Technology

In this lesson the students will develop the code they previously planned out and will deploy their code to the drone. They will continue the process of reflection and iterative improvement. This is

In this lesson students will collect data on the performance of their drone. Students will design a systematic process of data collection that will then lead to the development of a predictive model

This is a lesson where students will learn about the sensors that are integrated into their drones and how students can get a live feed of information from these sensors to aid in autonomous decision

In this lesson students will think back on all of the coding skills they have learned and will plan out their code to fly their drone through their maze based on sensor feedback. It is important that

This is an investment lesson where students will learn about how to code with loops and logical statements and they will test what they learn by developing code to fly their drones. This one lesson

In this lesson (the 6th in the lesson series) students will actually fly their drone and observe problems. These will come from variables like power level of a battery, drift of the drone, and just

This is the 4th lesson plan in a set of 4 lessons that correspond to the novel "Space Case" by Stuart Gibbs. In the last chapters of the book, we find that this main character encounters robotic arms

This is the third lesson in a series of 4 lessons that correlate to the novel "Space Case" by Stuart Gibbs. This set of lessons is based on chapters 8 - 14. The lessons include creating a timeline

Students will combine science and art by using an alternative photographic process called cyanotypes or sun prints. After a short introduction to the history of cyanotypes and the process of creating