STEM Camp

Camp LIT: Illuminating STEM through the Power of Light!

At Camp LIT, students embark on an exciting, hands-on journey to explore the world of electric light and its far-reaching impact on the environment and society. Through interactive activities, campers will delve into the history of the electric light, discovering who invented it and how it has evolved over time. They'll engage with everyday materials to create their own light circuits, exploring the science behind how light can be generated and controlled.

In addition to the history and creation of electric light, students will investigate the science of energy efficiency, learning how to calculate and compare the energy usage of various light bulbs. Through this exploration, campers will understand the importance of making energy-conscious decisions in the context of modern technology.

Beyond the scientific exploration, Camp LIT challenges students to think thoughtfully about the broader implications of light. Students will examine the impact of electric light on plants, humans, and animals, learning about topics such as circadian rhythms, light pollution, and sustainability.

To tackle the issue of light pollution, students will use Python coding and robotics to design and create innovative solutions. They will apply their coding skills and learn how to integrate technology with environmental issues, developing projects that can help reduce light pollution and improve energy efficiency.

Finally, students will engage in their own research projects, where they will apply the concepts they’ve learned throughout the camp. Whether it’s exploring new innovations in lighting or addressing an issue related to light in their environment, campers will use their newfound knowledge to create solutions and projects that reflect their unique interests and

creativity.

Camp LIT empowers middle school students to develop a deeper understanding of STEM fields—particularly the science of light—while fostering creativity, problem-solving, and innovation. By integrating coding and robotics, students gain hands-on experience with modern technologies, equipping them with the skills and mindset to address real-world challenges.