Life Science is an honors-level middle school science course. This course is taught as a traditional science course, incorporating laboratory activities, virtual activities, short-term projects, long-term studies, and field investigations. No previous formal science classes are required to be successful in this class. Aubrey's classes emphasize discussion and active learning over a straight lecture format.

This course is designed for Cedar Park students in the 2024-2025 school year and covers the prediction of chemical interactions, subatomic particles, molecular structures, chemical reactions, stoichiometry, gas laws, and thermodynamics. Paige's high-energy classes review the material learned at home through videos and readings, and are complemented by relevant labs to apply our knowledge and skills. Join us and embark on a thrilling journey into the world of chemistry!

Designed for mature middle schoolers, this course strikes a great balance between educational rigor and fun. With a compelling introduction into the world of Forensics, kids learn how to analyze crime scenes, calculate ballistics trajectories, discern risk factors in medical history reports, and more! 

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Our first semester begins with a murder. Students are tasked to analyze the blood spatter, finger prints, and stomach contents found at the crime scene, as well as discern the chemical properties of a new type of illicit substance found near the body. Next, kids apply their knowledge of medicine and microscopy to create their own fake crime scenes for others to solve. The spring sets us off into a look at scientists who use Forensics in their careers. We learn about the technology used by FBI agents and Forensic Anthropologists to piece together mysteries that happened recently or over thousands of years ago. Along with great labs and exciting activities, this semester offers students a chance to engage with phenomenal guest speakers who have decades of experience in the field. 

Over all, this course challenges kids to think creatively and engage with some of the foundational skills of biology, chemistry, and physics. It's an exciting course aimed to inspire students to use science to solve problems. Don't miss out! This one fills fast!

This course uses laboratory and field investigations to critically analyze topics such as laws of motion, changes within a system, conservation of energy, forces, and characteristics of waves, electricity, and magnetism. In high school physics, we use a combination of math and science to solve problems and predict engineering outcomes. Therefore, a prerequisite of Algebra 1 is required to take this course. 

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Our first semester begins with the study of kinematics, Newton's Laws, and a deep dive into projectile motion. We pull out our hammers and skateboards and cars and ramps to simulate the principles of physics, answering important questions like, "Why does the bottom of a glass bottle shatter if you hit it from the top?"

The second semester dives into gravity (pun intended), momentum, waves, and electricity. We design our own electrical grids in cities , learn why candles in space are spherical instead of pointed, and observe how sand forms different patterns on a metal plate when vibrated by various frequencies. Virtual office hours are offered weekly to ensure that everyone stays on the same page if they work hard!

Don't miss out on this great class that combines high-energy labs and lectures with quality at-home readings and videos to create a place for all kids to succeed. 

This course allows students to explore relevant topics such as DNA, cells, genetics, metabolism, and environmental issues while empowering them to make informed decisions and conduct research. Our weekly labs are accompanied by high energy lectures and games to enhance the learning done at home through videos and textbook readings. 

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Our first semester is all about microbiology, where students experiment with calorimetry, DNA isolation, and microscopy. We also complete fun activities, such as taking virtual reality tours of the cell to create elaborate cell models representing the smallest structure of life! In the second semester, we dive into the relationships between organisms and their environment, offering a comprehensive learning experience over genetics, physiology, and environmental sciences. We experiment with EKG probes, conduct thorough pedigrees over "super taster" families, debate HIPPA violations, and analyze the ramifications of relevant environmental issues like ocean acidification and draught. Throughout the course, various careers are highlighted to provide students context for how they could work in the field of biology. We also apply our knowledge to diseases such as cancer, diabetes, sickle cell anemia, and cystic fibrosis. Don't miss out! Explore the wonders of the natural world and discover the secrets of life.