Defining The Monster
Collaborative PBL Project
This project explores the theme of monstrosity through both critical analysis and creative storytelling. The Monster Movie Marathon Questionnaire guides viewers in examining how films portray monsters, their symbolism, and their societal implications.
Building on this analysis, my group and I co-wrote and produced "The Price of Progress," an original screenplay and film. The story follows Amara Johnson, a determined high school student fighting against corporate greed as developers attempt to demolish her school. The narrative challenges traditional ideas of monstrosity, questioning whether the true "monsters" are supernatural beings or those who exploit power and privilege.
This cross-curricular project integrates ELA, Math, Economics, and Anatomy, fostering creativity, critical thinking, and collaboration. Through film, literature, and storytelling, it examines how the concept of monstrosity shapes both fiction and reality.
Don Quixote Project
Modeling Sinusoids
For our AP Pre-Calculus Don Quixote Project, we modeled sinusoidal motion by analyzing Don Quixote’s height as he clung to a rotating windmill arm. We created a digital poster featuring a diagram of the windmill, a graph of his height over time, and step-by-step calculations solving for key moments, such as his maximum height and safe jumping time. Using the equation H(t) = 10cos(π/6 t) + 13, we plotted his motion and verified critical values through mathematical reasoning.
To make the project more engaging, we wrote a creative poem connecting Don Quixote’s adventure to trigonometry, using rhythm to explain amplitude, period, and phase shifts. The poem illustrated how sinusoidal waves shaped his journey, while our poster visually captured the math behind the motion.
Engage and Explore Project
Slideshow
My Sea Level Project involves the investigation of real-world phenomena through mathematical modeling and analysis. In the ENGAGE section, students viewed videos and data on the causes and impacts of sea level rise, listing important takeaways such as thermal expansion, melting ice, and resilience strategies for coastal communities. Through exploratory discussions, they examined hourly sea level data from Fort Pulaski, noting patterns and applying sinusoidal regression functions to compare actual and predicted tidal levels. In the EXPLORE activities, much emphasis was put on interpreting graphs, validating predictions, and how modeling supports the study of the impact of climate change. I concluded with reflective insights and summaries that connected the learning to broader environmental challenges.