Event details
For 7 - 8 y.o. and 9 - 11 y.o.
4-day camp, Monday to Thursday, 3 hours each day (
5-day camps here
)
Small learning group of 1:6 teacher-student ratio
Laptops and materials provided
Your child is mentored at their own optimal pace to ensure no learning gaps
Camp for returning students available, progression from levels Jr, 1, 2 and 3
Certificate awarded for completing a level
Intakes
Pick an intake (all Mon - Thu), 9:30am- 12:30pm, unless otherwise specified:
Mar 2025
17-20 Mar
Apr 2025
1-4 Apr (Tue-Fri)
Jun-Aug 2025
2-5 Jun
9-12 Jun
16-19 Jun
23-26 Jun
30 Jun - 3 Jul
14-17 Jul
21-24 Jul
28-31 Jul
4-7 Aug
Early bird discount
Early Bird (more than 2 weeks early): $456
Regular camp fee: $480
Pre-requisites
Familiar with basic operations of a computer - simple typing, turning on/off
No/minimal prior coding experience
Video:
7-year old camper showcased his work to older camp mates. At the end of the presentation and group feedback, he decided to turn on turbo mode...
What do students learn?
This programme is part of the LCCL Core Curriculum, and its instructional design is guided by the LCCL Progression Framework. By the end of Coding Fundamentals levels 1, 2 and 3 the learner would have:
Attained a mastery of fundamental coding concepts
Applied computational problem solving strategies
Developed a portfolio of total of 22 - 27 projects including animation, games and apps
Depending on the age of your child, this camp will start the student on either the Coding Fundamentals Junior or level 1 (CFJr or CF1) curriculum.
Each learner is mentored at their own individual pace in a small learning group of no more than 6 students to a teacher.
The camp starts the beginner in fun and engaging projects where they code animations and games. Each lesson is scaffolded and learning objectives of each project build upon earlier ones.
Fundamental Coding Concepts
Introduction to code and computing technology
Sequencing
Event-based programming
Loops
Variables
Conditionals
Animation and Game Coding Concepts
Project design and planning
Storyboarding
Timing multiple sprites
Different ways to code movements
Using sound and effects
Sprite communication
Computational Thinking and Problem Solving
Algorithms
Pattern Recognition
Decomposition
Evaluation
Technology
Scratch 3.0
Video:
LCCL learner showcases a game he coded. The curriculum imparts concepts via projects that are engaging and relevant to students i.e. learn to code by creating animations, apps and games.
Why LCCL Coding Academy
Our academy is founded and led by a team of experienced computer science educators and practitioners. Our age-appropriate and progressive curriculum ensures in-depth understanding and strong fundamentals. This is proven over the years with multiple student wins:
Platinum awards at the Hwa Chong Infocomm Challenge in 2023, 2024
2nd place at the IDE Code Builder 2024
Finalist at the IDE Code hacker 2024
Four students in the top 20 at the Singapore Coding Olympics, 2024
1st place at the National Robotics Competition CoderZ 2023 , secondary school level
1st and 3rd places at the National Robotics Competition CoderZ 2023 , primary school level
1st, Best Programming Award in the National Robotics Competition (Regular) 2023, primary school level
1st, Global Robotics Games 2023, preschool level
Three students in top 20 placing at the Singapore Coding Olympics, 2023
1st, National Robotics Competition CoderZ 2022 , secondary school level
1st, National Robotics Competition CoderZ 2022 , primary school level
2nd, National Robotics Competition 2022, pre-school level
Seven students in top 20 placing at the Singapore Coding Olympics, 2022
Other wins in 2018 - 2023
Info & Contact
Check us out at
LCCLcoding.com
or
visit us virtually
.
WhatsApp or call 6817 2957.
Click here to WhatsApp instantly
.
Information Source: LCCL Coding Academy | eventbrite