Explore, Discover, Experiment: Science Adventures for Kids (Grades Kinder-6th)
A fun, interactive science program for kids in Grades Kinder-6
Covering Chemistry, Physics, Biology, Earth Science, Ecology & more!
What is the SDE Program?
Our Science Program is designed to bring scientific concepts to life through exploration, observation, and experimentation. Students don't just learn about science, they experience it.
From building simple machines to simulating eclipses, every activity is rooted in real-world connections and aligned with Next Generation Science Standards (NGSS). Whether your child is planting seeds or testing energy transfer, they'll be learning essential science and engineering skills while having fun.
Subjects We Explore
Science Comes to Life Through These Fascinating Topics
Chemistry
Biology
Physics
Earth Science
Ecology
Astronomy
What sets Our Science Program Apart?
Weekly Hands-On Investigations
Every lesson is an opportunity to experiment, build, create and analyze - keeping students actively engaged.
Real-World Themes
Science is everywhere. Our curriculum helps students see how scientific ideas apply to everyday life.
Scientific Method & Engineering Design
We integrate both the Scientific Method and Engineering Design Process in every unit to build analytical and creative problem-solving skills.
Build-In Communication & Critical Thinking
Students express ideas through journaling, drawing, labeling, and modeling - reinforcing comprehension and communication.
Class Schedule
Science Wonder Lab (Kinder-2nd)
Saturday 9:30 a.m. - 11:00 a.m.
Saturday 1:15 p.m. - 2:45 p.m.
neXt gen Science Lab (3rd-6th)
Saturday 11:15 a.m. - 12:45 p.m.
Science Wonder Lab (K-2)
In Science Wonder Lab (Kinder-2nd), students explore the world of forces, motion, and scientific thinking through hands-on activities. From launching air-powered rockets to building wind-powered gliders and experiencing explosive chemical reactions, kids learn core science concepts like pushes, pulls, and engineering design. Through trial and error, they develop skills in problem-solving, prediction, and experimentation.
Air-Powered Rockets
Kids learn basic physics and aerodynamics, the same concepts used in designing planes, rockets, and even sports equipment. When NASA engineers build rockets or when car companies design vehicles, they tweak shape and size to improve performance. Your child is learning the same problem-solving and testing process with their paper rocket.
Coke & Mentos Challenge
This challenge introduces kids to experimentation and cause-effect thinking. Just like scientists test how materials react under different conditions, such as in medicine or environmental science, students observe and compare reactions. The idea of being reactive versus proactive connects to emotional intelligence and decision-making, which are key skills for navigating school, friendships, and life.
Wind Target Challenge
This activity shows how air can be used as a force, just like wind turbines generate electricity or wind tunnels are used to test new airplane and car designs. It also builds problem-solving skills as kids experiment with how to use that force to guide motion.
Build Like an Engineer
Building a spaghetti tower teaches teamwork, creativity, and resilience. These are the same skills needed in construction, architecture, or any kind of project management. Whether designing bridges, skyscrapers, or amusement parks, professionals go through the same process of planning, building, testing, and improving.
neXt gen Science Lab (3rd-6th)
In neXt gen Science Lab (3rd-6th), students dive into chemistry, physics, and engineering through engaging hands-on experiments. From explosive reactions like Elephant Toothpaste to building electric circuits with Snap Circuits, they explore how science works in the real world. By designing and testing their own creations, they develop critical thinking, problem-solving, and collaboration skills while learning the fundamentals of scientific experimentation.
Elephant Toothpaste
​This foamy, exciting experiment demonstrates chemical reactions in action. Similar reactions are behind things like baking bread when yeast causes dough to rise, cleaning with hydrogen peroxide, or even setting off airbags in cars. Kids are learning how to observe and interpret the signs of a chemical change, which is a foundational science skill.
Egg-stronauts on Mars: The Safe Landing Challenge
This class, students explore the concepts of impact force and gravity by designing a safe landing system for an egg. Through hands-on experimentation, they apply the engineering design process to test and refine their solutions, learning how to adjust their designs based on feedback. By the end, kids understand how science and engineering work together to solve real-world challenges.
Snap Circuits
​This activity mirrors what electrical engineers do when designing the wiring in our homes, electronics, or even electric cars. When kids build and test circuits, they’re learning how power moves through systems. This is the same kind of thinking used to design smartphones, light switches, or kitchen appliances. Plus, they practice explaining their work, just like real engineers do when working on teams or pitching ideas.
Spaghetti Tower
​Building a spaghetti tower teaches teamwork, creativity, and resilience. These are the same skills needed in construction, architecture, or any kind of project management. Whether designing bridges, skyscrapers, or amusement parks, professionals go through the same process of planning, building, testing, and improving.
Meet our Science Instructor!
Mr. Sean
College: Sonoma State University
Degrees & Credentials:
B.A. in Liberal Arts with an emphasis on Interdisciplinary Learning
California Multiple Subject Teaching Credential
Teaching Experience & Highlights:

With over 8 years of experience in science education, Mr. Sean brings a passion for interdisciplinary learning and creativity to the classroom. He has taught science across multiple grade levels, including 2nd, 4th, and 6th grade, and has a proven track record of engaging students through hands-on, project-based learning experiences.
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Key Highlights:
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Project-Based STEM Instruction: Over 4 years of experience combining science and engineering concepts to foster critical thinking and problem-solving skills in young learners.
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Hands-On Learning: Designed and implemented innovative, hands-on experiments and real-world science applications that make abstract concepts tangible and exciting.
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Cross-Curricular Collaboration: Led interdisciplinary science projects that seamlessly integrate math, art, and technology, encouraging students to see connections across subject areas.
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Inquiry-Based Approach: Emphasizes student-led exploration and creativity, fostering curiosity and a deeper understanding of scientific principles.
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Engaging Storytelling: Uses performance and storytelling techniques to create dynamic lessons that capture student interest, helping them better engage with and retain scientific concepts.
Mr. Sean’s approach is rooted in fostering a love for learning and scientific inquiry. His goal is to inspire students to ask questions, explore answers, and develop a deeper understanding of the world around them. Whether through exciting experiments, collaborative projects, or creative classroom strategies, he ensures that every student has the opportunity to thrive and engage with the material in meaningful ways.