1st and 2nd Semester
Math - Geometry
Biology & embedded Foundations of Engineering
Language Arts
The 9th-grade RISE experience focuses on transitioning students from middle to high school from a standard to a project-based learning setting. Throughout 9th grade, students will develop public speaking skills, group interaction, social skills, time-management skills, proficiency in formal and scientific writing, and a high level of comfort with digital resources such as Google apps and e-Class. Major group projects in 9th grade will be fewer and farther between than in the following years in RISE, but 9th-grade students can expect at least one major project every 9 weeks.
How do we know if an ecosystem is healthy or if its overall health is in decline? The answer to this question is valuable, as humans rely on ecosystems for the natural services they provide us.
In this science-based project, students worked in groups to design experiments that would help them determine if an ecosystem could be considered healthy.
The students then performed their experiments on the ecosystem in Collins Hill Park's nature trail, ultimately presenting their findings in front of a group of experts in the field.
Guest speaker for this project:
Dr. Joe Mendelson, Director of Herpetological Research, Zoo Atlanta
Students build and control a "claw-bot" that represents an organism using its features to gather resources, or "food" in a series of competitive games. Throughout the games, students modify their robot to better adapt to changing environmental conditions. As students learn the concepts and mechanisms of evolution, they analyze the robotics game to determine if it is an accurate model of evolution, or if there are some flaws to the analogy.
Students compete in an evolutionary game by imagining their own organism, devising a behavioral strategy for that organism, and programming those behaviors into a sequence of competitive decisions. It's more or less a fancy version of rock, paper, scissors where instead of playing the game themselves, the students watch their programmed organisms match up against each other! The focus of this project is around basic coding skills, data management, evolution, and competition.
Based on lab research by Dr. Lily Cheung from Georgia Tech, this engineering project is focused around the goal of designing a device that can allow scientists to view microscopic plant roots as they grow. Students use Computer Assisted Drafting (CAD) to design their prototypes, then 3D print the prototypes and test them using plain gelatin as a substitute for soil and food coloring as a substitute for nutrients (otherwise, fungus contamination would be a real problem!). The biology concepts of cellular transport and osmosis are integrated into the engineering goal.
Gingerbread Houses and a Laser Cutter