“Where the textbook ends — and the laboratory begins.”
Levels
3
Primary · Middle · Senior
Outcomes
5
Skills children walk away with
Pathways
4
Future careers unlocked
The idea
Science at NASCA is practised, not delivered. From the earliest years, students design and conduct investigations, record data faithfully, and draw conclusions that the evidence can actually support. The stream covers Biology, Chemistry and Physics in integrated progression — from the properties of materials in Grade 1 to original research projects with statistical analysis in Grade 12. Technology is embedded throughout: measurement tools, data logging, simulation software and Python for quantitative analysis support investigative work at every level. Senior projects are research-grade and explicitly connected to global environmental and health challenges.
Inside the stream — a story
Science is not a textbook. It is a way of asking the world questions and refusing to be fooled. This stream restores wonder and rigour in equal measure, and turns school science into living research.
We start every term with a phenomenon, not a definition. A magnet. A pendulum. A fizzing reaction. We let the children stare. We let them ask.
By the end of the first month, ‘what if’ becomes their first instinct, not their last.
We let them stare. We let them ask.
Variables, controls, repetition — taught not as rules but as tools to stop being fooled by accident. Children design experiments to test the bounciness of different balls, the burn time of different candles, the sound levels of different classrooms.
Every experiment ends with the same question: how would you fool yourself if you weren't careful?
We teach plotting as a way of seeing. Children move from bar charts to line graphs to small scatter plots, and start to argue, beautifully, about whether a trend is real or imagined.
Statistical literacy at age 11 looks like: ‘That's only three trials. We can't say that yet.’
Children take their methods outside — sampling pond water, mapping urban heat, counting birds at dawn. They collaborate with local experts. They publish their findings on classroom walls and online.
Science, suddenly, is something they do — not something they revise.
The capstone is a school science journal — peer-reviewed, edited, printed. Children write methods, defend results, accept revisions. Many cite their classmates.
Years later, those journals turn up in college applications. They speak louder than any score.
A peer-reviewed paper, age 12. It speaks louder than any score.
A scene from a real classroom
A pair of students, sleeves rolled up, defending their pond-water results to a visiting biologist. He asks how they controlled for time of day. They have an answer. He smiles, jots in his notebook, and says: ‘That's a real result.’
We do not teach children science. We teach them to do science. There is a difference, and it lasts a lifetime.
— End of story · Read on for the curriculum
The journey
Ask the question nobody else has asked yet.
Design and run a controlled experiment.
Plot, compare, falsify, refine.
Write it up so another scientist can repeat it.
Signature project
Children publish a peer-reviewed school journal each term — with experiments, data and citations.
Why it matters
Science is not a textbook — it is a way of asking the world questions and refusing to be fooled. This stream restores wonder and rigour in equal measure, and turns school science into living research.
A typical session
The curriculum
Six modules across an academic year. Every module is hands-on, project-led and ends with something children have built and can show.
Showcase moments
A wall of testable questions children genuinely want to investigate.
Poster session where students defend their methods to peers.
A real, peer-reviewed publication produced and edited by students.
For parents
Expect a child who wants to test things, not just believe them. Their writing — across all subjects — usually improves alongside their thinking.
For teachers & schools
Aligned to NCERT/NGSS practices. Comes with safe lab protocols, apparatus lists and a peer-review framework.
What children build
Tools & tech
Levels offered
Outcomes
Hypothesis design
Controlled experiments
Data analysis
Scientific writing
Peer review
Questions parents ask
The honest answers to the questions families ask us most.
It is project-led, not chapter-led — children investigate questions across weeks instead of moving topic-to-topic.
No. Most experiments work with everyday materials and basic kits.
Yes — printed and indexed, with editor roles rotated among students.
Yes. Children develop deeper conceptual understanding and stronger writing — both of which transfer.
