Walk into a modern classroom and you may see children building a
small robot, writing a simple program, testing a bridge made of straws
or measuring plant growth over a week. This is STEM,
short for science, technology, engineering and mathematics, and it has
become a regular part of how good schools prepare children for a
changing world.
But STEM is also an easily over-used word. Some schools use it to
describe a single weekly computer class, while others integrate it into
daily learning. This guide explains what STEM and robotics really mean
for children, what benefits they bring, and how parents in Gunjur,
Varthur and Sarjapur can judge a school’s programme. We use the STEM and
Robotics offering at M S Dhoni Global School (MSDGS) as an example. For
wider school selection, see our parent’s
checklist for choosing a CBSE school.
What STEM Really Is
STEM is less a set of subjects than a way of learning. It asks
children to:
- Observe the world and ask questions
- Make predictions and test them
- Design and build solutions
- Use numbers and data to make sense of results
- Reflect, improve and try again
A child who builds a model bridge and tests how much weight it holds
is practising all four letters at once: science (forces), technology
(tools), engineering (design) and maths (measurement).
Why Robotics Is a
Powerful Entry Point
Robotics combines many STEM ideas in one engaging activity. When
children build and programme a robot, they learn:
- Logic and sequencing. A robot does exactly what it
is told, so children learn to give clear, ordered instructions. - Problem-solving. When a robot does not behave as
expected, children debug, adjust and try again. - Creativity. There are many ways to solve a
challenge, and children can design their own. - Teamwork. Robotics is often a group activity, with
children sharing roles and ideas. - Perseverance. Failure is part of the process, and
children learn to treat mistakes as information.
These are life skills as much as technical ones.
What Good STEM
Looks Like at Different Ages
Early years (Nursery to UKG)
STEM here is simple and playful: sorting objects, building with
blocks, exploring sand and water, planting seeds, noticing patterns.
There are no screens needed. The aim is curiosity and hands-on
discovery.
Lower primary
Children begin to ask “why” and “how.” Activities include simple
experiments, measuring, basic data collection and introductory coding
concepts, such as giving a friend step-by-step directions through a
maze.
Upper primary and middle
school
Children can build and programme simple robots, design experiments
with fair tests, use spreadsheets to record data and learn the basics of
block-based coding. Projects increasingly connect to real-world
problems, such as water saving, waste management or energy.
Secondary school
Students deepen their understanding of science and maths, explore
programming languages and may take on longer projects. These years
prepare them for senior secondary subject choices and future
careers.
STEM at M S Dhoni Global
School
MSDGS lists STEM and Robotics as one of its beyond-academics
programmes. Its infrastructure page describes:
- A Robotics Lab with robotics kits and programmable
devices - A Computer Lab with high-performance computers and
educational software for programming, digital design and data
analysis - A Science Lab covering biology, chemistry and
physics, with safety features - A Math Lab with geometric instruments and visual
aids
The school is also a Microsoft Showcase School partner and uses tools
such as Office 365, OneNote, Teams and Surface devices. Teachers train
through Microsoft’s educator pathway. To learn more about this
partnership, read what the
Microsoft Showcase School status means for parents. The website does
not give details of the robotics curriculum by grade, so it is worth
asking the school how often each class visits the lab and what projects
children complete.
How to Evaluate a
School’s STEM Programme
Use these questions during a school visit.
- Frequency. How many periods per week do children
spend in the robotics or computer lab? - Teachers. Who teaches STEM? What training do they
have? - Projects. Can you show examples of work completed
by children at my child’s grade? - Equipment. What kits and devices are available, and
how many children share each? - Integration. Does STEM connect to the regular
curriculum, or is it a separate activity? - Inclusion. Are all children involved, including
girls and those who are less confident with technology? - Competitions and events. Does the school hold a
science exhibition or take part in external competitions? - Safety. How are lab safety rules taught and
enforced?
You may also like our list of questions to ask
during a school visit.
