The project's purpose is to engage middle school students in a real-world exploration of food energy through hands-on experiments and collaborative research. Over one week, students will apply scientific methods to understand energy content in snack foods, fostering critical thinking and problem-solving skills. They will actively communicate their findings through exhibitions and reflective practices, developing self-directed learning and content expertise. The experience emphasizes understanding energy's role in daily life and empowers students to make informed nutritional decisions, aligning with the Next Generation Science Standards and essential competencies.

Students will conduct a hands-on experiment using a calorimeter to measure and analyze energy stored in different snack foods. They will explore scientific methods for determining caloric content, creating and adjusting their own experimental plans based on these insights. Through the integration of biochemical investigation and real-world energy tracking, students will deepen their understanding of how food energy powers cellular functions and influences daily activities. Essential skills in effective communication, self-directed learning, content expertise, and critical thinking will be fostered through peer review, feedback, reflection, and exhibition activities.

Students will create a gallery showcasing visual interpretations of snack food energy calculations, using art to highlight scientific analysis. They'll organize a festival featuring interactive models of snack food energy experiments, inviting hands-on exploration and learning. Additionally, students will develop culinary creations inspired by nutritional knowledge, presenting these with explanations of energy content, making the scientific concepts tangible and engaging.

Kick off the project with a dynamic 'Interactive Nutrition Fair' where students rotate through engaging stations to learn about food energy. Here, they dive into hands-on experiments measuring energy in snacks, and make educated decisions on energy-rich snacks. This event sets the stage for the project, sparking curiosity and introducing the concepts they’ll explore in depth over the week.

Students will participate in an 'Interactive Science Symposium,' taking on the role of hosts as they present their research findings and methods on food energy to visiting classes or parents. This dialogue-based exhibition will engage attendees through dynamic presentations and conversations, allowing students to demonstrate their understanding of snack food energy projects. Through rotation, visitors will experience various scientific contributions, witnessing firsthand the collaboration and communication skills practiced by the students throughout the project.