M01Weeks 1-4
Precise instructions
- Unplugged sequencing games
- Blocks in Scratch or Blockly
- Loops and conditions through play
- Say exactly what you mean, and watch it run
All specialisations
Specialisation · 03/16
Coding and Programming
“Fluency, not memorised syntax.”
Levels
3
Primary · Middle · Senior
Outcomes
5
Skills children walk away with
Pathways
4
Future careers unlocked
Quick answer
Coding and Programming at NASCA is a hands-on, project-led specialisation for Primary, Middle, Senior. Students learn Write clean code, Debug systematically, Use data structures and explore careers in Software Engineer, Backend Developer, Automation Engineer. The four-stage journey runs across a full academic year and is World STEM Federation accredited.
Grade 1–12: Blocks to Python to real software, written, broken and fixed by the student.
The idea
Coding at NASCA is treated as a language, so it is practised daily rather than covered once. Children begin unplugged and in blocks, move to Scratch and Blockly, then to Python around Grade 6, and to structured programs with functions, data structures, file handling and version control by senior school. Debugging is taught as a skill in its own right, with deliberate broken code that students diagnose. The measure of progress is simple: can the child build a program nobody in the room has built before?
The journey
A four-stage arc
01
Sequence
Give precise instructions and watch them run.
02
Structure
Loops, conditions, functions, and why they exist.
03
Build
Write a program with more than one moving part.
04
Collaborate
Use version control and review a friend's code.
Signature project
Flagship build
Ship It Week
Five days, one working program each, written from a blank file and pushed to a public repository.
Why it matters
Coding is a language, and languages are learned by daily use, not by covering a syllabus. Children who write, break and repair their own programs stop seeing software as something other people make.
A typical session
- 01Warm-up: read a short program and predict the output
- 02Introduce one new idea, briefly
- 03Build time, most of the session
- 04Deliberate bug hunt in broken code
- 05Show and tell, two minutes each
The curriculum
What they actually learn
Six modules across an academic year. Every module is hands-on, project-led and ends with something children have built and can show.
M02Weeks 5-9
Making things move
- Events, sprites and simple games
- Variables and score keeping
- Break a program on purpose and fix it
- Plan before you build
M03Weeks 10-16
Into Python
- From blocks to text without the fear
- Strings, numbers, lists and dictionaries
- Functions, and why repeating yourself hurts
- Read an error message properly
M04Weeks 17-22
Real programs
- Files, input and output
- Command-line tools that do something useful
- Automate a boring school task
- Write code another student can read
M05Weeks 23-27
Working like a team
- Git basics and version history
- Push a project to GitHub
- Review a classmate's code kindly and usefully
- Fix a bug in someone else's work
M06Weeks 28-30
Ship it
- Blank file to working program in five days
- Test it against real input
- Write the README
- Demo and defend the design choices
Showcase moments
Three highlights through the year
- Term 1
First game night
Parents play the games their children built, and lose.
- Term 2
The bug clinic
Students diagnose deliberately broken code in front of the class.
- Term 3
Ship It Week
Five programs in five days, each pushed to a public repository.
For parents
Expect the first working program to be small and the pride to be enormous. Both are correct.
For teachers & schools
Sessions run as workshops, not lectures. Most of the hour is the child writing code with a teacher circulating.
What children build
- Games
- Automation scripts
- Command-line tools
- Small libraries
- Version-controlled projects
Tools & tech
ScratchBlocklyPythonVS CodeGit and GitHubReplit
Levels offered
PrimaryMiddleSenior
Outcomes
What they walk away with
01
Write clean code
02
Debug systematically
03
Use data structures
04
Read other people's code
05
Ship a working program
Questions parents ask
FAQ
The honest answers to the questions families ask us most.
Which language do you teach?
Blocks first, then Python from around Grade 6. Senior students who want JavaScript or C++ are supported inside project work.
Is this the same as computational thinking?
No. Computational thinking builds the reasoning. This stream turns that reasoning into working software.
Do children need a laptop at home?
No. Everything runs in the lab, and Replit or Colab covers anyone who wants to continue at home on any device.
What does a strong student do by Grade 12?
Builds a multi-file program with real data, version control and tests, and explains every design decision in it.