In our Arduino classes, kids gain hands-on experience in electronics and programming while developing critical thinking, creativity, and problem-solving skills. Through exciting projects and teamwork, they explore how technology works and build devices from scratch. Here’s what they’ll learn:

🛠 Fundamentals of Electronics and Circuits
Understanding Components: Kids explore essential electronic parts like resistors, capacitors, LEDs, sensors, and motors.
Circuit Basics: They learn how circuits function and connect components safely and effectively.
Working with Arduino: Using the Arduino board, children bring their ideas to life by programming devices to perform various tasks.
Team Collaboration: Group projects encourage teamwork, idea sharing, and effective communication.
Creative Project Building: From simple gadgets to complex systems, kids design and develop their creations.

💻 Coding with Confidence
Introduction to Programming: Kids learn essential coding concepts using beginner-friendly language based on C/C++.
Functions and Variables: They master how to write clean code using variables, functions, and loops to control devices.
Algorithmic Thinking: Kids develop algorithms to solve problems, like navigating a robot or reading sensor data.
Testing and Improving: Through hands-on experimentation, they learn how to troubleshoot, debug, and optimize their designs.
Problem Solving and Innovation: Children tackle real-world challenges, applying creativity to bring their ideas to life.

🤖 Designing and Building Devices
Robotics Exploration: Kids construct robots capable of tasks like following lines, avoiding obstacles, or performing simple manipulations.
Interactive Interfaces: They build devices with buttons, LEDs, and screens, creating interactive experiences.
Autonomous Systems: From self-driving robots to smart watering systems, kids explore automation.
Electronics Safety: By learning proper safety protocols, they gain confidence in working with electrical components.
Troubleshooting Skills: Kids develop resilience and technical expertise by diagnosing and fixing both circuit and coding errors.

With Arduino, every class is a step toward innovation. Watch your child’s ideas turn into reality, one circuit at a time!

Starting with Beast Academy Basics
Students begin by mastering foundational concepts like number sense, patterns, and simple problem-solving strategies. This core knowledge allows them to tackle basic mathematical puzzles and engage their curiosity as they explore the logic behind each problem.

Experimenting with Visual Math Tools
We encourage students to use the visual and interactive tools that Beast Academy offers, such as puzzles, illustrations, and step-by-step examples. These resources help them grasp complex ideas more easily and focus on developing critical thinking and problem-solving skills without getting bogged down by complex formulas.

Building Problem-Solving Skills with Fun Challenges
Kids apply their learning through engaging challenges like solving puzzles, cracking codes, and playing number games. This hands-on approach solidifies their understanding and gives them a sense of accomplishment when they complete a puzzle or reach a solution.

Starting with Scratch Basic Concepts
Our kids start by understanding Scratch basic concepts like sprites, blocks, and a scene. This foundational knowledge enables them to create simple yet functional animations and stories, sparking their creativity as they bring their ideas to life.

Experimenting with Scratch Design Tools
Encourage kids to explore Scratch design features like customizing sprites and backgrounds or experimenting with sound effects. These tools help them understand design principles and give them the opportunity to focus on layout, color schemes, and interactive elements without having to dive into complex coding concepts.

Building Projects and Games
Kids apply their learning to a real-world project, such as creating a simple interactive story, character animation, or a simple game, helping kids gain hands-on experience. This hands-on approach reinforces their learning and gives them a sense of accomplishment when they see their finished project come to life.

Building Foundational Math Skills
Children develop a strong foundation in math by exploring numbers, patterns, and shapes through interactive and engaging activities. These early math skills set the stage for logical thinking and problem-solving.

Introduction to Robotics and Technology
Through hands-on projects, kids are introduced to the basics of robotics, such as assembling and programming simple models. This sparks their curiosity about how technology works and encourages creativity and innovation.

Fostering Social and Emotional Growth
Working on group projects and collaborative tasks helps children build essential social skills like teamwork, communication, and patience. These experiences also boost their confidence.

FLL Explore (Ages 5–9)

In FLL Explore classes, kids work together as a team to build creative models, explore scientific topics, and share their ideas. Using LEGO Education Spike Essential kits, they design, build, and program models that solve real-world challenges.
Participating in FLL Explore gives children a chance to develop key skills in a playful and collaborative environment.

Some of the benefits include:
Teamwork and communication
Each child works as part of a team, learning how to brainstorm, share ideas, and listen to others. These early collaboration skills help children feel more confident and capable in group settings.
Creativity and problem-solving
Students are encouraged to think outside the box as they design models to address a challenge theme. They learn that there’s more than one way to solve a problem and that creative thinking is just as valuable as technical skill.
Early engineering and programming skills
Through hands-on activities, kids discover basic engineering concepts and visual programming. This early exposure builds a foundation for future STEM learning.


FLL Challenge (Ages 9–14)

In FLL Challenge classes, kids take their robotics skills to the next level by designing, building, and programming LEGO Education Spike Prime robots to complete missions on a competition field. They also research real-world problems and present their innovative solutions.
This program helps children grow as both engineers and critical thinkers, preparing them to compete — and thrive — in regional and national competitions.

Some of the benefits include:
Advanced problem-solving and programming
Students create and test complex algorithms to complete precise missions. They learn how to break down big problems into smaller, manageable tasks — a vital skill for engineering and life in general.
Team collaboration and leadership
As part of a team, children take on different roles, such as designer, programmer, or researcher, learning to support each other and lead projects.
Research and innovation
Every season includes a research project connected to the year’s theme. Kids brainstorm, design, and present an innovative solution, combining creativity, science, and real-world application.
Preparation for competition
Students gain experience in teamwork under pressure, time management, and presenting their work to judges — all while having fun in a friendly, motivating environment.