Ages 13 to 18

Yes, for teens ages 13 to 18, Coding Lab’s courses focus on Python. And there’s a good reason for that: Python is one of the top five programming languages in the world, used by companies like Google, Instagram, and Spotify. That means your child is learning a language that truly matters in the real world.

We pair Python with our MIT-inspired curriculum, so learning is not just about writing code — it’s about thinking like a problem-solver and creator.

Students begin with Python 1 and Python 2, where they build a strong and confident foundation in coding. From there, they can level up to S100P (Python Perfect), where they tackle exciting real-world challenges inspired by fields like Finance, Engineering, and Healthcare.

But it doesn’t stop there. Students can then dive even deeper through our Electives, where they get to choose research areas that truly spark their interest — whether it’s Artificial Intelligence, Data Analytics, Game Development, or more. This is where they apply their skills, build impressive projects, and shape their own unique coding journey.

Python is a suitable language to get students with zero background started on coding/ programming.

Many IP schools in Singapore have programming tests and projects for students to do across the years. Some schools start off with Python from Year 1 (TJC/ HCI), others (MGS) start with Scratch and move on to Python in the later years. Our IP students who have read our S100 teen modules with us have reported confidence in tackling the projects given in class and at school.

In addition, learning Python is especially meaningful when it is grounded in Mathematics and real-world problem solving, which are core emphases of the IP curriculum.

This course is a materialisation of the synergistic pairing of real-world problems, Mathematics, and Programming. Through our award-winning curriculum, students use authentic, real-life contexts and mathematical knowledge as the foundation for learning Python. Rather than coding in isolation, students apply mathematical concepts—such as patterns, logic, data analysis, and modelling—to design and implement Python solutions.

As a result, students not only pick up Python programming skills, but also develop a deeper conceptual understanding of Mathematics and strengthen their ability to apply both Mathematics and Programming to solve complex, real-world problems. This mirrors the IP emphasis on critical thinking, interdisciplinary learning, and application-based understanding, giving students a strong academic advantage as they progress into upper secondary, JC, and beyond.

With the news that SEC G3 Computing is now offered to all upper secondary students from 2026, we've been getting an increased level of interest in what SEC G3 computing is about, and how teens can be prepared for it. That's where our S100 Python courses can help.

Secondary 1 and 2 students interested to understand what SEC G3 Computing would entail would greatly benefit from our S102 (Python 1) and S112 (Python 2) courses. These courses have content that are also covered in the SEC G3 paper, and most importantly, will offer valuable insight and potentially a strong headstart for your teen should they complete one or both modules before deciding to apply for SEC G3 computing.