explore how a periscope uses mirrors to help us see objects that are not directly in our line of sight.
Through the Periscope model, students learn about the laws of reflection, the angle of incidence, and the angle of reflection, making the science of light easier to understand.
At STEM Learning, interactive models connect textbook concepts with real-world applications, encouraging students to explore, observe, and learn through experience!
A simple model. A powerful physics concept. At Little Heart English Medium School, Chopda, students explored the Circle and Ball model to understand Newton’s First Law of Motion.
The activity focused on inertia, helping students understand why an object tends to maintain its state of rest or motion unless acted upon by an external force.
Such model-based learning encourages students to connect scientific principles with observable experiences, making physics more engaging and meaningful.
A fascinating science discovery unfolded at Nalikul Balika Vidyalaya, Nawapara, Nalikul, Durgapur, West Bengal, as students explored the Kaleidoscope model at the Mini Science Centre.
The model gave students a clear visual understanding of multiple reflection—showing how reflections can repeat and form beautiful symmetrical images. What seems like a colourful pattern is a wonderful demonstration of the science of light!
Interactive models like the Kaleidoscope make learning more engaging by giving students the opportunity to observe scientific concepts in action and connect them with real experiences.
A learning session at Government Middle School in Jhinghrai, Ghansore, Seoni, Madhya Pradesh, brought magnetism closer to students through the Fun with Magnet model at the Mini Science Centre.
Under teacher guidance, students explored different types of magnets and their practical applications, gaining a clearer understanding of how magnetic concepts relate to everyday life.
Such interactive learning experiences create space for observation, questioning, and discovery—helping students engage with science in a more meaningful way.
At Jakhar Primary School, Shivajinagar, Samastipur, Bihar, teachers explored how STEM models can become powerful tools for classroom learning.
Through a Teachers’ Capacity Building Session, educators engaged in hands-on demonstrations and learned practical ways to use models to explain concepts, encourage questions, and make learning more interactive and experiential.
A model is only the starting point. When teachers know how to use it effectively, a simple demonstration can help students observe, experiment, and discover concepts for themselves.
By strengthening teachers’ capacity to use hands-on STEM tools, we can help create classrooms where students learn not just by listening, but by exploring.
What if every science lesson could be explored instead of memorized? A Mini Science Centre transforms classrooms into spaces where students observe, experiment, and discover scientific concepts through hands-on learning. With 80+ interactive STEM models covering 150+ Science & Math concepts, students from Grades 5–12 develop curiosity, critical thinking, and real-world problem-solving skills while making learning meaningful and enjoyable.
More than just a STEM lab, it's a complete learning ecosystem. Curriculum-aligned, supported with teacher training, academic handholding, and minimal maintenance, the Mini Science Centre empowers schools to deliver experiential education year after year. It encourages self-learning, peer collaboration, deeper concept clarity, and scientific thinking—moving students beyond rote learning toward innovation.
Built for India's diverse classrooms, the Mini Science Centre is available in 10+ languages, approved by 7 SCERTs, implemented across 29 states, and aligned with NEP 2020 and SDG 4. One Mini Science Centre can inspire generations of learners, nurture future innovators, and create lasting educational impact.
Partner with us to transform education through experiential STEM learning.
Mini Science Centre
Ever noticed that a steel spoon shows your face upside down on one side and the right way up on the other? That is a concave and a convex mirror at work. The Funny Mirror model in the Mini Science Centre helps students explore types of mirrors, how light travels and how curved mirrors focus light. Which concept should we explain next?
#MiniScienceCentre #Mirrors #ScienceEducation
5 days ago | [YT] | 0
View 0 replies
Mini Science Centre
What can a Pin Screen teach us about pressure and pixels?
At PM SHRI Gandhi High School, Mokama, Patna, Bihar, students learn with the Pin Screen model as their teacher guides them through its scientific applications. The model offers a visual way to explore concepts that might otherwise seem difficult to grasp.
Students explore how the Pin Screen creates different visual patterns while also understanding the representation of pixels used in digital images.
By integrating interactive STEM models into classroom teaching, scientific concepts become easier to explore, understand, and remember—making learning more meaningful for every student.
#STEMEducation #STEMLearning #LearnByDoing #ScienceExploration #DigitalLearning #ExperientialEducation #BuildBrainsBeyondBooks
1 week ago | [YT] | 0
View 0 replies
Mini Science Centre
Ever wondered how a gentle breeze can end up powering a bulb? Students of Govt. Girls Secondary School, Chawri Bazar, New Delhi, found out firsthand with a Wind Mill model that turns a science idea into something they can see and touch.
The girls explored the principle of a wind mill: wind turns the blades, the blades turn a shaft, and the shaft runs a generator that produces electricity. They also discussed how wind energy is converted into electricity for actual use, from small villages to large wind farms that supply clean power to cities.
When learning is hands-on, curiosity takes over and concepts stay with you. Enjoy the video, share it with a friend or teacher who loves science, and hit subscribe for more classroom moments that make STEM exciting!
#WindEnergy #WindTurbine #GreenEnergy #ScienceExperiment #LearningByDoing #STEMLearning #DelhiSchools
3 weeks ago | [YT] | 0
View 0 replies
Mini Science Centre
Conductors vs. Insulators: Discover the Science of Electricity!
At Government Higher Secondary School, Dhodarepal, Block Bakawand, Bastar, Chhattisgarh, students explore an important concept in science through the Conductors and Insulators model. With the teacher’s explanation, learners discover how different materials behave when it comes to conducting electricity.
