Here’s a thought experiment: you’re in a room with 20 people, and 5 of them are contagiously ill. What are the odds you get sick? In this lesson, we will explore how math, statistics, and computer science intersect to help epidemiologists understand the spread of infectious disease. We will cover concepts in probability, simulation, Bayesian inference, and statistical modeling that predict outbreaks before they happen. Join us to solve a few problems and learn how leading public health officials identify emerging infections before they hit the news.

A 12-year-old female presents with an unexplained form of spontaneous epilepsy. A 38-year-old man began speaking gibberish after falling off his bed. A 78-year-old women woke up with symptoms of meningitis with no sign of bacterial or viral infection. So, what was responsible? Join us in this hour-long journey of looking at medical mysteries caused by parasitic infections. We will walk through the diagnostic process for some of the most fascinating cases in modern medicine, including the parasites that caused them. Students will have the opportunity to take votes on what they think might have caused these symptoms, so bring your medical curiosity, and best guess, to class.

Do you love movies that bend your mind, thrill your senses, and make you question everything? Then you need to join this course and dive into the world of Christopher Nolan, the visionary director behind some of the most groundbreaking and acclaimed films of our time. From his indie debut Following to his latest epic Oppenheimer, you will discover how Nolan crafts his stories, experiments with techniques, and explores themes that resonate with millions of viewers. Whether you are a fan of his sci-fi masterpieces like Inception and Interstellar, his gritty Batman trilogy, or his historical dramas like Dunkirk and The Dark Knight Rises, you will find something new and exciting to learn in this course. WARNING: there will be spoilers!

Ever wondered how a single piece of paper can transform into intricate structures? Explore the art of modular origami! Our class unveils the secrets behind creating stunning sculptures from multiple folded units, offering a hands-on journey into creativity and precision. Join us and unfold the magic!

Here’s a thought experiment: you’re in a room with 20 people, and 5 of them are contagiously ill. What are the odds you will get sick? In this lesson, we will explore how math, statistics, and computer science intersect to help epidemiologists understand the spread of infectious disease. We will cover concepts in basic probability, simulation, and principles of infectious disease modeling that predict outbreaks before they happen. Join us and learn how leading public health officials identify emerging infections before they hit the news.