This project aims to immerse students in a hands-on learning experience that combines environmental science, engineering, and technology. By designing and building drones with mushroom-based materials for wildfire recovery, students will explore the intersection of innovation and ecological stewardship. Through collaboration with industry experts and environmentalists, students will gain practical skills and insights into how technology can be harnessed to address pressing environmental challenges.

Students will develop an understanding of the principles of flight and aerodynamics, applying this knowledge to design and construct drones capable of efficient seed dispersal. They will explore the ecological impacts of wildfires and the critical role of reforestation in environmental recovery, gaining insights through multimedia resources and field experiences. Through collaborative design and prototyping, students will enhance their problem-solving skills, engineering knowledge, and ability to innovate practical solutions for ecological challenges.

Students will create functional drones with mushroom-based frames, designed specifically for seed dispersal in wildfire-affected areas. Throughout the project, they will develop prototypes, refine designs, and test seed dispersal mechanisms to ensure effectiveness and sustainability. The final product will be showcased at the 'Eco-Drone Expo,' where students will demonstrate their drones' capabilities and discuss their potential environmental impact.

Kick off the project with a 'Mushroom Makerspace' day, where students dive into hands-on experiments to discover the unique properties of mushroom-based building materials. Collaborate in teams to brainstorm and sketch innovative drone frame designs, considering their potential for wildfire recovery. This engaging launch sets the stage for creative exploration and problem-solving, sparking curiosity and excitement for the project ahead.

Invite the community to an 'Eco-Drone Expo' where students proudly present their innovative drone prototypes. Demonstrate the drones' seed dispersal capabilities, showcasing their potential impact on wildfire recovery efforts. Engage local environmentalists and drone experts in discussions, encouraging students to articulate their learning journey and receive valuable feedback.