What makes a conductor different from an insulator? Through this interactive learning model, students understand the key differences between materials that allow electric current to flow and those that resist its flow, building a stronger foundation in electrical science.
At STEM Learning, we believe in making science concepts easier to understand through visual learning and practical demonstrations. By integrating STEM models into everyday classroom teaching, we help make complex scientific ideas more accessible, engaging, and meaningful for students.
#STEMLearning #ExperientialLearning #ScienceEducation #STEMEducation #ConductorsAndInsulators #LearningByDoing #ScienceInAction
3 weeks ago | [YT] | 0
View 0 replies
Mini Science Centre
See Beyond Obstacles with Science! Students at Mahatma Gandhi Vidyalaya, Dighode, Uran, Raigad, explore how a periscope uses mirrors to help us see objects that are not directly in our line of sight.
Through the Periscope model, students learn about the laws of reflection, the angle of incidence, and the angle of reflection, making the science of light easier to understand.
At STEM Learning, interactive models connect textbook concepts with real-world applications, encouraging students to explore, observe, and learn through experience!
#STEMLearning #ScienceEducation #Periscope #LawsOfReflection #ExperientialLearning #Physics #STEMEducation
3 weeks ago | [YT] | 0
View 0 replies
Mini Science Centre
A simple model. A powerful physics concept. At Little Heart English Medium School, Chopda, students explored the Circle and Ball model to understand Newton’s First Law of Motion.
The activity focused on inertia, helping students understand why an object tends to maintain its state of rest or motion unless acted upon by an external force.
Such model-based learning encourages students to connect scientific principles with observable experiences, making physics more engaging and meaningful.
#STEMLearning #NewtonFirstLaw #Physics #ExperientialLearning #STEMEducation #ScienceEducation #LearningByDoing
1 month ago | [YT] | 0
View 0 replies
Mini Science Centre
From Mirrors to Mesmerising Patterns!
A fascinating science discovery unfolded at Nalikul Balika Vidyalaya, Nawapara, Nalikul, Durgapur, West Bengal, as students explored the Kaleidoscope model at the Mini Science Centre.
The model gave students a clear visual understanding of multiple reflection—showing how reflections can repeat and form beautiful symmetrical images. What seems like a colourful pattern is a wonderful demonstration of the science of light!
Interactive models like the Kaleidoscope make learning more engaging by giving students the opportunity to observe scientific concepts in action and connect them with real experiences.
#Kaleidoscope #MiniScienceCentre #STEMEducation #ScienceLearning #ReflectionOfLight #LearningByDoing #ExperientialLearning
1 month ago | [YT] | 0
View 0 replies
Mini Science Centre
Exploring the Science of Attraction!
A learning session at Government Middle School in Jhinghrai, Ghansore, Seoni, Madhya Pradesh, brought magnetism closer to students through the Fun with Magnet model at the Mini Science Centre.
Under teacher guidance, students explored different types of magnets and their practical applications, gaining a clearer understanding of how magnetic concepts relate to everyday life.
Such interactive learning experiences create space for observation, questioning, and discovery—helping students engage with science in a more meaningful way.
#STEMEducation #MiniScienceCentre #ScienceLearning #Magnetism #ExperientialLearning #HandsOnScience #LearningByDoing
1 month ago | [YT] | 0
View 0 replies
Mini Science Centre
At Jakhar Primary School, Shivajinagar, Samastipur, Bihar, teachers explored how STEM models can become powerful tools for classroom learning.
Through a Teachers’ Capacity Building Session, educators engaged in hands-on demonstrations and learned practical ways to use models to explain concepts, encourage questions, and make learning more interactive and experiential.
A model is only the starting point. When teachers know how to use it effectively, a simple demonstration can help students observe, experiment, and discover concepts for themselves.
By strengthening teachers’ capacity to use hands-on STEM tools, we can help create classrooms where students learn not just by listening, but by exploring.
#TeacherTraining #TeacherCapacityBuilding #STEMEducation #ExperientialLearning #EducationForAll #HandsOnLearning #STEMLearning
2 months ago | [YT] | 0
View 0 replies
Mini Science Centre
From Learning Science to Living Science!
What if every science lesson could be explored instead of memorized? A Mini Science Centre transforms classrooms into spaces where students observe, experiment, and discover scientific concepts through hands-on learning. With 80+ interactive STEM models covering 150+ Science & Math concepts, students from Grades 5–12 develop curiosity, critical thinking, and real-world problem-solving skills while making learning meaningful and enjoyable.
More than just a STEM lab, it's a complete learning ecosystem. Curriculum-aligned, supported with teacher training, academic handholding, and minimal maintenance, the Mini Science Centre empowers schools to deliver experiential education year after year. It encourages self-learning, peer collaboration, deeper concept clarity, and scientific thinking—moving students beyond rote learning toward innovation.
Built for India's diverse classrooms, the Mini Science Centre is available in 10+ languages, approved by 7 SCERTs, implemented across 29 states, and aligned with NEP 2020 and SDG 4. One Mini Science Centre can inspire generations of learners, nurture future innovators, and create lasting educational impact.
Partner with us to transform education through experiential STEM learning.
#STEMEducation #ExperientialLearning #MiniScienceCentre #NEP2020 #ScienceEducation #InnovationInEducation #FutureReadyStudents
3 months ago | [YT] | 0
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