The purpose of this project is to immerse students in the process of creating a self-sustaining colony by blending scientific, historical, and mathematical knowledge. Through collaborative design and hands-on experimentation, students will engage deeply with ecological principles and resource management strategies. This experience aims to foster critical thinking, effective communication, and collaboration skills as students work together to solve real-world challenges. By partnering with local experts, students gain valuable feedback and insight, enhancing their learning and empowering them to innovate sustainable solutions.

Students will develop a comprehensive understanding of ecosystems and resource management by designing and constructing models and interactive digital tours of self-sustaining colonies. They will enhance collaboration and effective communication skills through peer co-design, community partner engagements, and feedback sessions, fostering leadership and shared decision-making. Content expertise will be strengthened by integrating environmental science principles, agricultural strategies, and historical case studies, enabling students to propose viable solutions for interplanetary colonization.

Students will design and create scaled models of their colonies using materials like clay and cardboard for the Colony Expo. They'll produce interactive digital tours allowing virtual exploration of colony environments. Throughout the project, students will engage in hands-on activities at local garden centers, experimenting with sustainable food systems and applying ecosystem knowledge from virtual field trips with university partners to their models. In collaboration, each group will refine their projects based on expert and peer feedback in preparation for exhibition at the Colony Expo.

Kick-off the project with an 'Eco-Colony Simulation' where students form small groups to design and build miniature colonies using recycled materials provided by community partners. This hands-on activity allows students to apply scientific and mathematical principles discussed in initial sessions, encouraging creative problem-solving. Each group will present their initial model, fostering shared decision-making and collaboration from the outset.

Students will host 'The Colony Expo,' where they guide visitors through interactive exhibits of their self-designed colony models. The event will feature multimedia presentations and live demonstrations of sustainable practices, allowing students to share their learning and receive feedback from local experts. Students will engage visitors with virtual tours of their colonies, highlighting resource management techniques and scientific foundations integrated into their designs.