Coding Classes for Primary School Students

Build a strong foundation in coding with engaging, age-appropriate lessons designed for primary school students.

Trusted by 120+ MOE Schools

CSTA Aligned Curriculum

Small Class Sizes

Hands-on Learning Approach

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Primary Coding Classes Overview:

Singapore is placing greater emphasis on computational thinking, coding, and AI literacy from an early age. Through programmes such as IMDA’s Code for Fun and AI for Fun, primary school students gain hands-on exposure to coding and emerging technologies.

At Graphite Academy, our coding classes for primary school students build these foundations through age-appropriate, project-based learning. Students learn core coding concepts, computational thinking, and problem-solving while creating games, animations, and interactive projects.

Our primary school coding curriculum is designed as a progressive pathway, helping students strengthen their programming skills before moving towards more advanced areas such as Python, robotics, AI, and software development.

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Coding Classes Designed for Primary School Students

Our primary school coding programme builds strong computer science foundations through a progressive curriculum combining coding, game development, robotics, and hands-on projects.

Course Highlights	Course Details
Recommended Age Group	6–12 Years
School Grades	Grade 1–6
Course Level	Foundation to Exposure
Learning Focus	Block-based coding, animation and game development, robotics, electronics, circuitry, data analytics, and design thinking.
Technology & Platforms	Software and hardware platforms selected according to the module and learning level.
Programme Duration	5 Terms • 40 Sessions
Lesson Duration	1.5 Hours per lesson
Learning Format	Structured weekly classes with hands-on learning.
Class Experience	Small-class learning with guidance from experienced instructors.
Hands-on Projects	Students apply coding concepts through games, animations, robotics applications, and design projects.
Assessment	Final graded examinations with internationally recognised certifications.
Programme Fee	Starting from $75 per lesson 8 lessons per term • $600 per term 5 terms per grade • $3,000 per grade
Free Trial Class	Available

Progressive Learning Pathway: Students build their foundations through coding and game development before applying their skills to robotics, electronics, and design projects.

Ready to start your child’s coding journey?

Give your child a strong start in technology with structured, hands-on coding classes designed for primary school students. From coding fundamentals and game development to robotics and design thinking, our progressive programmes help children build practical skills, confidence, and a foundation for future learning.

What Students Learn Throughout the Programme

Our primary school coding curriculum progressively builds coding, creativity, problem-solving, and technology skills through hands-on projects.

Introduction to Block-Based Coding

Students learn the fundamentals of block-based coding, building an understanding of sequencing, logic, and how instructions control a programme.

Animation & Game Development

Students apply coding concepts to create animations and interactive games while developing creativity, critical thinking, and problem-solving skills.

Coding in Robotics

Students take coding beyond the screen by applying programming concepts to robotics, learning how code can control physical components through hands-on projects.

Electronics, Sensors & Circuitry

Students explore circuitry and sensors while discovering how physical components work together with code through practical activities.

Design Thinking & Prototyping

Students plan, build, test, and improve their ideas, turning concepts into working prototypes while strengthening creativity and problem-solving.

Learning Outcomes of Our Primary School Coding Classes

By the end of the programme, students will have built a strong foundation in coding and computational thinking through hands-on projects. They will be able to apply programming concepts to create interactive games, animations, robotics projects, and prototypes while developing greater confidence, creativity, logical thinking, and problem-solving skills.

Develop Computational Thinking & Structured Reasoning

Students learn to organise their thinking through sequencing, algorithmic thinking and problem-solving, building the reasoning skills needed to approach coding challenges systematically.

Build Strong Coding Foundations

Students develop foundational coding skills through Scratch animation and game development, learning how to apply code to create interactive digital projects.

Apply Coding Through Robotics

Students connect software and hardware by applying their coding knowledge to robotics projects and exploring how code can control physical systems.

Explore Design, Electronics & Prototyping

Through circuitry, sensors and design thinking, students explore how technology works and learn to turn ideas into simple working prototypes.

Build a Foundation for Future Technology Learning

Students gain a structured foundation in Computer Science, preparing them to progress into more advanced coding, robotics and technology concepts.

Start Early for DSA Success with Coding & Robotics

Building coding and robotics skills early gives students time to develop strong foundations, gain practical experience, and build confidence. Students who are interested in the DSA pathway can progress from our primary school coding and robotics programmes into focused DSA preparation.