The Role of Exhibitions and
Expos
Showing work to an audience motivates children and builds
communication skills. MSDGS lists an Expo among its beyond-academics
activities, which suggests a regular chance to present projects. Ask to
see photos or videos from past events. Our article on building confident
public speakers at school explains how presentation builds
confidence.
STEM Is Not Only for
Future Engineers
Parents sometimes think STEM is only for children who want to become
engineers or scientists. In truth, the skills it builds are useful in
every career: reasoning, collaboration, creative problem-solving and
comfort with data. A future doctor, designer, entrepreneur or artist
benefits from the same habits of thinking.
Balancing STEM With Other
Experiences
STEM is powerful, but it works best alongside reading, arts, sports
and social learning. A child who builds a robot but never plays outside
or reads for pleasure is missing out. Look for a school that treats
technology as one part of a rounded education. MSDGS also offers music,
dance, art and craft, yoga and sports, and it describes a 360-degree
approach to development. Read why art, music and dance
matter and screen
time and tech in primary school.
How to Encourage STEM at
Home
You do not need expensive kits to support STEM at home.
- Ask questions. “What do you think will happen?”
“How could we find out?” - Cook together. Measuring, mixing and watching
changes in food is chemistry and maths. - Build with household items. Cardboard, tape,
bottles and string can become bridges, cars or marble runs. - Explore nature. Collect leaves, watch insects and
track the moon. - Play with puzzles and strategy games. Chess,
jigsaws and logic games build reasoning. - Try free coding games. Many beginner-friendly tools
teach block-based coding through play. - Visit science centres and museums. Bengaluru has
several that families can enjoy on weekends. - Celebrate mistakes. Say “That did not work. What
can we try next?” instead of “That was wrong.”
For a seasonal list, see summer
holiday activities for kids.
Common Concerns
“My child is not good at
maths”
Hands-on STEM often helps children who struggle with abstract maths,
because they see why the numbers matter. Our guide to helping your child with
maths at home offers practical tips.
“Is robotics too
advanced for young children?”
Not when it is age-appropriate. Younger children can start with
simple building and cause-and-effect toys, before moving to programmable
kits.
“Will STEM affect board
results?”
A good STEM programme strengthens understanding and problem-solving,
which supports performance in subjects like maths and science. It should
not replace the regular curriculum.
A Sample STEM Project for
Each Stage
Seeing example projects helps you picture what good STEM looks like
at school.
Early years: “Float or sink?” Children collect small
objects, predict whether each will float or sink, test in a basin of
water and sort the results on a chart. They practise prediction,
observation and language.
Lower primary: “Build a bridge.” Using straws, paper
and tape, groups design a bridge that can hold a small toy car. They
test, find weak points and improve their designs.
Upper primary: “A robot that follows a line.”
Students programme a simple robot to follow a path, then adjust the code
when it veers off. They learn sequencing, debugging and persistence.
Middle school: “Save water at school.” Students
measure water use in different parts of the campus, analyse the data in
a spreadsheet and propose solutions. This links science, maths,
technology and civic responsibility.
Ask the school for examples of projects like these at the grade your
child will join.
Why Girls and Boys Both Need
STEM
Research and experience show that girls are just as capable as boys
in STEM, yet they sometimes lose confidence as they grow older. A school
that actively encourages every child, assigns roles fairly in group work
and celebrates diverse role models helps keep doors open. When you
visit, notice who is using the equipment and who is leading the
activity.
Frequently Asked Questions
Does MSDGS have a robotics
lab?
Yes, the infrastructure page lists a Robotics Lab with robotics kits
and programmable devices.
Which grades take
part in STEM and robotics?
The website does not specify grade-wise details. Please ask the
school.
Is there a computer lab?
Yes. The school lists a Computer Lab with high-performance computers
and educational software.
Are there science
exhibitions?
The school lists an Expo among its beyond-academics activities. Ask
for details of format and timing.
Visit the Labs
Seeing a lab in use tells you more than any brochure. Send an admission enquiry to arrange a visit to
M S Dhoni Global School, or read about the school’s STEM and Robotics programme and labs.
