Science Education

Hands-on science is a learning approach that moves beyond textbook reading to include real experiments, activities, and direct observation. Students physically conduct experiments and manipulate materials, making abstract scientific concepts tangible and memorable.

Lab science refers to science courses that combine theoretical instruction with hands-on laboratory work where students conduct experiments, collect data, and write formal lab reports.

Living science is a Charlotte Mason-inspired approach to science education that uses engaging narrative books, hands-on experiments, and nature study to inspire wonder and deep understanding rather than relying on textbook memorization.

Nature-based science education uses the outdoor environment as the primary classroom, integrating scientific learning with direct natural world experience through approaches like Charlotte Mason nature study and Waldorf nature immersion.

STEAM education integrates Science, Technology, Engineering, Arts, and Mathematics into an interdisciplinary approach that emphasizes creativity alongside technical skills—preparing students for innovation-driven careers.

STEM education integrates Science, Technology, Engineering, and Mathematics into hands-on, problem-solving approaches that prepare students for high-demand careers in fields ranging from software development to healthcare to renewable energy.

A science fair is an educational competition where students design experiments, conduct research, and present their findings to judges. Homeschoolers can participate through regional fairs, virtual competitions, and co-op events.

The scientific method is a systematic process for investigating questions through observation, hypothesis, experimentation, and analysis. It teaches children how to think critically and learn about the world through evidence.