Core Coding Logic Program
The Core Coding Logic Program is our flagship program consisting of 6 progressive levels. This program seeks to equip students with a comprehensive foundation in coding logic, while providing a conducive environment for students to hone crucial cognitive skills.​
This program is unique in its multi-platform approach covering Lego Mindstorms EV3, Python and Microsoft Visual Studio Code.
Course Details
Suitable for Ages 8 and above
Multi-platform: Lego EV3, Python & Microsoft Studio Code
20 weekly sessions per level (1.5hrs)
Class Size of 8 (1:6 teacher student ratio)
Certificates are provided at each milestone
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Class Availability (weekly)
Wed: 4.30pm (Limited)
Fri: 4.30pm (Limited)
Sat: 9.00am / 10.30am / 12.00pm / 1.30pm (Full) / 3.00pm / 4.30pm
Sun: 9.00am / 10.30am (Limited) / 12.00pm / 1.30pm / 4.30pm
Develop Cognitive Skills.
The ability to solve problems through coding stimulates the mind.
Spatial Processing
Spatial thinking is crucial for math and engineering
Logical Reasoning
Multi-platform approach encourages understanding
Problem Solving
Problems that require creative solutions
Pattern Recognition
Observe and recognize patterns
Learn Coding Logic, Not a Language.
The syntax of coding changes with time, but the logic remains constant.
Age Appropriate
As much as we would like to provide early exposure to coding concepts, how it is done matters.
Syntax Agnostic
Coding logic is universal and can be applied in any coding language, or software such as excel.
Acquire Logic.
Learning logic interactively provides a foundation to expose children to the complexities of Python and other text-based coding languages.
Lego Mindstorms
EV3
Python
1
Robotics
Foundation
10 to 20 weeks*
1.5 hours
Sequencing
Construction
Motor Control
*Depends on individual learning progress
2
Proficiency
Assessment
60 minutes
Certificate of Proficiency awarded upon passing
Students with prior experience can take the assessment directly
3
Coding Logic Levels 1 to 6
20 weeks per level
1.5 hours
At the end of each level, will receive a proof of work certification documenting their final project
Level 1
Single Step Sequencing
Infinite Loop
For Loop
Switches (Binary)
Level 3
Sequencing of Actions
While Loop
Basic Algorithm
Flow of Control
Level 5
Advanced Algorithm
Discrete Variable
Function
Level 2
Multi-step Sequencing
Loop Interrupt
Switch (Threshold)
Conditional
Level 4
Intermediate Algorithm
Nested Loop
Nested Switch
Flow of Control
Level 6
Applied Algorithm
Continuous Variable
Feedback Loop
Error Handling