Coding is the process of configuring a computer to carry out a task by translating codes (a system of words) into actions. These codes come in the form of “coding languages” or also known as “computer languages” as they are necessary for us to communicate instructions with computers. Some forms of coding languages include, Java, Python and C++. Each coding language is used in different fields. For instance, Java is used to build Android applications while C# is useful in creating Windows applications. Regardless of the coding language used, the basis of working with codes remains the same, where the coder has to simplify the problem into smaller, more manageable parts and convey logical instructions in stages to the computer.

In today’s day and age, technology permeates almost every aspect of our life. As such, it is a vital skillset to understand and learn about coding – one of the key foundational blocks of technology skills – as it will become an indispensable and necessary advantage for all to have in the digital era. Cognitively, learning coding aids in many different aspects of growth in children. Children will have to think logically and meticulously in order to get their coding language right while also exploring their creativity. As they build on computational competency, their processing skills and critical thinking also develops. These are just some of the aptitudes that are cultivated with the learning of coding.

There are 20 stages comprising the 5 step-by-step levels of coding foundation, 38 ‘Inventor’ stages in the mobile application, and a ‘Maker’ mode where children who have mastered and unlocked all the aforementioned 20 + 38 stages, will be able to programme and create their own stage missions using the knowledge they have acquired in the earlier stages.

We do not provide accreditation. A certificate of attendance will be provided by the company hosting the workshop.

No.

Since only Cubico Level 1 has been launched, we believe new and progressive updates are in the pipeline by the developer.

Yes. Several schools have purchased our coding products for use in class. We can conduct product demonstration for MOE schools too. Please email contact@cpdsingapore.comfor more information. 

Yes. They can be shipped overseas via DHL. However the buyer will bear the shipping fee which will be advised accordingly upon quotation from courier.

Cubico teaches the child the basic concepts of coding and computation thinking through an interactive step-by-step, hands-on and gamification approach. Cubico is a self-correcting programme with prompts known as debugging. User will be prompted to correct wrong codes with different coding blocks. We highly recommend facilitators (parents/educators) to interact with learners (children), discuss possibilities and encourage their problem-solving skills.

Parents and educators can guide children through basic concepts such as directions and positions (up, down, top, below) followed by sequencing, as in what comes next, and eventually have them recognise patterns to further develop their mathematical and critical skills as well.

Kamibot allows the child to explore different combinations of instructions, using the Scratch interface. At a more advanced stage, the child can start coding using the Arduino mode on a computer. Depending on the child’s level, they might be able to figure out the functions on their own without guidance from an adult.

It might be a challenge for facilitators who are not familiar with coding or Scratch, but user guides are included. Exploring Cubico/Kamibot together with the child also serves as spending quality time to developing a teaching and learning experience.

Cubico is suitable for young learners as it includes age-appropriate features such as hands-on, one-to-one correspondence and interactivity. With the gamification approach comes a fun and interesting storyline. As such, it is easy for children to relate to and visualise what they code. This is especially useful for children who still require visual representation in transitioning to abstract thinking, and then critical and logical thinking.

Kamibot can be coded using 3 methods – graphic coding, block coding and text coding. The robot is fully customisable with countless paper skins (downloadable here) and can be attached with accessories such as magnets to perform different activities (e.g. fishing with a rod attached). It also allows multi-robot coding (up to 4 robots) using KamiBlockly app on a computer.