STEM
EDUCATION
Embedded Files
Register for Free
Details
Details
Our program integrates STEM education, helping students develop coding skills while enhancing their knowledge in science, technology, engineering, and math.
DYNAMIC & ENGAGING LEARNING ENVIRONMENT
A vibrant and stimulating learning environment that promotes active engagement through project-based learning, group activities, and creative assignments. It encourages creativity, offers choices in learning, and develops problem-solving skills through design challenges and critical thinking exercises. Communication skills are enhanced through presentation opportunities and retrospective sessions. Technology integration includes learning coding and incorporating digital spaces.
ENROLLMENT
Register
Pick Time Slots
The confirmation email will be sent out within 48 hours.
Beginners start with Code Magic Level 1.
Non-Beginners will be assessed.
All beginners will start at Code Magic Level 1, regardless of their grade. They will advance to the next level upon successfully completion of their projects.
An assessment will be conducted for non-beginners to determine their appropriate level, and they will be enrolled accordingly.
Students will be able to strengthen their science, technology, engineering and math skills respective to their grade.
If you are not satisfied with the first month of the tuition, then full tuition fee will be reimbursed.
ELEMENTARY
Exploration and Inquiry: Encouraging curiosity through simple experiments and observations.
Basic Concepts: Introducing topics like plants, animals, weather, and simple physics.
Digital Literacy: Teaching basic computer skills and internet safety.
Interactive Tools: Using tablets, educational apps, and interactive whiteboards to enhance learning.
Engineering:
Problem-Solving: Engaging in activities like building simple machines or designing structures.
Design Thinking: Encouraging creativity and innovation through projects and challenges.
Foundational Skills: Focusing on arithmetic, geometry, and basic algebraic concepts.
Real-World Applications: Using math in everyday contexts, like measuring ingredients for a recipe or calculating distances.
MIDDEL SCHOOL
Life Science: Understanding cell structure, ecosystems, and human body systems.
Earth Science: Studying rocks, weather patterns, and the solar system.
Physical Science: Exploring matter, chemical reactions, and basic physics principles.
Coding and Robotics: Introducing basic programming and robotics to develop problem-solving skills.
Multimedia Projects: Creating presentations, videos, and digital art.
Engineering:
Design Challenges: Solving real-world problems through engineering projects.
STEM Competitions: Participating in science fairs and robotics competitions.
Pre-Algebra and Algebra: Building on arithmetic to introduce algebraic concepts.
Geometry: Understanding shapes, properties, and spatial reasoning.
Statistics and Probability: Analyzing data and understanding chance.
HIGH SCHOOL
Biology: Studying cell biology, genetics, ecology, and evolution.
Chemistry: Exploring atomic structure, chemical reactions, and thermochemistry.
Physics: Learning about mechanics, electricity, magnetism, and waves.
Environmental Science: Understanding ecosystems, human impact, and sustainability.
Advanced Coding and Robotics: Developing complex programs and robotic systems.
Digital Media: Creating websites, apps, and multimedia projects.
Engineering:
Advanced Design Projects: Engaging in complex engineering challenges and competitions.
Internships and Real-World Applications: Gaining experience through internships and practical projects.
Algebra 2 and Pre-Calculus: Building on algebraic concepts and introducing trigonometry.
Calculus: Learning about differentiation and integration.
Advanced Statistics: Exploring inferential statistics and probability.
Page updated
Google Sites
Report abuse