Build strong foundations
Develop coding, computational thinking, robotics and problem-solving skills.

Learn through projects
Apply skills through hands-on coding, robotics and creative projects.

Build experience over time
Give students opportunities to develop practical skills and project experience.

Progress towards DSA
Students can move into dedicated DSA preparation for more focused training.

Explore DSA Preparation → Book Free DSA Consultation →

Continue Your Coding Journey in Secondary School

Primary school coding is only the beginning. Students can continue building on their foundations as they move into secondary school, progressing from Scratch and visual programming into more advanced coding, robotics, game development, Python, AI and real-world projects.

From Scratch to text-based coding
Build on Scratch programming foundations and progress towards more advanced coding concepts.

Develop advanced programming skills
Explore Python, algorithms, problem-solving and software development.

Explore technology pathways
Continue into robotics, AI, game development and other technology projects.

Prepare for future opportunities
Strengthen technical skills for competitions, STEM learning and future academic pathways.

Have a Doubt? Contact Us

New to coding? Start with our Beginner Coding Classes

Inside Our Primary School Coding Classes

Why Parents Choose Graphite Academy

Parents choose Graphite Academy for our structured curriculum, experienced educators, and hands-on approach to coding and robotics. With a progressive learning pathway and a curriculum trusted by 120+ schools in Singapore, we help children build practical technology skills, confidence, and strong foundations for future learning.

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Love Your Experience at Graphite Academy?

Your feedback helps other parents discover quality coding and robotics education while supporting our growing learning community.

Trusted by Parents, Loved by Students

      EXCELLENT  
   Based on 14 reviews 
    
 
 
 
   
 
 
       Posted on Google  
   
   Aisyah H 
 
 
 
 Trustindex verifies that the original source of the review is Google. My son has been attending Graphite Academy for his coding lessons since May 2025, and even after more than a year, he still looks forward to every class!

I really like that the programme includes tests and grading, as it gives parents a clear understanding of their child’s progress and the level they are currently at. It’s great to see him enjoying his lessons while continuing to learn and improve. Overall, we’ve had a very positive experience with Graphite Academy!
  
 
      Posted on Google  
   
   Cyndi 
 
 
 
 Trustindex verifies that the original source of the review is Google. Great programme for kids! My son has been enjoying his regular weekly classes since February 2023. The teacher pays close attention to the children, providing good feedback and encouragement. The staff is very helpful and accommodating.
  
 
      Posted on Google  
   
   Karin Thie 
 
 
 
 Trustindex verifies that the original source of the review is Google. Awesome holiday program! My son enjoyed the coding classes very much. The instructors were friendly and patient. The classes were kept small so every child could receive the attention required. Would highly recommend Graphite Academy.
  
 
      Posted on Google  
   
   Cha L 
 
 
 
 Trustindex verifies that the original source of the review is Google. Child completed coding holiday camp and had lotsa fun. Good introduction to coding for beginners.
  
 
      Posted on Google  
   
   Badron Adnan 
 
 
 
 Trustindex verifies that the original source of the review is Google. My 6y old son had a blast in their holiday programme. Great for kids who are fascinated by how games work and want to make their own!
  
 
      Posted on Google  
   
   Nur Salmah Abdul Aziz 
 
 
 
 Trustindex verifies that the original source of the review is Google. My son went for the dec holiday program and thoroughly enjoyed himself. He was excited to share with me what he learnt in class everyday. The teachers and staff are helpful and friendly too.

Frequently Asked Questions

What is the best age to start coding in primary school?

Children can begin learning coding during their primary school years. At Graphite Academy, our Foundations programme is designed for students from Grade 1 to Grade 3, introducing coding concepts progressively through hands-on projects, game development, robotics, and design activities.

What coding language do primary school students learn?

Students begin with block-based coding to develop an understanding of programming logic, sequencing, and computational thinking. They apply these foundations through animation, game development, robotics, and other technology projects as they progress.

How is this different from beginner coding classes?

Our Primary School Coding programme follows a structured learning pathway. Students build their coding foundations before applying their skills to game development, robotics, electronics, sensors, and design thinking.

Does my child need prior coding experience?

No. Students can begin at the foundation level without prior coding experience. Concepts are introduced progressively through guided, hands-on activities that help children build confidence and develop their coding skills.