Every year on 28 February, India celebrates National Science Day. The date marks the announcement of the Raman Effect in 1928 by the physicist C.V. Raman, who went on to win the Nobel Prize in Physics. For schools and families, it is a reminder that science is not just a subject to be studied for exams. It is a way of asking questions and finding answers.

This guide gives parents in HSR Layout a practical way to mark the day: why curiosity matters more than memorised facts, how to run safe experiments at home, and what to look for in a school’s science culture when choosing the best school in HSR Layout.

Why Curiosity Matters More Than Facts

A child who knows that water boils at 100 degrees Celsius has a fact. A child who wonders why it boils faster on a mountain has the beginning of scientific thinking.

The National Education Policy (NEP) 2020 asks schools to reduce rote learning and focus on understanding, inquiry and application. CBSE has also moved towards more competency-based questions. In both cases, the message is the same: children should learn how to think, not just what to remember.

The scientific habits worth building

• Asking questions: “Why does this happen?”
• Making guesses: “I think it will float because…”
• Testing ideas: trying something and watching what happens
• Noticing carefully: observing details and recording them
• Accepting surprise: being open when results are different from expectation
• Explaining clearly: sharing what you found with others

These habits help in every subject and in later life.

What Good Science Teaching Looks Like

When you visit a school, look for these signs of good science teaching.

1. Children handle things. They measure, mix, build and observe, rather than only reading.
2. Questions are welcome. Teachers respond to “why” with curiosity.
3. Labs are used regularly, not just before exams.
4. Experiments can fail. Mistakes are treated as part of discovery.
5. Science connects to life. Children link ideas to food, weather, health, machines and nature.
6. Different ways to show learning. Models, posters, presentations and demonstrations, not only written tests.

Science and Technology at MS Dhoni Global School

MS Dhoni Global School (MSDGS) at Kudlu Gate HSR Extension (South) places science, technology, engineering and maths at the centre of its approach.

The labs

According to the school’s infrastructure page, the campus has:

• A Science Lab for biology, chemistry and physics, with hands-on, inquiry-based learning
• A Maths Lab with geometric instruments and visual aids
• A Computer Lab with high-performance computers and software for programming, digital design and data analysis
• A Robotics Lab with robotics kits and programmable devices for STEM learning

STEM and robotics

The STEM and robotics programme runs once a week in a dedicated block. It covers coding, robotics, electronics and engineering design, with around 20 activities across the year. Students work in groups to brainstorm solutions and build working robotic models. The school describes the aim as making students active creators and innovators, not only consumers of technology.

Curriculum links

In the Explorers stage (Grades 1 to 5), children study Science and Environmental Science alongside Scratch programming and introductory robotics and AI. The Innovators stage (Grades 6 to 8) adds amateur robotics and AI and exploratory learning through global tech resources. The Wizards stage (Grades 9 and 10) includes advanced robotics and innovation programmes by Microsoft.

Expo and showcase culture

The school also runs an annual expo, where children can present their work. For wider context, see the life at MSDGS page.

Ten Safe Science Activities for Home

These activities use everyday materials. Always supervise young children, and avoid anything involving open flames, strong chemicals or sharp tools for small ones.

1. Sink or float. Collect household objects, guess which will float, then test them in a tub of water. Record guesses and results in a table.
2. Rainbow in a glass. Layer sugar solutions of different strengths with food colouring to see density at work.
3. Plant a bean. Sprout a bean in a damp paper towel inside a clear glass, and draw what you see each day.
4. Balloon rocket. Thread a string through a straw, tape a balloon to it and release the air to see how thrust moves it.
5. Shadow clock. Place a stick in the ground on a sunny day and mark its shadow every hour.
6. Magnet hunt. Test which household objects a magnet attracts and sort them into groups.
7. Kitchen chemistry. Mix baking soda and vinegar in a tray and observe the fizz, with eye care.
8. Build a bridge. Use paper and tape to build a bridge across two books, then test how many coins it can hold.
9. Weather diary. Record temperature, clouds and rain for a month and look for patterns.
10. Simple circuit. With a small battery pack, bulb and wires from a kit, build a basic circuit under adult supervision.

How to Ask Questions That Spark Thinking

Parents do not need to know the answers. Better questions help more than quick explanations.

• “What do you notice?”
• “What do you think will happen? Why?”
• “What could we change to see a different result?”
• “How could we test that?”
• “What surprised you?”
• “Where else might this happen?”

When your child asks something you cannot answer, say “Let us find out together.” That is exactly how scientists work.

Celebrating Indian Scientists

National Science Day is a good moment to share stories of Indian scientists with children. C.V. Raman is the obvious starting point. Families can also read about other Indian scientists and inventors from different periods, including women scientists whose work is less well known. Visit a library or a science centre in Bangalore to see exhibits and demonstrations. Learning about real people shows children that science is a human adventure.

Technology as a Science Tool

Digital tools can deepen science learning when used well. MSDGS is a Microsoft Showcase School. The school says its students can access free webinars from industry leaders and a library of video lectures on complex concepts, and teachers train towards Microsoft Innovative Educator certification. Technology helps most when it supports hands-on work rather than replacing it.

Questions to Ask on a School Visit

1. May I see the science lab, and when did a class last use it?
2. How often do children do experiments in each grade?
3. How do you encourage questions in class?
4. What science events or exhibitions do you hold?
5. How is science assessed beyond written tests?
6. How do children learn coding and robotics?

If you are comparing CBSE options specifically, our guide to the best CBSE school in HSR Layout lists the admissions steps and questions in more detail.

Frequently Asked Questions

When is National Science Day?

It is observed every year on 28 February.

Why is it celebrated?

It marks the announcement of the Raman Effect by C.V. Raman in 1928.

How can I encourage a child who finds science boring?

Start with hands-on activities linked to their interests, such as cooking, sport, animals or gadgets, and ask open questions.

Does MS Dhoni Global School have science labs?

Yes. The campus has Science, Maths, Computer and Robotics labs.

Are admissions open for 2027-28?

Yes. The session is tentatively set to begin on 1 June 2027.

Come and See the Labs

Curiosity grows best where children can touch, try and ask. Book a campus visit at MS Dhoni Global School and tour the labs with our team.

Call +91-7397757777 or +91-7397767777, email info@msdhoniglobalschoolblr.com, or use the admission enquiry form.