(3 classes/week, 3.5 hours each)

In this relevant and engaging course, we will explore the essential principles and techniques of molecular biology, which are used to study and manipulate living material. Applications reach far and wide: research, medicine, forensics, and agriculture, to name a few. Students will conduct authentic experiments, involving DNA extraction, PCR, bacterial transformation, gel electrophoresis, antibody testing, genetic manipulation, and so much more! And because the topics from our class are so interdisciplinary in nature, we will engage in several whole class and small group conversations to discuss the social, ethical, political, economic, and psychological implications of biotechnology practices (for example, genetically modified organisms, COVID-19 vaccine development, stem cell research, CRISPR gene editing, disease-gene testing, and designer baby technology). After taking this class, students will feel exceptionally prepared to pursue advanced life science courses in college and beyond.

(2 classes/week, 3.5 hours each)

This interdisciplinary, concept-oriented, and lab-based course offers students both social and ecological perspectives on the human role in affecting the environment. Drawing from biology, ecology, hydrology, meteorology and more, students will develop a holistic understanding of the complex interactions within the Earth's natural systems. Through the lens of sustainable development, students will analyze relevant local environmental issues while keeping a focus on the broader global challenges. The course also delves into the politics, economics, and social policies that shape environmental problems. The recurring theme will be the critical importance of sustainability, whether in ecosystems or human communities. Students will engage in scientific thinking, research and laboratory skills, and critical analysis of environmental issues, making this an interdisciplinary study that bridges natural sciences with social science perspectives.