What is Coding Lab

Coding Lab was founded by an alumnus of MIT with the vision of delivering high-quality computer science education for children and teenagers. Their curriculum is described as “MIT-inspired” and “award-winning.” Since its establishment in 2015, Coding Lab has served thousands of students globally.

While they also offer in-person classes (in Singapore and Japan), the focus of this post is on their online offerings, which bring their programming and computational thinking curriculum to students around the world.

What Their Online Classes Offer

Worldwide Access & Convenience

One of the key benefits of Coding Lab’s online format is that students can learn from anywhere — no matter where they live or move to.

The shift to online learning removes geographic constraints, making world-class CS education accessible globally.

They position this as a “time-saving superpower” — saving time on commuting and giving students and parents more flexibility.

A Full-featured Learning Environment (Not Just Video Calls)

Coding Lab’s online learning is more than just live video classes. Students also receive complimentary access to their proprietary learning infrastructure: a Learning Management System (LMS).

Features include:

• Live classes over Zoom, with real tutors.
• On-demand interactive video tutorials (so students can revisit lessons any time).
• Fully illustrated e-books.
• Quizzes and coding challenges to test understanding and practice skills.

This blended approach — live instruction + self-paced learning resources — is designed to make online learning effective and comprehensive.

Small Class Sizes & Personalized Attention

For their online classes, Coding Lab emphasizes low student-to-teacher ratios (e.g. a maximum of 1:10 in certain courses) to ensure each student receives attention and support.

This helps tutors give individualized help, monitor progress, and guide students during live coding sessions — for example, by viewing students’ screens and helping them debug in real time.

Structured Curriculum Across Age Groups (7 to 18)

Coding Lab organizes their online programs into age-based tracks, ensuring age-appropriate learning paths and progressive development of skills.

Here’s how the tracks break down:

• Ages 7–9: For younger children. Courses include block-based or beginner-friendly platforms like Scratch, Micro:Bit, mBot Robotics, Game Development, and a “Young Computer Scientists” track.
• Ages 10–12: More advanced foundational courses — App Development, Python programming, “Advanced Computer Scientists,” and courses geared toward preparation for school admissions (e.g. “DSA”) or competitions like Hwa Chong Infocomm Challenge (HCIC), as well as global competitions such as hackathons under MIT App Inventor Summit.
• Ages 13–18: For teens, they offer more advanced computer science courses: Python, Olympiad-level coding, Artificial Intelligence (AI), Data Science, Web Apps, Game Development, Modelling & Simulation. This structured progression allows students to start from scratch and gradually build up to more sophisticated programming and computational-thinking skills.

Flexibility: Weekly Classes or Holiday Camps

For older students (ages 13–18), Coding Lab offers different class formats. Students can opt for weekly classes (one lesson per week, 2 hours per lesson, totaling 20 hours per quarter) or holiday camps (intensive 5-lesson blocks, 4 hours each, also totaling 20 hours).

This flexibility can cater to different learning needs — regular steady-paced learning or intensive bursts during school holidays.

Educational Philosophy & Outcomes

Coding Lab positions itself as not just teaching coding, but nurturing computational thinking, creativity, and problem-solving skills.

Their curriculum aims to prepare students not only for coding competitions and school admissions, but also to build skills that boost academic performance and foster a lifelong mindset for problem-solving.

They point to a “proven track record” of students achieving success in national and global coding competitions, earning school admissions via special admissions routes, and eventually going on to tertiary institutions.

Coding Lab describes their goal as nurturing “future leaders in technology,” inspiring each child — whether a beginner or more advanced — to learn, create and thrive.

How Online Classes Work in Practice

• Upon signing up, students get scheduled live lessons via Zoom at set times.
• They receive login access to the Coding Lab LMS, which hosts on-demand video tutorials, e-books, quizzes, and practice challenges.
• Students need a desktop or laptop with webcam and microphone to take classes; for certain courses (e.g. App Inventor), an Android device is recommended, though iOS or emulators may be used.
• If needed, Coding Lab offers a complimentary “E-Learning Concierge” service: a 30-minute onboarding call to walk through setup steps such as installing Zoom and preparing the device — especially helpful for younger children.
• During live class, students are encouraged to share their screens. Tutors can view and, if needed, take over the student’s screen to debug code or walk them through solutions — effectively simulating a one-on-one tutoring environment.
• For students who miss a class or want to revisit material, the on-demand tutorial library is available 24/7.

According to parent/student feedback, the online classes are well-structured and engaging. For instance, one parent noted that even a child who was not previously computer-savvy responded positively and enjoyed the class.

Summary

In short, Coding Lab’s online program delivers a comprehensive, structured coding education to children and teens aged 7–18 around the world, combining:

• A well-designed, award-winning, MIT-inspired curriculum;
• Progressive learning tracks (ages 7–9, 10–12, 13–18), ranging from beginner-friendly Scratch to advanced Python, AI, Data Science, web apps, and more;
• A mixed-mode learning environment: live Zoom lessons + access to an LMS with videos, e-books, quizzes, and challenges;
• Small class sizes and personalized attention;
• Flexible scheduling (weekly classes or holiday camps for older students);
• Global accessibility — all you need is a computer (and sometimes a mobile device) and internet access;
• Support system to help with setup and learning;

This makes Coding Lab a robust option for families who want to equip their children with coding skills — whether for enrichment, competition preparation, academic advantage, or long-term interest in technology.