This camp introduces students to core scientific concepts through interactive experiments and projects. From simple machines to chemical reactions, students will learn by doing. The focus is on curiosity, observation, and understanding how things work in the real world.
Students will dive into exciting stories while improving reading comprehension and critical thinking. Through guided discussions and activities, they will learn to analyze characters, themes, and ideas. This camp builds both confidence and a love for reading.
This beginner-friendly Python camp introduces students to one of the most popular programming languages. Students will learn basic syntax, logic, and problem-solving by building simple programs. No prior experience required—just curiosity and willingness to learn.
Students will learn techniques to solve math problems quickly and accurately without relying heavily on paper or calculators. This program builds strong number sense, improves focus, and boosts confidence in math through engaging practice and challenges.
Building on foundational skills, students will program robots to perform more complex tasks using sensors and decision-making logic. They will explore how robots interact with their environment and solve challenges through coding and design.
Students will explore the basics of artificial intelligence in an age-appropriate way. Through games, simulations, and simple projects, they will learn how machines recognize patterns, make decisions, and impact our daily lives.
Students will expand their Scratch skills by designing and building their own unique video game. They will learn advanced concepts like variables, scoring systems, and game logic while bringing their ideas to life.
This camp teaches students how to think critically, organize arguments, and communicate effectively. Through structured debates and activities, students will develop confidence in expressing their ideas and listening to others.
Students will dive deeper into scientific exploration with more advanced experiments and problem-solving challenges. They will design, test, and refine ideas while learning how scientists approach real-world problems.
Students will learn how to structure arguments, support ideas with evidence, and write persuasively. Through guided practice, they will develop the ability to express opinions clearly and effectively.
