STEM Innovation
Robotics, Coding & STEM Education in Singapore
Empowering young innovators through hands-on tech learning, Inquiry, Design & Innovation.
🌱 Inspire. Design. Build. Innovate.
Join our Code for Fun 2026 and STEM Innovation Pathways to nurture your child’s confidence and digital fluency.
Our Robotics, Coding and STEM Education programmes prepare students to become future-ready thinkers and creators. Guided by Singapore’s MOE EdTech Masterplan 2030, our curriculum blends computational thinking, coding, AI and digital making with creativity and real-world problem solving.
Our Visual Arts curriculum mirrors Singapore’s art education pathways, giving students the tools and confidence to excel in interviews, exhibitions, and future art institutions.
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Inquire: Understand real-world challenges.
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Design: Brainstorm and prototype innovative solutions.
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Build: Apply coding, engineering and scientific principles.
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Reflect: Present and iterate using engineering notebooks and rubrics.​
We believe that every learner can be a creator. Our STEM methodology follows a Design Thinking and Project-Based Learning (PBL) model:
Each student develops a portfolio of 1–2 working prototypes per term, demonstrating their learning journey and creativity.
Differentiated Learning
Our programmes are tailored by age and skill level:
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Lower Primary: Screen-free or block-based coding through playful tasks.
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Upper Primary: micro:bit projects, Scratch/Blockly coding and beginner electronics.
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Secondary: Python/JavaScript, robotics control, AI/ML, IoT and 3D printing.
Services
Project-based learning across six core pillars
STEM Education Programme
Our holistic STEM curriculum engages students in hands-on, age-appropriate projects that encourage engineering thinking, scientific literacy, and creative innovation.
Six Core Learning Pillars:
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AI & IoT – Build smart systems using sensors, data and automation.
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Robotics & Coding – Learn Python, JavaScript, and hardware programming.
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VR/AR Science – Explore science concepts through immersive 3D simulations.
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Programmable Drones – Understand flight mechanics, coding and safe drone operation.
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Sensor Science Labs – Integrate electronics and prototyping for smart environments.
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Biotech – Conduct hands-on experiments from DNA extraction to gene editing principles.
Digitally empowered, future-ready learners and innovators
Code for Fun Programme 2026
Endorsed by MOE’s EdTech Masterplan 2030, our Code for Fun programme introduces students to:
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Computational Thinking & Coding
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Digital Making
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Emerging Technologies & Generative AI
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Problem-Solving through Design Thinking
Students explore AI tools, chatbots, Teachable Machines, Micro:bit hardware and digital making with AI, developing innovation skills that prepare them for tomorrow’s digital economy.
All lessons are supported by an integrated Learning Management System (LMS) for easy home-based learning and revision.
Packages
01
Lower Primary
Highlights
Coding Foundations & Smart Play
Duration
8–10 weeks
Format
In-person / School-based
02
Upper Primary
Highlights
​Code for Fun: Sensors & AI
Duration
10 weeks
Format
Hybrid (with LMS)
03
Secondary
Highlights
Applied STEM & Robotics Track
Duration
12 weeks
Format
In-person / Competition-ready
04
Holiday Camps
Highlights
​AI for Fun, Drone Makers, VR Science
Duration
​1–2 weeks
Format
Holiday Programme
