Focus on Coding Logic Over Syntax

• Future-Proof Learning
  Coding logic is the foundation of every programming language. By emphasizing logic rather than syntax, we ensure that what we teach remains relevant for the long term. While we can’t predict which languages will dominate when our students grow up, we can equip them with the skills to learn any language quickly and confidently.

• Sharpening Cognitive & Problem-Solving Skills
  Coding logic strengthens the mind. Just like writing a powerful essay depends on content and ideas, not grammar details, great coding depends on logical thinking, not syntax. Mastering this skill helps students become creative, adaptable problem-solvers—a crucial advantage in any field.

Maximizing Cognitive Development for Academic Excellence
We believe coding offers a unique opportunity to develop critical cognitive skills with far-reaching benefits for academics and beyond. That’s why we take an extra step to nurture our students’ cognitive abilities in three key areas:

• Spatial Thinking
  The Lego Robotics platform trains students to visualize and construct complex designs, improving their ability to understand shapes, dimensions, and structures. In our Core Coding Logic Program, we take this even further with math-Olympiad-style spatial puzzles that challenge students to think in multiple dimensions.

• Logical Reasoning
  Through thoughtfully designed class activities, we introduce variability and uncertainty. Students must think critically and apply logic to create adaptable algorithms, fostering the kind of resilient problem-solving skills that are essential in math, science, and beyond.

• Research-backed Benefits
  The development of spatial thinking and logical reasoning has been linked to stronger math and science performance, as well documented in educational research.

Learning Through Experience & Exploration

• Hands-On, Interactive Learning
  Mastering coding logic takes more than just reading concepts—it requires repeated exposure and active practice. Just like learning a language or mastering math, coding is best internalized through real-world application.

• Encouraging Creativity & Curiosity
  We create an environment that encourages exploration of ideas and real-world problem-solving. By working on interactive projects, students learn to apply coding logic in meaningful ways, building both technical skills and creative confidence.

Our coding courses are designed kids 6-16.

Junior Coders (6-7)

Core Coding Program (8-12)

Python Masterclass(11+)

Python Data Analytics (11+)

DSA Prep (11-12)

Yes.

We have holiday schedules for all our courses. The content covered is identical to that of the weekly class with the only difference being the class schedule.

Yes. The Logic Coders is accredited by STEM.org

The STEM.org Accredited™ trustmark is an esteemed quality assurance recognition awarded to informal organizations and educational service providers who meet high standards for STEM education quality. This trustmark is a symbol of excellence that is respected and trusted by educators, parents, and students worldwide.

Verification Link

We can provide assistance on project ideation and execution.

Every DSA project is different and unique for each student. We are able to help in finding a suitable project and create a bespoke course to ensure your child as all the required knowledge to code and explain the project.

DSA Prep Course

We maintain an updated list of schools that offer coding DSA:

DSA Secondary Schools

It depends. Students who join before Primary 3 should be able to participate in 1 national robotics competition at Primary 4.

Students who start in primary 1-2 will be able to join robotics competitions at Primary 4 with the center. Participation at a national robotics competition is a great addition to your child’s portfolio should you decide to apply for DSA later on. We will try our best to offer that experience to all students.

However, we cannot promise that students who join later than mid-year in Primary 3 will be able to learn the required skills in time to participate in competitions.

If your child understands the content, there is no reason in going through it again. We can assess your child’s abilities during the trial and recommend if he should skip certain courses / levels.

Let us know of the courses your child has attended when you book for a free trial. After the trial, our instructors can recommend if certain courses be skipped completely or done at an accelerated pace.

Our coding courses are suitable for children aged 6 and above.

Junior Coders (6-7)
Core Coding Program (8-12)
Python Masterclass (11+)
DSA Prep (11-12)

While these are the recommended ages for each of our course, individual learning capabilities will differ. Reach out for a free trial at one of our centers where we can find the perfect course for your child.

The most productive time to start exposing your child to coding is from 7 years old.

According to Piaget's theory of cognitive development, children aged 7 - 12 are at their Concrete Operational Stage of Development. During this stage children start thinking logically about concrete events. They first start using inductive reasoning and deductive reasoning later when they are closer to 12.

Yes.

There will be periodic assessments for our students which vary in rigor and frequency depending on the course.

Yes. Trial classes are available free of charge at any of our centers.

Book your free trial class

City Square Mall #06-05
Parkway Centre #13-07

Operating Hours:
Tuesday — Wednesday, Friday
3pm — 6pm

Saturday — Sunday
9am — 6pm

Yes.

We are able to provide courses on an off-site basis with all materials and equipment provided at a venue of your choice - be it a childcare center or a private event. Programs can be tailored to your specific needs.

Contact us via WhatsApp or email.